Mosul Dam At High Risk for Catastrophic Deterioration
AWW-March-2017
AWW-March-2017
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March 2017 / Vol. XL Issue 3<br />
www.awwmag.com<br />
<strong>Mosul</strong> <strong>Dam</strong><br />
<strong>At</strong> <strong>High</strong> <strong>Risk</strong> <strong>for</strong> <strong>Catastrophic</strong> <strong>Deterioration</strong>
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Arab Water World<br />
Serving the Water, Wastewater, Desalination & Energy Sectors in MENA - Since 1977<br />
March 2017 / Vol. XL Issue 3<br />
March 2017<br />
www.awwmag.com<br />
12<br />
16<br />
24<br />
28<br />
42<br />
50 Procurement<br />
Published by CPH World Media s.a.r.l. - Beirut, Lebanon<br />
تصدر عن يس يب أتش ورلد ميديا ش.م.م. - بريوت، لبنان<br />
INTRODUCTION<br />
Issue Content....................................................01<br />
Opening Letter...............................................02<br />
MENA Water Digest.......................................04<br />
WATER TREATMENT<br />
Groundwater Treatment<br />
The Environmental Impacts of TWW on<br />
Groundwater & Drainage Water in Tunisia........07<br />
WASTEWATER TREATMENT<br />
Wastewater Treatment Equipment<br />
Exploring the Use of Wastewater<br />
in Agriculture.................................................10<br />
DESALINATION TECHNOLOGY<br />
Multistage Flash Distillation<br />
Reduction of CO 2<br />
Release in MSF Distillers:<br />
NF Pretreatment as CO 2<br />
Deaerator..................14<br />
FEATURE<br />
<strong>Dam</strong>s<br />
<strong>Mosul</strong> <strong>Dam</strong><br />
<strong>At</strong> <strong>High</strong> <strong>Risk</strong> <strong>for</strong> <strong>Catastrophic</strong> <strong>Deterioration</strong>......18<br />
INDUSTRY SPOTLIGHTS<br />
Centrifugal Pumps<br />
ME Centrifugal Pumps Market<br />
Steady Boost to Growth................................23<br />
Chlorinators & Softeners<br />
Water Softeners & RO Water Purifiers:<br />
An Effective Combination...............................26<br />
Trenchless Technology<br />
Keeping Microtunneled Pipelines on Track.....29<br />
COUNTRY REPORTS<br />
Egypt<br />
Egypt’s Renewable Energy Sector<br />
Presents Strong Investment Opportunity..........35<br />
Japan<br />
New Energy Strategy to 2030 and Beyond......36<br />
Turkey<br />
Opportunities and Challenges<br />
<strong>for</strong> Water Security in South-East Turkey...........38<br />
United Kingdom<br />
The Way UK Organizations Manage Water<br />
is about to Change Forever.........46<br />
Helping Advance MENA & Beyond! Since 1977<br />
نساعد بتطوير الرشق األوسط وشامل أفريقيا وأبعد! منذ 1977<br />
DEPARTMENTS<br />
Corporate Happenings...................................47<br />
E-News..........................................................49<br />
Products & Services.......................................50<br />
Projects & Developmets.................................55<br />
Events Preview................................................57<br />
SERVICES<br />
Coming Events..............................................58<br />
Buyers’ Guide................................................59<br />
INFO<br />
Advertisers’ Index..........................................60<br />
General In<strong>for</strong>mation........................................61<br />
Closing Letter.................................................62<br />
CPH Team<br />
(Email domain is @cph.world)<br />
Founders<br />
• Mr. Fathi Chatila • Mrs. Mona Chatila (1944 - 2006)<br />
Management<br />
• President & Publisher Fathi Chatila / f.chatila@<br />
• General Manager Mohamad Rabih Chatila /<br />
mr.chatila@<br />
• Administrative Manager Abdul Rahman Hallak /<br />
ar.hallak@<br />
• Administrative Officer Ali Zaraket / a.zaraket@<br />
Business Development<br />
• Business Development & Project Management<br />
Elie H. Geagea /e.geagea@<br />
Content & Research<br />
• Editor-in-Chief Fathi Chatila / f.chatila@<br />
• Senior Content Editor & Researcher<br />
Dana Hani / d.hani@<br />
• Content Editor & Researcher<br />
Fatima Saab / f.saab@<br />
Circulation & Marketing<br />
• Circulation & Marketing Manager<br />
Jad L. Aboulhosn / j.aboulhosn@<br />
• Circulation & Marketing Officer<br />
Ibrahim Rihan / i.rihan@<br />
In<strong>for</strong>mation Technology<br />
• IT Operation & Support Officers<br />
Mazen Bou Diab / m.boudiab@<br />
Mostafa Mohtadi / m.mohtadi@<br />
Accounting & Finance<br />
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Mail & Services<br />
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Graphic & Web Design<br />
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Cover Photo Courtesy of Shutterstock<br />
www.cph.world
02 OPENING LETTER<br />
الرسالة اإلفتتاحية<br />
Water Purifiers<br />
Making Headway in MEA<br />
أجهزة تنقية املياه تحرز تقدمًا<br />
يف منطقة الرشق األوسط وأفريقيا<br />
Residential water treatment devices help eradicate undesirable chemicals,<br />
gases, suspended solids or biological contaminants from water, thus making<br />
it safe to consume. The residential water treatment devices market has<br />
been experiencing stable growth over the years due to improved availability<br />
of purification and filtration devices, wide product choice, and growth in<br />
population, with the last factor having resulted in increased contamination<br />
of fresh water sources and rise in construction of new residential building,<br />
according to a recent report by Future Market Insights.<br />
The Middle East & Africa (MEA) market is also witnessing mass migration<br />
of people to urban centers, leading to increased demand <strong>for</strong> water purifiers<br />
in these centers. Economies of North Africa, on the other hand, have also<br />
been expanding at a healthy growth rates in the last few years, a factor<br />
which in turn is expected to further fuel growth of the overall residential<br />
water treatment devices market in the MEA region. GCC region is<br />
witnessing entry of globally established water purifier brands, which has<br />
resulted into increased competition in the market. Increased competition, in<br />
turn, ensures marginal decline in price of residential water treatment devices<br />
in the retail market. The report states that around 44 percent of the Middle<br />
East & Africa population still lives in rural area and is not aware about the<br />
necessity and techniques of purifying and filtering water. Penetrating these<br />
markets may be a challenging task <strong>for</strong> the concerned market participants,<br />
as most of the vendors will have to begin by creating awareness regarding<br />
water purifiers and filters and the importance of these products.<br />
The March 2017 issue of Arab Water World (AWW) magazine covers a<br />
number of interesting projects and topics. On page 07, the article sheds light<br />
on the environmental impacts of TWW on drainage water and groundwater<br />
in Cebala – in Tunisia. The article on page 14 discusses the influence of<br />
nanofiltration on carbon dioxide (CO 2<br />
) release in MSF distillers. Moreover,<br />
the article on page 26 highlights the global water softener market which<br />
is expected to grow at a compound annual growth rate (CAGR) of 6.98<br />
percent from 2016 to 2020. This issue is also abounded with a number of<br />
technical articles, country reports as well as news about latest innovations<br />
and market trends. Your comments and remarks are appreciated; please<br />
don’t hesitate to contact us through our email content@cph.world<br />
تساعد أجهزة معالجة املياه يف املباين السكنية يف القضاء عىل املواد الكيميائية غري<br />
املرغوب فيها، والغازات، والعوالق الصلبة أو امللوثات البيولوجية من املياه، وبالتايل<br />
جعلها آمنة لالستهالك. ووفقًا لتقرير صدر مؤخرًا عن رشكة فيوترش ماركت إنسايتس<br />
Insights( ،)Future Market شهدت سوق أجهزة معالجة املياه يف املباين السكنية<br />
استقرارًا يف نسبة النمو عىل مدى السنوات األخرية، بفضل تحسُّ ن توافر أجهزة التنقية<br />
والتصفية، وتوفُّر اختيارات واسعة للمنتج، ومنو عدد السكان. ويسهم هذا العامل األخري<br />
يف زيادة تلوث مصادر املياه العذبة، وارتفاع نسبة إنشاء األبنية السكنية الجديدة.<br />
تشهد سوق منطقة الرشق األوسط وأفريقيا هجرة جامعية للناس نحو املراكز<br />
الحرضية، األمر الذي يؤدي إىل زيادة الطلب عىل أجهزة تنقية املياه يف هذه<br />
املناطق. كام خربت اقتصادات شامل أفريقيا توسُّ عًا مبعدالت منو جيدة يف<br />
السنوات القليلة املاضية، األمر الذي سيعزِّز منو إجاميل سوق أجهزة معالجة<br />
املياه يف املباين السكنية يف منطقة الرشق األوسط وأفريقيا. وتشهد دول مجلس<br />
التعاون الخليجي دخول العالمات التجارية العاملية لتنقية املياه، ما أدَّ ى إىل<br />
زيادة املنافسة يف السوق. وأدّ ت زيادة املنافسة بدورها إىل انخفاض طفيف يف<br />
سعر أجهزة معالجة املياه يف املباين السكنية يف سوق التجزئة. ويشري التقرير إىل<br />
أنه نحو 44 يف املئة من سكان منطقة الرشق األوسط وأفريقيا ما زالوا يعيشون يف<br />
املناطق الريفية، وهم ليسوا عىل دراية برضورة تنقية وترشيح املياه وال بتقنياتها.<br />
لذا يعدُّ اخرتاق هذه األسواق مهمة صعبة للمشاركني يف هذه السوق، إذ سيضطر<br />
معظم التُّجار إىل تعزيز الوعي حول أجهزة تنقية املياه والفالتر وحول أهمية<br />
هذه املنتجات.<br />
يُغطي عدد آذار / مارس 2017 من مجلة عامل املياه العريب مواضيع مختلفة ومثرية<br />
لإلهتامم. فيلقي مقال الصفحة 07 الضوء عىل اآلثار البيئية ملياه الرصف الصحي<br />
املُعالجة عىل مياه الرصف واملياه الجوفية يف مدينة السبالة يف تونس. ويتناول مقال<br />
الصفحة 14 تأثري الرتشيح النانوي عىل ثاين أكسيد الكربون املنبعث يف جهاز التقطري<br />
الوميض املتعدد املراحل. أمَّا مقال الصفحة 26 فريكِّز عىل سوق مُزيل عُ سْ املاء التي<br />
من املتوقع أن تنمو مبعدل سنوي مركب بنسبة 6.98 يف املئة بني العامني 2016-<br />
2020. كام يزخر هذا العدد مبقاالت تقنية وتقارير حول البلدان باإلضافة إىل آخر<br />
األخبار حول أحدث ابتكارات سوق املياه واتجاهاتها. آراءكم وتعليقاتكم تهمّ نا، فال<br />
ترتدّ دوا بالتواصل معنا عرب الربيد اإللكرتوين content@cph.world<br />
Fathi Chatila<br />
Editor-in-Chief<br />
فتحي شاتيال<br />
رئيس التحرير<br />
Honorary Content Consultants (HCC)<br />
• Dr. Bakenaz A. Zeydan - Head of Water Engineering Department,<br />
Tanta University, Egypt<br />
• Dr. Eng. Darwish Ibrahim Yousef - Prof. of Yousef Office <strong>for</strong><br />
Science & Engineering, Syria<br />
• Dr. Jalal Halwani - The Lebanese University, Lebanon<br />
• Eng. Mohamad Amin Saad - President Masar Technologies, USA<br />
• Dr. Mritunjay Chaubey - Pentair Water, India<br />
• Euro Ing. Prof. Nidal Hilal - Director of The Centre <strong>for</strong> Clean Water<br />
Technologies, Multidisciplinary Nanotechnology Centre,<br />
School of Engineering, Swansea University, Swansea SA2 8PP, UK.<br />
• Dr. Riyad Abou Maizar - Associated Consultants Engineers (ACE), Bahrain<br />
• Dr. Walid Saleh - Int’l Network on water, Environmental & Health<br />
(INWEH), The United Nations University, Jordan<br />
• Dr. Yousef Al. Rumikhani - Assistant Professor - King Abdul Aziz City<br />
<strong>for</strong> Science & Technology (KACST), Saudi Arabia<br />
• Prof. Adel Sharif - University of Surrey, UK<br />
• Dr. Ing. Aiman Eid Al-Rawajfeh - Tafila Technical University Dep.<br />
Chemical Engineering - Jordan<br />
• Dr. Sajid Mahmood (Azeemi) - Assistant Professor in Water Resources<br />
Management, COE in Water Resources Engineering, Lahore, Pakistan<br />
• Dr. Adil AL Tamimi - Associate Professor of civil enginering and Director of<br />
the institute of Materials Systems “IMS” School of Engineering,<br />
American University of Sharjah UAE
04 MENA Water Digest<br />
Jordan<br />
Jordan Makes Use<br />
of Solar Power<br />
Yellow Door Energy (YDE), a Dubaibased<br />
firm that invests in and operates<br />
distributed solar and energy efficiency<br />
assets, has announced the signing of an<br />
agreement with Jordan Hospital to build,<br />
develop and operate a 4.7 MWp PV solar<br />
power plant. The partnership comes as<br />
part of Jordan Hospital's ef<strong>for</strong>ts to reduce<br />
its CO 2<br />
footprint by moving to electricity<br />
generated from renewable energy sources.<br />
Dr. Abdullah Al-Bashir, General Manager<br />
of Jordan Hospital and Jeremy Crane,<br />
CEO of Yellow Door Energy signed the<br />
agreement recently in Amman. "As part of<br />
the hospital’s energy diversification strategy,<br />
we are looking at, meeting our electricity<br />
needs through power generated by natural<br />
resources and, in doing so, reducing<br />
our carbon footprint and greenhouse<br />
emissions,” said Ahmad Khattab, Managing<br />
Director of Jordan Hospital. “The project will<br />
contribute towards meeting the hospital’s<br />
medium and long-term electricity needs, as<br />
it is scheduled to be connected to the grid<br />
by 2017.<br />
North I, which was developed under a<br />
public-private partnership model, the<br />
first steps have taken in this direction. Al-<br />
Marzouq also commented on the recent<br />
deal among OPEC and non-OPEC<br />
members to cut oil production across the<br />
board. He emphasized this is not about<br />
pushing commodity prices up: “The oil<br />
price is a product of supply and demand<br />
and OPEC’s price-influencing mechanism<br />
is less powerful than a decade ago now<br />
that there are other important actors on<br />
the market,” he told TBY. “This dialogue<br />
is important <strong>for</strong> sustainable energy<br />
production across all markets.”<br />
industry experts throughout the Gulf region<br />
to share best practices.“For every barrel<br />
of oil produced in Oman, roughly 9 barrels<br />
of water are produced along with it. Every<br />
day more than one million cubic meters<br />
of produced water are generated in the<br />
Sultanate’s oilfields,” explained Siddiqa Al<br />
Lawati. “There is a clear imperative to put this<br />
precious resource to good use. However,<br />
be<strong>for</strong>e it can be utilized in applications from<br />
industry to agriculture, the water has to be<br />
treated. Treatment of produced water is<br />
energy intensive, consuming vast quantities<br />
of steam and electricity, typically produced<br />
by burning natural gas.<br />
Kuwait<br />
Al-Marzouq Interviews<br />
with the Business Year<br />
The global publisher The Business Year<br />
(TBY) recently met with Essam Abdul<br />
Mohsen Al-Marzouq, the newly appointed<br />
Minister of Oil and the Minister of Electricity<br />
and Water of Kuwait. The Minister spoke<br />
extensively about privatization plans in<br />
the electricity sector and elaborated on<br />
his intentions to move the Ministry of<br />
Electricity and Water away from being<br />
a producer in order to become more of a<br />
regulator. With the finalization of Kuwait’s<br />
first commercial power plant, Al-Zoor<br />
Oman<br />
The Oilfield Produced<br />
Water Conference<br />
GlassPoint Solar, the well-known supplier<br />
of solar to the oil and gas industry,<br />
presented at the 2 nd Middle East Oilfield<br />
Produced Water Conference in Muscat.<br />
GlassPoint water expert, Siddiqa Al Lawati,<br />
discussed the environmental and economic<br />
advantages of using GlassPoint’s solar<br />
technology in the produced water treatment<br />
process. The 2017 bi-annual event, held<br />
under the patronage of Salim bin Nasser Al<br />
Aufi, Under Secretary, Ministry of Oil and<br />
Gas, brings together water and oil and gas<br />
Qatar<br />
Crystal Lagoons Unveiled<br />
New Technology<br />
Crystal Lagoons, the multinational water<br />
innovation company and developer of<br />
the “world’s top amenity”, has held<br />
a series of meetings with prominent<br />
Qatari real estate developers as the<br />
country looks to capitalize on a growth<br />
in tourism numbers and estimated<br />
revenues. According to the Qatar<br />
Tourism Authority, the country aims<br />
to welcome between seven and nine<br />
million tourists annually, supported<br />
by USD40-45 billion worth of sector<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
05 ملخّ ص املياه يف الرشق األوسط وشامل أفريقيا<br />
investment under the country’s National<br />
Tourism Sector Strategy 2030 plan, up<br />
from an estimated 4.3 to five million in<br />
2022 – when it is set to host the FIFA<br />
World Cup. “We have developed our<br />
patented technology and a proven<br />
business model to ultimately add<br />
significant value at a very low cost. Our<br />
ultrasonic filtration system means we<br />
Saudi Arabia<br />
Exchange of Expertise<br />
Saudi Arabia’s Minister of Environment,<br />
Water and Agriculture, Engineer<br />
successful Saudi experience in other<br />
member countries. The President<br />
of the IsDB Group at the meeting<br />
expressed the Bank’s readiness to<br />
arrange exchange of expertise and<br />
knowledge between the Ministry<br />
and other member countries. The<br />
meeting also reviewed the sustainable<br />
agricultural activities as well as the<br />
relevant economic, financial, and<br />
social investments.<br />
use less than 2 percent of the energy<br />
required by conventional filtration<br />
systems, half the water of a park<br />
of the same size and 30 times less<br />
water than a golf course,” said Carlos<br />
Salas. Showcased <strong>for</strong> the first time in<br />
Doha, Salas unveiled a new film-based<br />
evaporation technology.<br />
Abdurrahman Abdul Mohsen Al-<br />
Fadli, has discussed cooperation<br />
opportunities between his ministry<br />
and the Islamic Development Bank<br />
(IsDB) Group. He also reviewed with<br />
the President of the IsDB Group, Dr.<br />
Bandar Hajjar, and his accompanying<br />
delegation at the Ministry’s premises<br />
in Riyadh, on Sunday, the Bank’s<br />
experience in supporting agriculture<br />
and water supply in member countries.<br />
The Minister then attended a detailed<br />
presentation on IsDB Group’s<br />
activities and operations in the field of<br />
water and food security and touched<br />
upon Saudi Arabia’s national strategy<br />
<strong>for</strong> food security which has achieved<br />
a great success underlining the role<br />
IsDB Group can play in replicating the<br />
UAE<br />
Masagos Zulkifli Visits the<br />
Sustainable City<br />
Masagos Zulkifli, Minister <strong>for</strong> the<br />
Environment and Water of Resources of<br />
Singapore, visited The Sustainable City, the<br />
first Net Zero Energy city in Dubai and the<br />
Middle East’s first operational sustainable<br />
community. The Ministry party was led<br />
by Masagos Zulkifli, who was joined by<br />
Samuel Tan, Ambassador of Singapore<br />
to the UAE and other delegations from<br />
the ministry and representatives from<br />
the National Environment Agency in<br />
Singapore. The group’s visit included<br />
a tour around the residential clusters,<br />
the green spine, and the sustainable<br />
plaza. Faris Saeed, Engineer and CEO<br />
at Diamond Developers, the realestate<br />
company behind the Sustainable<br />
City, said: “We are honored to welcome<br />
Masagos Zulkifli to our city. We hope<br />
that this visit helps us exchange solutions<br />
and practices contributing towards<br />
sustainable developments that are<br />
capable of dealing with climate change<br />
without wasting natural resources or<br />
impacting quality of life.” The Sustainable<br />
City has welcomed a number of official<br />
delegations from a number of different<br />
countries to observe a unique experience,<br />
including academic representatives and<br />
delegations from the UN. These visits aim<br />
to address opportunities that support the<br />
city’s goals to cope with climate change,<br />
and continue to promote the development<br />
of sustainability in conjunction with the<br />
UN Framework Convention on Climate<br />
Change (UNFCCC).<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
Water Treatment<br />
Groundwater Treatment<br />
07<br />
08<br />
08<br />
The Environmental Impacts of TWW on<br />
Groundwater & Drainage Water in Tunisia<br />
VAG Novel Solutions <strong>for</strong> Water Treatment<br />
LANXESS Adjusts Products Prices<br />
Wastewater Treatment<br />
Wastewater Treatment Equipment<br />
10<br />
11<br />
12<br />
12<br />
13<br />
Exploring the Use of Wastewater<br />
in Agriculture<br />
Spiral Water Introduces Model S1000 Filter<br />
Innovative Systems <strong>for</strong> Fine Grit Removal<br />
Suspended Solids Density Meter Aids in Wastewater Treatment<br />
HUBER Presents New Rakemax ® Hybrid Screen<br />
Desalination Technology<br />
Multistage Flash Distillation<br />
14<br />
16<br />
16<br />
Reduction of CO 2<br />
Release in MSF Distillers:<br />
NF Pretreatment as CO 2<br />
Deaerator<br />
Hitz Expands Business in Water Market<br />
MEDRC Promotes Water Research in Oman
مُ عالجة املياه<br />
معالجة املياه الجوفية<br />
07<br />
The Environmental Impacts of TWW on<br />
Groundwater & Drainage Water in Tunisia<br />
Treated wastewater (TWW) can be used <strong>for</strong> irrigation under controlled conditions. In fact, it has been largely used in<br />
agriculture due to its high content of nutrients. TWW may also contain harmful substances like heavy metals, pesticides,<br />
industrial contaminants, microorganisms, inorganic and organic compounds, and pharmaceuticals products. Because<br />
some of them are partially removed by conventional wastewater treatment, they may remain in the TWW and affect its final<br />
use. The effect of TWW is usually studied <strong>for</strong> short periods on plant and soil. In this paper, the effect of about 26 years of<br />
TWW use was analyzed. This study focuses on the environmental impacts of TWW on drainage water and groundwater in<br />
Cebala – Borj Touil area.<br />
The perimeter Cebala – Borj Touil is the<br />
largest area irrigated with TWW in Tunisia<br />
(3200 ha) since 1989. It is situated about<br />
20 km North of Tunis city in a plain of the<br />
lower Mejerda River. The climate is semiarid;<br />
the soils are silt clayey with a shallow<br />
saline groundwater table. A sector of about<br />
748 ha containing 13 secondary open<br />
drains and a main canal was selected<br />
to study the environmental impact of<br />
the reuse of TWW. The field sampling<br />
of the groundwater was per<strong>for</strong>med on<br />
two campaigns in September 2014 and<br />
March 2015. Groundwater levels were<br />
monitored on 16 piezometers. The water<br />
from the drainage ditch was sampled on<br />
scale of time. The following parameters<br />
were determined in the samples from<br />
drainage and groundwater: pH, electrical<br />
conductivity (EC), major cations (Na + , Ca 2+ ,<br />
Mg 2+ and K + ), major anions (Cl - , SO 4<br />
2-<br />
,<br />
HCO 3-<br />
) and metallic traces elements (Co,<br />
Cd, Cr and Pb).<br />
During the experimental period, the quality<br />
of the TWW was controlled. The<br />
characteristics are listed in Table 1. The<br />
average of pH was 7.7 slightly alkaline.<br />
The salinity (EC) was about 4.18 dS/m.<br />
The soluble salts showed that the TWW<br />
are dominated by sodium and<br />
chloride. The concentrations of the<br />
metallic trace elements in the TWW<br />
were con<strong>for</strong>ming to the Tunisian<br />
norms <strong>for</strong> wastewater reuse in<br />
irrigation (NT 106.03).<br />
Effects of TWW on groundwater<br />
During the study period, the average<br />
groundwater level was less than 1.5 m<br />
(Table 2). It reached in some places the<br />
surface during rainfall events because<br />
of drainage problems. The average pH<br />
Table 1: Chemical characteristics of the treated wastewater (average value), (N=16).<br />
Table 1: Chemical characteristics of the treated wastewater (average value), (N=16).<br />
Unit Average Tunisian Norm<br />
“The average values of Cd<br />
surpassed the Tunisian norm<br />
(0.005 mg/L) especially in winter”<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣<br />
1<br />
NT 106.03<br />
pH Standard 7.700 6.5 - 8.5<br />
EC dS/m 4.180 -<br />
Na+ me/L 21.780 -<br />
K+ me/L 0.920 -<br />
Ca²+ me/L 3.170 -<br />
Mg²+ me/L 5.330 -<br />
HCO₃− me/L 10.110 -<br />
Cl− me/L 20.840 -<br />
SO₄²− me/L 8.860 -<br />
Cd me/L 0.010 0.010<br />
Co me/L 0.020 0.100<br />
Cr me/L 0.030 0.100<br />
Pb me/L 0.030 1.000<br />
value of groundwater samples was slightly<br />
basic. The EC decreased from 14.6 dS/m<br />
in September 2014 to 12.2 dS/m in March<br />
2015. This could be due to rain that leads<br />
to the mineralization of waters. The soluble<br />
salts were dominating by the Na + cation,<br />
the dominating anion is Cl - .<br />
Co value increased from 0.081 to 0.124<br />
mg/L. Pb amount raised significantly in<br />
winter until about 0.202 mg/L with an<br />
over run of the Tunisian norm, which was<br />
0.1 mg/L. During summer, an average<br />
contamination was observed. There was<br />
a high contamination by Cr. During the<br />
winter season, we noticed a decrease of<br />
the Cr content. The decline may be due<br />
to the high precipitation in winter. The<br />
average content of Cd was approximately<br />
0.011 mg/L in September 2014 and about<br />
0.021 mg/L in March 2015. The average<br />
values of Cd surpassed the Tunisian norm<br />
(0.005 mg/L) especially in winter.<br />
Effect of TWW on drainage water<br />
The contamination of groundwater<br />
can affect drainage water so the<br />
metallic trace elements Cd, Cr, Co<br />
and Pb exported by drainage water were<br />
analyzed and compared with the Tunisian<br />
norm NT 106.02. The amount of Cd in<br />
drainage water had big variations with<br />
peaks of more than 0.025 mg/L and<br />
decreased up to 0.008 mg/L, confirming<br />
the excess of Tunisian norm (0.005 mg/L).
08 WATER TREATMENT<br />
GROUNDWATER TREATMENT<br />
Table 2: Chemical characteristics of the<br />
groundwater in summer (18/09/2014)<br />
and winter (03/03/2015), (Average of<br />
16 piezometers).<br />
Table 2: Chemical characteristics of the groundwater in summer (18/09/2014) and winter<br />
(03/03/2015), (Average of 16 piezometers).<br />
9/2014 3/2015<br />
DEPTH (m) 1.31 0.71<br />
pH 8.00 8.40<br />
EC (dS/m) 14.60 12.20<br />
Cl− 89.40 71.60<br />
Anions<br />
HCO₃− 9.20 8.70<br />
(me/L)<br />
SO₄²− 26.10 25.20<br />
Ca²+ 6.70 13.40<br />
Cations<br />
Mg²+ 17.30 9.60<br />
(me/L)<br />
K+ 1.00 1.60<br />
Na+ 87.60 79.30<br />
Cr ranged between 0.19 mg/L to 0.02<br />
mg/L and constantly stands out the<br />
Tunisian norm of 0.01mg/L. Co contents<br />
showed less variation and varied between<br />
a maximum of more than 0.17 mg/L and<br />
a minimum of 0.005 mg/L. The content of<br />
Co outran the Tunisian norm (0.1 mg/L)<br />
between November and December 2014.<br />
Pb in drainage ranged between 0.23<br />
mg/L and about 0.06 mg/L. In winter,<br />
the amount of Pb highly exceeded the<br />
Tunisian norm (0.1 mg/L).<br />
Finally, the groundwater varied between<br />
summer and winter. On both sampling<br />
days the content of Cd, Cr in the<br />
groundwater overpassed the thresholds<br />
of the norm. For Co, only some places<br />
exceeded the limits. This demonstrates<br />
that the irrigation of soils with TWW<br />
causes groundwater contamination,<br />
especially during rainy periods. The water<br />
flows to the drainage ditches and finally<br />
reaches the Mediterranean Sea and<br />
affects marine ecosystems.<br />
Mariem Dahmouni<br />
PhD Student, Sousse University<br />
Email: mariem_dahmouni@yahoo.fr<br />
Georg Hoermann<br />
Dep. Hydrology and Water Resources<br />
Management, Kiel University<br />
Email: georg.hoermann@gmail.com<br />
Mohamed Hachicha<br />
National Institute of Rural Engineering,<br />
Waters and Forest, Carthage University<br />
Email: hachicha8@gmail.com<br />
يمكن استخدام مياه الصرف الصحي المُ عالجة في الري ضمن ظروف خاضعة للرقابة. في الواقع، يتمُّ استخدامها وبشكل واسع في الزراعة ألنَّها غنية<br />
بالمغذيات. كما قد تحتوي مياه الصرف الصحي المُ عالجة على مواد ضارة مثل المعادن الثقيلة، المبيدات الحشرية، الملوثات الصناعية، العضويات الدقيقة،<br />
المركبات العضوية وغير العضوية، والمنتجات الصيدالنية. وألنه تتم إزالة بعض هذه المواد جزئيًا باالعتماد على طرق معالجة مياه الصرف الصحي<br />
التقليدية، قد تبقى هذه المواد في مياه الصرف الصحي المُ عالجة، وتؤثر في االستعمال النهائي لها. ويتم دراسة أثر مياه الصرف الصحي المُ عالجة على<br />
النبات والتربة لفترات قصيرة من الزمن. ويحلِّل هذا المقال تأثير حوالى 26 سنة من استخدام مياه الصرف الصحي المُ عالجة. فتركِّز هذه الدراسة على اآلثار<br />
البيئية لمياه الصرف الصحي المُ عالجة على مياه الصرف والمياه الجوفية في مدينة السبالة، منطقة برج الطويل. وتعتبر هذه المنطقة من أكبر المناطق<br />
التونسية التي تتم عملية الري فيها منذ سنة 1989 باالعتماد على مياه الصرف الصحي المعالجة وتبلغ هذه المساحة 3200 هكتار.<br />
VAG Novel 1 Solutions <strong>for</strong><br />
Water Treatment<br />
Everywhere in<br />
water treatment<br />
applications, from<br />
a filter system to a<br />
seawater desalination<br />
plant, VAG valves<br />
control the pressure and flow rate, reliably shut off flows<br />
of water, protect pumps and pipelines. VAG is the world’s<br />
leading provider of solutions <strong>for</strong> valves used in water<br />
treatment with a wide range of durable valves <strong>for</strong> almost<br />
any application. In filter systems, VAG RIKO ® Plunger Valves<br />
per<strong>for</strong>med 450,000 closing cycles without any adverse<br />
effect on their function. For seawater desalination plants,<br />
VAG supplies valves with parts coming into contact with<br />
water being rubber-lined or made entirely of stainless steel.<br />
Special materials and coatings make the valves suitable<br />
<strong>for</strong> use with drinking water to the most stringent standards,<br />
resistant to brackish water, sea water and other water<br />
compositions. VAG operates service locations all over the<br />
world and per<strong>for</strong>ms service tasks ranging from assembly<br />
and maintenance up to the production of spare parts. VAG's<br />
journey from a traditional manufacturing company to a<br />
modern solutions provider has surely not gone unnoticed.<br />
LANXESS Adjusts<br />
Products Prices<br />
Specialty chemicals<br />
company LANXESS<br />
globally increases the<br />
prices <strong>for</strong> ion exchange<br />
resins, reverse osmosis<br />
membrane elements<br />
and iron oxide absorbers<br />
<strong>for</strong> water treatment<br />
by three percent on<br />
average with immediate<br />
LANXESS’s membrane elements<br />
effect. Increasing input<br />
costs have led to this price adjustment. These measures vary<br />
according to field of application and region. LANXESS is one<br />
of the world’s specialists in providing water treatment products<br />
and liquid purification solutions. The high-per<strong>for</strong>mance<br />
products of the Liquid Purification Technologies business unit<br />
(LPT) are used in numerous industries to treat and purify water<br />
and other liquid media. The most significant field of application<br />
is the treatment of industrial process water. Energy suppliers<br />
use these products in the production of boiler feed water and<br />
steam to avoid scale and corrosion. This results in a significant<br />
increase in the efficiency, operational reliability and service life<br />
of power plants.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
10 WASTEWATER TREATMENT<br />
WASTEWATER TREATMENT EQUIPMENT<br />
Exploring the Use of Wastewater<br />
in Agriculture<br />
W<br />
ith food demand and water scarcity on the uptick, it's time to stop treating wastewater like garbage and instead manage<br />
it as a resource that can be used to grow crops and help address water scarcity in agriculture. Properly managed,<br />
wastewater can be used safely to support crop production — directly through irrigation or indirectly by recharging<br />
aquifers — but doing so requires diligent management of health risks through adequate treatment or appropriate use. How<br />
countries are approaching this challenge and the latest trends in the use of wastewater in agriculture production was the focus of<br />
discussions by a group of experts in Berlin during the annual Global Forum <strong>for</strong> Food and Agriculture.<br />
"Although more detailed data on the<br />
practice is lacking, we can say that,<br />
globally, only a small proportion of<br />
treated wastewater is being used<br />
<strong>for</strong> agriculture, most of it municipal<br />
wastewater. But increasing numbers<br />
of countries — Egypt, Jordan,<br />
Mexico, Spain and the United States,<br />
<strong>for</strong> example — have been exploring<br />
the possibilities as they wrestle with<br />
mounting water scarcity," says Marlos<br />
De Souza, a senior officer with FAO's<br />
Land and Water Division. "So far, the<br />
reuse of wastewater <strong>for</strong> irrigation has<br />
been most successful near cities,<br />
where it is widely available and usually<br />
free-of-charge or at low cost, and<br />
where there is a market <strong>for</strong> agricultural<br />
produce, including non-food crops.<br />
But the practice can be used in rural<br />
areas as well — indeed it has long<br />
been employed by many smallholder<br />
farmers," notes De Souza. The<br />
important thing is that wastewater be<br />
managed adequately and safely used<br />
in a way that is appropriate to local<br />
conditions, he adds.<br />
An alternative source of a critical<br />
resource<br />
Water is of course fundamental <strong>for</strong><br />
food production, and the intensifying<br />
scarcity of this important natural<br />
resource — likely to be more intense<br />
in a context of climate change —<br />
has very significant implications<br />
<strong>for</strong> humanity's ability to feed itself.<br />
Globally, population growth and<br />
economic expansion are placing<br />
increasing pressure on freshwater<br />
resources, with the overall rate of<br />
groundwater withdrawals steadily<br />
increasingly by 1 percent per year since<br />
the 1980s. And those pressures are<br />
now increasingly being exacerbated<br />
by climate change. Already, agriculture<br />
accounts <strong>for</strong> 70 percent of global<br />
freshwater withdrawals — with demand<br />
<strong>for</strong> food estimated to grow by at least<br />
50 percent by 2050, agriculture's<br />
water needs are poised to expand. Yet<br />
demand from cities and by industries<br />
is on the rise as well. Greater use of<br />
non-conventional, alternative sources<br />
of water — including the urban effluent<br />
and farm-runoff — can help mitigate<br />
this competition, if properly treated.<br />
“… the reuse of wastewater <strong>for</strong><br />
irrigation has been most successful<br />
near cities”<br />
In addition to helping cope with water<br />
scarcity, wastewater often has a high<br />
nutrient load, making it a good fertilizer.<br />
"When safely used and managed to<br />
©<br />
USDA<br />
avoid health and environmental risks,<br />
wastewater can be converted from a<br />
burden to an asset," De Souza says.<br />
Managing risks<br />
Untreated wastewater often contains<br />
microbes and pathogens, chemical<br />
pollution, antibiotic residues, and other<br />
threats to the health of farmers, food<br />
chain workers, and consumers — and<br />
it also poses environmental concerns. A<br />
number of technologies and approaches<br />
exist that are being utilized around the<br />
globe to treat, manage, and use<br />
wastewater in agriculture, many of<br />
them specific to the local natural<br />
resource base, the farming systems<br />
in which they are being used, and<br />
the crops that are being produced.<br />
In Egypt, <strong>for</strong> example, where water<br />
supplies are limited and wastewater<br />
tends to be highly contaminated,<br />
constructed wetlands are proving to<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
مُعالجة مياه الرصف<br />
معدَّ ات معالجة مياه الرصف الصحي<br />
11<br />
be a promising, economically viable<br />
approach to treatment. In Egypt and<br />
also in Tunisia wastewater is<br />
being widely used in agro<strong>for</strong>estry<br />
projects, supporting both wood<br />
production as well as antidesertification<br />
ef<strong>for</strong>ts.<br />
In Central Mexico, municipal<br />
wastewater has long been used to<br />
irrigate crops. In the past, ecological<br />
processes helped reduce health risks.<br />
More recently, crop restrictions —<br />
some crops can be safely grown with<br />
the wastewater, while others cannot —<br />
and the installation of water treatment<br />
“In Central Mexico, municipal<br />
wastewater has long been used to<br />
irrigate crops”<br />
facilities have been added to the<br />
system. In Jordan, reclaimed water<br />
represents an impressive 25 percent of<br />
all total water use in the country. In the<br />
United States, treatment and managed<br />
aquifer recharge is a common practice,<br />
especially in the West. Beyond helping<br />
tackle the problem of water<br />
scarcity, reducing environmental<br />
contamination, and supporting<br />
food production, infrastructure<br />
and management systems <strong>for</strong><br />
reclaiming, treating, and re-using<br />
wastewater can be job creators,<br />
according to De Souza.<br />
Food and Agriculture Organization<br />
of the United Nations<br />
Web: www.fao.org<br />
مع ازدياد الطلب على المياه وتزايد حدة ندرتها، آن األوان للتوقف عن النظر إلى مياه الصرف الصحي على أنها نفايات، والتعامل معها كمصدر يمكن استخدامه<br />
لري المحاصيل والمساعدة على معالجة ندرة المياه في قطاع الزراعة. يمكن استخدام مياه الصرف الصحي، إذا ما أُديرت بشكل صحيح، بأمان لدعم إنتاج<br />
المحاصيل – إما مباشرة عن طريق الري أو بشكل غير مباشر عن طريق إعادة شحن المياه الجوفية – ولكن ذلك يتطلب إدارة دؤوبة للمخاطر الصحية، من خالل<br />
المعالجة أو االستخدام المناسبين للمياه. وكانت الطرق التي تلجأ إليها الدول لمعالجة هذا التحدي وأحدث االتجاهات في مجال استخدام مياه الصرف الصحي<br />
في مجال اإلنتاج الزراعي محور نقاشات عقدتها مجموعة من الخبراء في برلين خالل المنتدى العالمي لألغذية والزراعة )في 21-19 يناير(. وفي معرض تعليقه<br />
على المنتدى، قال مارلوس دي سوزا، أحد كبار مسؤولي إدارة األراضي والمياه لدى الفاو "رغم االفتقار إلى بيانات تفصيلية حول هذه الممارسة، لكن يُمكننا<br />
القول إنه ال يتم استخدام إال نسبة قليلة من مياه الصرف الصحي المعالجة، معظمها مياه الصرف الصحي البلدية، في قطاع الزراعة على المستوى العالمي. ولكن<br />
ثمة عدد متزايد من الدول، مثل مصر واألردن والمكسيك وإسبانيا والواليات المتحدة، تستكشف هذه االحتماالت نظراً ألنها تعاني من ندرة المياه".<br />
Spiral Water Introduces Model S1000 Filter<br />
Model S1000 Automatic Self-cleaning Filter<br />
Spiral Water Technologies, a<br />
developer of advanced filtration<br />
solutions <strong>for</strong> difficult-to-treat waters,<br />
introduces the Model S1000 automatic<br />
self-cleaning filter. Made with a robust<br />
stainless steel housing, the new Model<br />
S1000 can be used <strong>for</strong> both process<br />
and wastewater streams. Designed<br />
to remove ultra-high and variable total<br />
suspended solids (TSS) from difficultto-treat<br />
fluids in industrial process and<br />
wastewater treatment applications,<br />
it is ideal <strong>for</strong> use in such markets as<br />
food and beverage, power, chemicals,<br />
metals, and mining. “Given the strong<br />
market pull <strong>for</strong> our technology in the<br />
industrial and wastewater markets, we<br />
have invested in a robust stainless steel<br />
filter <strong>for</strong> high flow, high temperature<br />
and high pressure applications,” said<br />
Ashwin Gulati, President and CEO<br />
of Spiral Water. “We look <strong>for</strong>ward<br />
to working with our customers and<br />
partners to provide an innovative and<br />
cost effective way to solve their filtration<br />
and product recovery needs.” With<br />
a maximum flow rate of 1360 cubic<br />
meters per day (250 gpm), the S1000<br />
is designed <strong>for</strong> over three times the flow<br />
of Spiral Water’s Model 800 Series, the<br />
company’s initial product. It can also<br />
operate at higher pressures up to 10.3<br />
bar (150 psi) at 70°F, and at higher<br />
temperatures up to 105°C (220°F).<br />
Multiple filters can be set up in parallel<br />
<strong>for</strong> higher flows. Spiral Water’s filtration<br />
technology differs from traditional<br />
automatic self-cleaning technologies<br />
in multiple ways. Not only do the<br />
energy efficient units provide solids<br />
concentration; they are capable of finer<br />
filtration and can filter up to 250 times<br />
dirtier water than traditional automatic<br />
self-cleaning filters while achieving up to<br />
99 percent water recovery.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
12 WASTEWATER TREATMENT<br />
WASTEWATER TREATMENT EQUIPMENT<br />
Innovative Systems <strong>for</strong> Fine Grit Removal<br />
It will not come as a surprise to local<br />
wastewater treatment plant operators<br />
that wastewater in the MENA region is<br />
characterized by large amounts of sand<br />
and fine grit. What operators might not<br />
appreciate, however, is how much this<br />
grit is costing them. Many conventional<br />
grit removal technologies are designed to<br />
catch larger particles, targeting particles<br />
with diameter larger than 212 μm. These<br />
designs are based on outdated design<br />
assumptions, however; in the real world,<br />
wastewater contains solid particles as<br />
small as 75 μm in diameter. Smaller solids<br />
such as these pass through conventional<br />
grit removal technologies and accumulate<br />
in downstream areas of the wastewater<br />
treatment plant, clogging treatment<br />
equipment and causing abrasion damage.<br />
This reduces operational efficiency<br />
and increases maintenance and repair.<br />
Fortunately <strong>for</strong> operators, technologies<br />
now exist that can target smaller solids.<br />
Hydro International’s Advanced Grit<br />
Management philosophy has guided<br />
the development of a range of equipment<br />
specifically designed to remove the costly<br />
fine grit that can plague MENA treatment<br />
plants—with the HeadCell ® and Grit<br />
King ® grit removal systems in particular<br />
optimized <strong>for</strong> fine grit removal. Adopting an<br />
Advanced Grit Management approach<br />
enables a plant to capture and remove<br />
Advanced Grit Management system removes fine grit<br />
more, finer wastewater grit—cutting<br />
operational and maintenance costs. Hydro<br />
International Ltd is a global company that<br />
provides advanced products, services and<br />
expertise to help municipal, industrial and<br />
construction customers to improve their<br />
water management processes, increase<br />
operational per<strong>for</strong>mance and reduce<br />
environmental impact.<br />
Suspended Solids Density Meter Aids in<br />
Wastewater Treatment<br />
Markland Suspended Solids Density Meter<br />
The Suspended Solids Density Meter<br />
from Markland Specialty Engineering<br />
helps wastewater treatment plants<br />
monitor sludge/slurry concentrations in<br />
pipes, tanks and clarifiers, and automate<br />
sludge removal. This instrument uses<br />
the inherently safe attenuation of nonradioactive<br />
ultrasound (no permits/<br />
no approvals needed) to provide realtime<br />
knowledge of primary, secondary<br />
and return-activated sludge and slurry<br />
densities. It allows users to program<br />
underflow pumps to shut off be<strong>for</strong>e<br />
biosolids density or feed solids density<br />
becomes too thin, and to optimize<br />
polymer dosing and equipment variables<br />
<strong>for</strong> enhanced de-watering. Readings are<br />
not affected by the color of particulates<br />
or fluid. The sensor (available as a<br />
non-intrusive inline pipe spool-piece<br />
or throw-in style probe) transmits<br />
and receives the ultrasound waves. It<br />
sends out a pulse of sound, receiving<br />
a strong echo and reading zero when<br />
the solution is clear. When particles<br />
are present in the liquid, they absorb<br />
or deflect the sonic energy, the echo<br />
is reduced in amplitude, and the meter<br />
reads the sludge density. The throw-in<br />
style probe may also be used as a single<br />
point interface level detector, allowing<br />
operators to program de-sludge pumps<br />
to turn on when the rising sludge<br />
blanket comes in contact with it. Each<br />
style is simple to install, calibrate and<br />
clean. Equipped with continuous %SS<br />
readings, plants are able to calculate<br />
mass flow rate, make adjustments to<br />
the wastewater treatment process, and<br />
program control systems <strong>for</strong> material<br />
and energy savings.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
مُعالجة مياه الرصف<br />
معدَّ ات معالجة مياه الرصف الصحي<br />
13<br />
HUBER Presents New<br />
Rakemax ® Hybrid Screen<br />
www.huber me.com<br />
HUBER’s Multi-Rake Bar Screen RakeMax ® Hybrid<br />
The HUBER Multi-Rake Bar Screen RakeMax ® Hybrid<br />
was presented to the public <strong>for</strong> the first time at IFAT<br />
2016. The "Hybrid" design means that we use highly<br />
wear-resistant, glass-fibre rein<strong>for</strong>ced screen bars in<br />
combination with a cleaning rake made of polyamide.<br />
All frame parts of this optional version are manufactured<br />
from stainless steel like on standard design versions.<br />
The special feature of the RakeMax ® Hybrid screen is a<br />
bar rack that is manufactured from highly wear-resistant<br />
special plastic material. This material is manufactured in<br />
a special pultrusion process and, of a similar make, has<br />
proven its reliability in the field of aerospace engineering<br />
<strong>for</strong> many years already. By adding materials like glass<br />
fiber or resins <strong>for</strong> example the profile bars are made<br />
suitable <strong>for</strong> applications with high mechanical loads and<br />
excel <strong>for</strong> their very high stability, de<strong>for</strong>mation resistance<br />
and resistance to wear. Due to their high breaking<br />
elongation and elastic energy absorption the profiles<br />
retain their shape even under mechanical load, are highly<br />
flexible and return to their original shape. They also excel<br />
with a very high production precision, size accuracy<br />
and <strong>for</strong>m stability so that even smaller bar spacings<br />
can reliably be maintained. Another advantage of the<br />
RakeMax ® Hybrid screen are the individually replaceable<br />
screen bars <strong>for</strong> quick and safe handling without the need<br />
<strong>for</strong> welding work.<br />
HUBER Band Screen<br />
CenterMax®<br />
<strong>High</strong> throughput capacity - maximum<br />
separation efficiency<br />
Economically dimensioned channel and<br />
machine<br />
Low life-cycle costs<br />
Easy maintenance and operation<br />
Also suitable <strong>for</strong> narrow channels<br />
Maximum corrosion protection through<br />
stainless steel design and acid treatment<br />
in a pickling bath<br />
Maximum retention of fibres and hair<br />
www.huberme.com<br />
info@huberme.com<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
14 DESALINATION TECHNOLOGY<br />
MULTISTAGE FLASH DISTILLATION<br />
Reduction of CO 2<br />
Release in MSF Distillers:<br />
NF Pretreatment as CO 2<br />
Deaerator<br />
In this work, the influence of nanofiltration on carbon dioxide (CO 2<br />
) release in MSF distillers was investigated <strong>for</strong> different feed<br />
water composition <strong>for</strong> once-through (OT) and brine recycle (BR) MSF distillers. Nanofiltration can be used as CO 2<br />
deareation<br />
system in thermal desalination, the amount of CO 2<br />
release, in the first stage, decreased by 100 percent NF from 425 to<br />
140 kg/h in brine recycle, and from 650 to 210 kg/h in once-through distiller, respectively. The CO 2<br />
heat transfer resistances<br />
decreased by 100 percent NF from 5.5x10-6 to 2.0x10 -6 m 2 K/W in brine recycle, and from 8.1x10 -6 to 3.0x10 -6 m2K/W in oncethrough<br />
distiller, respectively.<br />
Multistage flash (MSF) distillation is a<br />
widespread desalination method with<br />
more than half of the desalination market.<br />
MSF plants are complex, large-scale and<br />
costly. The major problem encountered<br />
in MSF distillers is the deposition of scale<br />
onto the heat transfer surfaces which<br />
results in a serious loss of efficiency and<br />
production. Without effective scale control,<br />
this can lead to the eventual shutdown<br />
of the plant <strong>for</strong> cleaning. Controlling<br />
scale needs accurate calculations of<br />
the amount of scale <strong>for</strong>mation. The<br />
release of non-condensable (NC) gases,<br />
essentially carbon dioxide, oxygen and<br />
nitrogen, from the evaporating brine in<br />
desalination distillers notably affects the<br />
heat transfer <strong>for</strong> condensation, the energy<br />
consumption, the per<strong>for</strong>mance and the<br />
material lifetime of the distillers. Moreover,<br />
CO 2<br />
release considerably influences the<br />
concentrations of HCO 3–<br />
, CO 3<br />
2–<br />
, CO 2<br />
,<br />
H + and OH – in the carbonate system of<br />
the brine and thus plays a decisive role in<br />
alkaline scale <strong>for</strong>mation.<br />
Figure 1: The effect of NF pretreatment on CO 2<br />
release rates in a reference brine<br />
recirculation BR-MSF<br />
In previous works, the influence of<br />
nanofiltration (NF) pretreatment on the<br />
scale deposition potential and increasing<br />
TBT in MSF thermal desalination plants<br />
is modeled on the basis of mass transfer<br />
with chemical reaction of<br />
solutes in the brine. The full<br />
and partial NF-pretreatment<br />
options of the feed water<br />
were investigated. TBT can<br />
be increased in MSF by<br />
increasing the percentage of<br />
NF-treated feed. Full NF pretreatment<br />
of the make-up allowed TBT in the<br />
MSF plant to be raised up to 175 o C in<br />
the case of di hybrid NF-MSF and up<br />
to 165 o C in the case of tri hybrid NF-<br />
RO-MSF. As a rule of thumb, each 1<br />
percent pretreatment portion increases<br />
the reference TBT of 115 o C by 0.6 o C.<br />
The previous studies focused on<br />
the ability of NF on removal of the<br />
multivalent ions and large molecules,<br />
but, to our knowledge, the influence<br />
“Multistage flash (MSF) distillation is a<br />
widespread desalination method with more<br />
than half of the desalination market”<br />
of the NF on the reduction of CO 2<br />
release was not investigated. This may<br />
contribute to the economics of the NF<br />
as pretreatment step, since, in addition<br />
to its influence on the design of the<br />
venting holes and the vacuum system,<br />
it reduces the release rates, reduces<br />
the potential of vapor-side corrosion.<br />
A model has been <strong>for</strong>mulated,<br />
programmed in C ++ , to describe the<br />
CO 2<br />
desorption with the CaCO 3<br />
scale<br />
deposition and their simultaneous<br />
occurring and the mutual<br />
influence of the two<br />
phenomena. The following<br />
is a brief description of the<br />
model, while the details can<br />
be found elsewhere.<br />
In this work, the release rates<br />
calculated in this work by correlating<br />
the CO 2<br />
release to the deposition of<br />
CaCO 3<br />
scale. The results are shown<br />
<strong>for</strong> different feed water composition<br />
from different intakes in the Arabian<br />
Gulf region. The release rates decrease<br />
exponentially from the first stage to<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
تقنية تحلية املياه<br />
التقطري الوميض املتعدد املراحل<br />
15<br />
Figure 2: The effect of NF pretreatment on total CO 2<br />
release rates in reference brine<br />
recirculation BR-MSF and once-through OT-MSF<br />
with the top brine temperature in the<br />
high-temperature stages and the lowtemperature<br />
stages.<br />
the last stage. This may be attributed,<br />
according to Glade et al., to the drop<br />
in the concentration difference of CO 2<br />
in the solution between the bulk and<br />
the phase interface because of<br />
the successive flow of the brine<br />
from the first stage to the last<br />
stage. The release of CO 2<br />
in a<br />
stage reduces the total carbon<br />
dioxide (TC) in the next stage<br />
and so on. Additionally, the mass<br />
transfer coefficient and the phase<br />
interface area decrease. Because part<br />
of the brine blow-down is recycled and<br />
remixed with the make-up, the release<br />
rates in the recycle distiller are lower than<br />
those rates in the once-through distiller.<br />
Consequently, CaCO 3<br />
deposition rates,<br />
in the flash chambers, notably decreases<br />
from the first to the last stage.<br />
The CO 2<br />
release rates increases with<br />
increasing top brine temperature (TBT)<br />
due to increasing the surface area<br />
and the mass transfer coefficient.<br />
“The CO 2<br />
release rates increases with<br />
increasing top brine temperature”<br />
Bubbling increases with increasing<br />
the temperature and hence surface<br />
area increases. Carbon dioxide and<br />
the other non-condensable gases act<br />
as an insulating blanket around the<br />
condenser tubes. Also, if it is left to<br />
accumulate within the stages, it would<br />
reduce the vapor partial pressure<br />
and its temperature. This explains<br />
the differences in the release rates<br />
The effect of NF pretreatment on CO 2<br />
release rates in a reference brinerecirculation<br />
MSF is shown in Figures<br />
1 and 2. The amount of CO 2<br />
release<br />
in the first stage decreased by 20, 40,<br />
60 and 100 percent NF from 425 to<br />
375, 315, 260, and 140 kg/h in brine<br />
recycle, respectively, and from 650 to<br />
580, 490, 395, and 210 kg/h in oncethrough<br />
distiller <strong>for</strong> 20, 40, 60 and 100<br />
percent NF, respectively. The CO 2<br />
heat<br />
transfer resistances decreased by 100<br />
percent NF from 5.5x10-6 to 2.0x10-<br />
6 m 2 K/W in brine recycle, and from<br />
8.1x10-6 to 3.0x10-6 m 2 K/W in oncethrough<br />
distiller, respectively.<br />
Conclusion<br />
In the sight of the simulation results<br />
presented in this work, the following<br />
remarks can be concluded:<br />
• Nanofiltration can be used as a<br />
deareation step <strong>for</strong> the reduction of<br />
CO 2<br />
release in MSF distillers.<br />
• NF pretreatment enhances the<br />
deareation step.<br />
• Decreasing the rate of CO 2<br />
release normally decreasing<br />
the heat transfer resistances in<br />
MSF plants.<br />
• Such a step decreases the<br />
negative effect of CO 2<br />
and other<br />
NC gases on heat transfer and vapourside<br />
corrosion by reducing the CO 2<br />
amount with the vapour produced.<br />
Aiman Eid Al-Rawajfeh<br />
Full Professor of Thermal Process Technology<br />
Department of Chemical Engineering<br />
Tafila Technical University, Jordan<br />
E-mail: aimanr@yahoo.com<br />
Web: www.ttu.edu.jo<br />
يتناول هذا المقال تأثير الترشيح النانوي على ثاني أكسيد الكربون المنبعث في جهاز التقطير الومضي المتعدد المراحل لمختلف تركيبة مياه التغذية مثل<br />
أجهزة التقطير الومضي المتعدد المراحل األحادي المسار، وأجهزة إعادة تدوير الماء األجاج. ويمكن استخدام الترشيح النانوي باعتباره نظامًا مزيالً لثاني<br />
أكسيد الكربون في عملية تحلية المياه الحرارية. ويؤدي إطالق كمية ثاني أكسيد الكربون في المرحلة األولى إلى خفض الترشيح النانوي بنسبة 100 في<br />
المئة من 425 إلى 140 كغ / في الساعة في عملية إعادة تدوير الماء األجاج، ومن 650 إلى 210 كغ / في الساعة في جهاز التقطير األحادي المسار على<br />
التوالي. وأخفضت مقاومات النقل الحراري لثاني أكسيد الكربون بنسبة 100 في المئة الترشيح النانوي من 5.5*10 -6 إلى 2.0*10 -6 واط في المتر المربع<br />
كلفن في إعادة تدوير الماء األجاج، ومن 8.1*10 -6 إلى 3.0*10 -6 واط في المتر المربع كلفن في جهاز التقطير األحادي المسار على التوالي. يعتبر التقطير<br />
الومضي المتعدد المراحل طريقة لتحلية المياه شائعة االستخدام في أكثر من نصف سوق تحلية المياه. وتعدُّ محطات التقطير الومضي المتعدد المراحل<br />
طريقة معقدة وواسعة النطاق ومكلفة. إنَّ المشكلة الرئيسة التي تواجه أجهزة التقطير الومضي المتعدد المراحل هي تراكم الترسبات على أسطح النقل<br />
الحراري مما يؤدي الى خسارة كبيرة من الكفاءة واإلنتاج.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
16 DESALINATION TECHNOLOGY<br />
MULTISTAGE FLASH DISTILLATION<br />
Hitz Expands Business in Water Market<br />
Hitachi Zosen Corporation (Hitz) is<br />
one of the well-known market players<br />
in MSF desalination market with its<br />
very first overseas track record in<br />
1970’s. Despite of downfall of MSF<br />
market, Hitz has been active in the<br />
GCC market successfully implementing<br />
Ras Abu Fontas A2 project in Qatar in<br />
Ras Abu Fontas A2 Project<br />
2015 and now it is working on another<br />
project in Qatar which is planned to<br />
enter into full commercial operation<br />
in 2018. Hitz has carried out the Ras<br />
Abu Fontas A2 Project. The company<br />
was awarded as an EPC contractor <strong>for</strong><br />
desalination facilities in total capacity of<br />
36MIGD under the consortium led by<br />
Mitsubishi Corporation and Toyo Thai<br />
in 2013. It was very first experience<br />
in Qatar and the biggest unit capacity<br />
(18MIGD) in its record which is also<br />
considered to be one of world’s<br />
biggest. Currently, Hitz is carrying out<br />
desalination EPC works <strong>for</strong> another<br />
Qatari project and the plant will have<br />
a total capacity of 130 MIGD. The<br />
Umm Al Houl Project is the first hybrid<br />
desalination project (thermal and RO)<br />
in Qatar. The developer of this project<br />
is Umm Al Houl Power Company<br />
and this project includes 2,400MW of<br />
power plant along with water plant.<br />
The product water will be supplied to<br />
Kahramaa (Qatar General Electricity<br />
& water Corporation) <strong>for</strong> 25 years.<br />
Hitz is now eyeing more promising<br />
opportunities in desalination market not<br />
only <strong>for</strong> thermal (MSF, MED) but RO by<br />
acquiring majority stake of Osmoflo,<br />
Australian Water Treatment and RO<br />
Engineering Company.<br />
MEDRC Promotes Water Research in Oman<br />
MEDRC Water Research is a Center<br />
of Excellence in Desalination and<br />
Water Reuse Technology established<br />
in Muscat (Oman) in 1996 by a Royal<br />
decree under the status of nonprofit<br />
international organization. It is<br />
a unique international organization<br />
where countries work together on<br />
solutions to fresh water scarcity<br />
by supporting research, training,<br />
knowledge exchange and capacity<br />
MEDRC Water Research Center<br />
building. MEDRC's research programs<br />
have been about developing local<br />
researchers of tomorrow - scientists<br />
and engineers from the region who<br />
will lead ef<strong>for</strong>ts to attain safe, secure<br />
and sustainable water <strong>for</strong> the people<br />
of the Middle East into the future.<br />
In addition, MEDRC CPET Water<br />
Program is the only high quality<br />
specialized desalination training<br />
program in the region. Since 1996<br />
the center has supported more than<br />
170 water research projects which<br />
have involved the best regional and<br />
global expertise together along<br />
with regional researchers from 34<br />
countries to help find solutions to the<br />
challenge of fresh water scarcity in<br />
the region and included Master's and<br />
PhD water research fellowships from<br />
more than 115 regional nationals.<br />
This work has led to more than 300<br />
publications and supported crucial<br />
water research in the part of the world<br />
most in need of solutions to fresh<br />
water scarcity. MEDRC has conducted<br />
also countless expert workshops<br />
and knowledge transfer activities.<br />
MEDRC operates a dedicated 3<br />
M3/Hr Reverse Osmosis Pilot Plant<br />
containing all pre and post treatment<br />
systems and instrumentation found on<br />
the largest plants. MEDRC facilities<br />
include seminars rooms, hands-on<br />
training room, highly equipped water<br />
chemistry lab, solar arrays.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
Feature<br />
<strong>Dam</strong>s<br />
18<br />
20<br />
20<br />
<strong>Mosul</strong> <strong>Dam</strong><br />
<strong>At</strong> <strong>High</strong> <strong>Risk</strong> <strong>for</strong> <strong>Catastrophic</strong> <strong>Deterioration</strong><br />
King Abdullah II Unveils Kufranjah <strong>Dam</strong> Project<br />
Upper <strong>At</strong>bara Project Delivers Water & Electricity<br />
Photo Courtesy of Lahmeyer International GmbH
18 FEATURE<br />
DAMS<br />
<strong>Mosul</strong> <strong>Dam</strong><br />
<strong>At</strong> <strong>High</strong> <strong>Risk</strong> <strong>for</strong> <strong>Catastrophic</strong> <strong>Deterioration</strong><br />
<strong>Mosul</strong> <strong>Dam</strong> is located on the Tigris River in the north western part of Iraq; approximately 60 km northwest of <strong>Mosul</strong> city and<br />
80 Km from Syrian and Turkish borders. It is a multipurpose project <strong>for</strong> irrigation, flood control and hydropower generation.<br />
It is 113 m in height, 3.4 km in length, 10 m wide in its crest and has a storage capacity of 11.11 billion cubic meters. The<br />
water surface area of the reservoir at the beginning of the dam operation was 380 km2 with a storage capacity of 11.11 km3 at the<br />
maximum operation level 330 m (a.s.l.) including 8.16 km3 live storage and 2.95 km3 dead storage. It is an earth fill dam, constructed<br />
on bedrocks of the Fatha Formation, which consists of gypsum beds alternated with marl and limestone, in cyclic nature. The<br />
thickness of the gypsum beds attains 18 m; they are intensely karstified even in foundation rocks. This has created a number of<br />
problems during construction, impounding and operation of the dam.<br />
Construction work in <strong>Mosul</strong> <strong>Dam</strong><br />
started on January 25 th , 1981. Swiss<br />
Consultants Consortium was asked to<br />
be the consultants <strong>for</strong> <strong>Mosul</strong> <strong>Dam</strong> project.<br />
A consortium of German and Italian<br />
companies (GIMOD) was asked to execute<br />
the civil and steel work of the project in<br />
1980. While electromechanical plant of the<br />
power station was given to the Japanese<br />
company (Toshiba) on the condition that<br />
the capacity of the plant will be 750 MW.<br />
The electromechanical plant contract <strong>for</strong> the<br />
regulation dam was awarded to (Elin Union)<br />
from Austria, while the electromechanical<br />
plant <strong>for</strong> the pump storage scheme was<br />
given to (G.I.E) from Italy. The total cost of<br />
the development was estimated at USD2.6<br />
billion at the prices level of 1985 and the dam<br />
started operating on 24 th July, 1986.<br />
After impounding in 1986, new seepage<br />
locations were recognized. Grouting<br />
operations continued and various studies<br />
were conducted to find suitable grout or<br />
technique to overcome this problem. The<br />
cause of seepage is mainly due to:<br />
1. The karsts prevailing in the dam site and in<br />
the reservoir area.<br />
2. The existence of gypsum/<br />
anhydrite rock <strong>for</strong>mations in the<br />
dam foundation alternating with<br />
soft marl layers and weathered and<br />
cavernous limestone beddings.<br />
3. The presence of an extensive ground<br />
water aquifer called Wadi Malleh aquifer,<br />
which considerably affects the ground water<br />
regime in the right bank.<br />
The most significant geological hazard that<br />
influences <strong>Mosul</strong> <strong>Dam</strong> is the karstification,<br />
especially in the foundation's rocks where it<br />
extends to about 100m depth. This enhanced<br />
the extensive dissolution of gypsum and<br />
gypsum anhydrite rocks present above and<br />
below the limestone layers and it caused the<br />
collapsing of whole layers of clayey marls<br />
into the underneath cavities <strong>for</strong>ming beds<br />
composed of brecciated gypsum particles<br />
and anhydride blocks embedded into a<br />
loose clayey matrix.<br />
“The most significant geological<br />
hazard that influences <strong>Mosul</strong> <strong>Dam</strong> is<br />
the karstification”<br />
Groundwater fluctuation and surface cracks<br />
enhanced the development of sinkholes<br />
in the area. Several sinkholes developed<br />
within the vicinity of the dam and within<br />
the reservoir area. In addition, springs also<br />
appeared downstream of the dam located<br />
on the same line of the sinkholes. The flow of<br />
the spring reached 360 l/s.<br />
The water of Wadi Malih aquifer has high<br />
concentration of sulphate which clearly<br />
Cover Photo Courtesy of Shutterstock<br />
indicates the dissolution of gypsum from<br />
the dam site and its vicinity. In addition, the<br />
hydrostatic pressure of water within the<br />
reservoir in increasing the rates of dissolution.<br />
This process also led to the appearance<br />
of other features like the fissure and large<br />
conduit near the dam.<br />
The status of the dam was<br />
evaluated by the Engineer’s and<br />
Environmental center of research of<br />
the US Army Corps of Engineers<br />
(USACE) using the rock quality designation<br />
test (RQD). The rocks tested in 2006 showed<br />
RQD of 0-20 percent. This deterioration<br />
of the samples is due to the dissolution of<br />
gypsum. The deep curtain grouting was<br />
also investigated. It was noticed that some<br />
parts were highly deteriorated and required<br />
grouting 4 or 5 times annually and the<br />
dissolution front had progressed 350 m<br />
toward the east i.e. an average of about<br />
17m/ year. The samples recovered from the<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
موضوع خاص<br />
السدود<br />
19<br />
Figure 1: Screening Portfolio <strong>Risk</strong> Analysis (SPRA) <strong>for</strong> <strong>Mosul</strong> <strong>Dam</strong><br />
that if the reservoir of <strong>Mosul</strong> <strong>Dam</strong> is filled<br />
(water capacity 11.11 billion cubic meters),<br />
the discharge of the generated wave will be<br />
about 500,000 cubic meters per second. It<br />
will reach the first major city (<strong>Mosul</strong>) within 4<br />
hours and its height will be about 24 meters.<br />
It will reach Baghdad within 46 hours and<br />
its height will be 4 meters. If this takes place<br />
then according to the American Embassy<br />
in Baghdad, approximately 500,000 to<br />
1.47 million people living along the Tigris<br />
in areas at highest risk would probably not<br />
survive the impact of the projected flood<br />
wave unless they evacuated. Last year, the<br />
Joint Research Centre of the European<br />
Commission published a report stating that<br />
a population of 6,248,000 will be affected by<br />
the failure of <strong>Mosul</strong> <strong>Dam</strong> and 7,202 square<br />
kilometers of land will be inundated.<br />
grouting gallery showed that all the rocks<br />
were replaced by friable grout material. In<br />
2014, ISIS occupied the dam site area and<br />
grouting operations stopped; and during the<br />
period from August 2014 until the beginning<br />
of 2016, the dissolution of gypsum reached<br />
10000 cubic meters, according to USACE.<br />
Increased monolith movement in the grouting<br />
gallery and cracks opening were noticed<br />
by the USACE. Continuous recording of<br />
cumulative settlement in the grouting gallery<br />
from 1986 to the end of 2015 showed a<br />
sharp increase in settlement in 2015. This<br />
indicates a worsening situation in the dam<br />
foundations. Satellite based in<strong>for</strong>mation<br />
indicates that the rate of subsidence of<br />
<strong>Mosul</strong> <strong>Dam</strong> <strong>for</strong> the period 2004-2010,<br />
which was 12.5 mm/year, has increased<br />
to 15mm/year after 2013, after re-grouting<br />
operations stopped. This subsidence is<br />
related to the dissolution of gypsum and the<br />
reservoir-induced pressure which is the main<br />
cause of an increase in the dissolution rates.<br />
USACE plotted the data <strong>for</strong> <strong>Mosul</strong> <strong>Dam</strong> on<br />
the screening Portfolio <strong>Risk</strong> Analysis (SPRA)<br />
process <strong>for</strong> <strong>Dam</strong> Safety and it indicates that<br />
<strong>Mosul</strong> <strong>Dam</strong> is in a state of extreme relative<br />
risk of failure.<br />
The critical situation of <strong>Mosul</strong> <strong>Dam</strong> was<br />
noticed since 1986 and <strong>for</strong> this reason the Iraqi<br />
Government decided to build a protective<br />
dam (Badush <strong>Dam</strong>) 40 km downstream<br />
<strong>Mosul</strong> <strong>Dam</strong>. This dam was designed to take<br />
the wave that can be generated due to the<br />
failure of <strong>Mosul</strong> <strong>Dam</strong>. The construction of<br />
the dam started in 1988, but it was halted<br />
in 1991 due to UN sanctions. By then, 40<br />
percent of the construction of the dam had<br />
already been complete. Model studies done<br />
related to the failure consequences of <strong>Mosul</strong><br />
<strong>Dam</strong> executed by the designers and later<br />
checked by Black and Veatch indicate<br />
It is evident from the work done that grouting<br />
can only be a temporary solution since it<br />
cannot permanently stop the dissolution of<br />
gypsum. It is believed that it is very important<br />
to keep the water level as low as it can to<br />
minimize the losses in case of the dam<br />
failure. Furthermore, grouting operations<br />
should continue to elongate the span life<br />
of the dam. An Emergency Action plan<br />
should be developed and implemented and<br />
the public should be aware of such a plan.<br />
Finally, other alternatives are to be carefully<br />
studied and a decision should be taken to<br />
solve this problem.<br />
Nadhir Al-Ansari<br />
Email: nadhir.alansari@ltu.se<br />
Nasrat Adamo<br />
Email: nasrat.adamo@yahoo.com<br />
Sven Knutsson<br />
Email: Sven.Knutsson@ltu.se<br />
Jan Laue<br />
Email: jan.laue@ltu.se<br />
Lulea University of Technology, Swede<br />
Email: www.ltu.se<br />
يقع سد الموصل على نهر دجلة في الجزء الشمالي الغربي من العراق، أي حوالى 60 كم شمال غرب مدينة الموصل و 80 كم من الحدود السورية والتركية. وهو<br />
عبارة عن مشروع متعدد األغراض يُعتمد في عمليات الري، السيطرة على الفيضانات، وتوليد الطاقة الكهرومائية. يرتفع السد 113 مترًا، ويبلغ طوله 3.4 كم، وعرضه<br />
عند قمته 10 أمتار، وتقدَّر سعة التخزين فيه 11.11 مليار متر مكعب. كانت مساحة سطح مياه الخزان عند بداية عملية السد 380 كم2 وبسعة تخزين 11.11 كم3<br />
عند أقصى مستوى للعملية 330 م. ويعدُّ من السدود الترابية، وتمَّ بناؤه على أساس تكوين الفتحة التي تتكون من طبقات من الجبس المتعاقبة مع التراب الكلسي<br />
والحجر الجيري في الطابع الدوري. وبلغت سماكة طبقات الجبس 18 مترًا، وتعتبر كارستية بشكل مكثَّف حتى في صخور األساس. وقد أدَّى هذا األمر إلى بروز عدّة<br />
مشاكل في خالل عملية بناء السد، وجمع المياه، وتشغيل السد. بدأت أعمال البناء في سد الموصل في 25 كانون الثاني / يناير سنة 1981. وطلب من االستشاريين )اتحاد<br />
السويسريين( – Consortium( )Swiss Consultants تقديم خدماتهم االستشارية لمشروع سد الموصل. وتمَّ الطلب من مجموعة من الشركات األلمانية واإليطالية تنفيذ<br />
األشغال المدنية والصلب الخاصة بالمشروع سنة 1980. وبينما أسندت المحطة الكهروميكانيكية لمحطة توليد الكهرباء إلى الشركة اليابانية توشيبا، بشرط أن تصبح قدرة<br />
المحطة 750 ميجاوات. وقدِّرت التكلفة اإلجمالية للمشروع 2.6 مليار دوالر أمريكي في مستوى أسعار سنة 1985، وبدأ العمل في السد في 24 تموز / يوليو سنة 1986.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
20 FEATURE<br />
DAMS<br />
King Abdullah II Unveils Kufranjah <strong>Dam</strong> Project<br />
Abu Dhabi Fund <strong>for</strong> Development<br />
(ADFD) attended the official opening<br />
of the Kufranjah <strong>Dam</strong> – a development<br />
project funded by the UAE government<br />
and managed by ADFD in the Kingdom<br />
of Jordan. Located north of Jordan’s<br />
capital Amman, the newly completed<br />
USD28 million project is in line with the<br />
framework of the 2013 UAE government<br />
contribution USD1.25 billion to the Gulf<br />
Development Fund, a five-year grant<br />
program of the GCC member countries to<br />
finance development projects in Jordan.<br />
Upper <strong>At</strong>bara Project Delivers Water & Electricity<br />
The sustainable supply of Sudan’s<br />
steadily increasing population with<br />
staple food, clean potable water<br />
and sufficient electricity will be one<br />
of the country’s major challenges in<br />
the coming years. The Upper <strong>At</strong>bara<br />
Multi-Purpose <strong>Dam</strong> will play a decisive<br />
role in this regard. In December 2016<br />
The Upper <strong>At</strong>bara <strong>Dam</strong><br />
With a storage capacity of 7.8 million<br />
cubic meters of water, the Kufranjah <strong>Dam</strong><br />
aims to augment the country’s irrigation<br />
and drinking water resources and further<br />
develop the fertile town of Ajloun. King<br />
Abdullah II of Jordan inaugurated the<br />
dam. Hani Al-Mulki, Prime Minister of<br />
Jordan, Mohammed Saif Al Suwaidi,<br />
Director General of ADFD, Bilal Al<br />
Bdour, UAE Ambassador to Jordan,<br />
and several high-ranking Jordanian<br />
officials attended the ceremony. Praising<br />
the historic brotherly ties between the<br />
the impounding of the reservoir was<br />
completed and on February 2 nd , 2017<br />
the start of the operation of the first<br />
power generation unit (80 MW) was<br />
celebrated. This opening ceremony was<br />
attended by the President of the Sudan,<br />
the complete government cabinet,<br />
the Funding Agencies and more than<br />
UAE and Jordan, Mohammed Saif Al<br />
Suwaidi said: “For decades, our two<br />
nations have enjoyed strong bilateral ties<br />
fostered by the UAE’s founding father<br />
late Sheikh Zayed bin Sultan Al Nahyan,<br />
and the late King Hussein of Jordan. To<br />
date, ADFD has successfully funded 31<br />
development projects in Jordan across<br />
key socio-economic sectors – most<br />
notably health, education, transport,<br />
agriculture and energy – valued at<br />
USD1.55 billion. The Fund tailored its<br />
approach to match the government of<br />
Jordan’s economic expansion strategy.”<br />
Abu Dhabi Fund <strong>for</strong> Development is a<br />
national organization owned by the Abu<br />
Dhabi government. It was established<br />
in 1971 to help emerging countries<br />
achieve sustainable development by<br />
offering concessionary loans to finance<br />
development projects in these countries,<br />
adding to other long-term investments<br />
and direct contributions.<br />
5,000 local people from the region.<br />
The Project has been implemented<br />
by the <strong>Dam</strong>s Implementation Unit<br />
(DIU), Ministry of Water Resources,<br />
Irrigation and Electricity, Sudan.<br />
Comprehensive engineering services<br />
<strong>for</strong> this important and complex dam<br />
project has been provided by Lahmeyer<br />
International, Germany. The Upper<br />
<strong>At</strong>bara dam is located some 400 km<br />
east of the capital city, Khartoum. Its<br />
two reservoirs, with a total storage<br />
volume of 3.7 billion m³, will store the<br />
variable annual discharges of both the<br />
Setit and Upper <strong>At</strong>bara Rivers. The<br />
reservoirs will supply approximately<br />
one million people with drinking water.<br />
The Gadaref Water Supply System is<br />
part of this dam project consisting of<br />
a water treatment plant located close<br />
to the dam, several pumping stations<br />
and two pipe lines, each 1,000 mm in<br />
diameter and 72 km long. The total<br />
capacity of this water supply system<br />
will be 150,000 m³/day.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
SAER PUMPS<br />
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of materials and configurations, SAER pumps can deliver water <strong>for</strong> drinking<br />
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Industry Spotlights<br />
23<br />
24<br />
25<br />
25<br />
Centrifugal Pumps<br />
ME Centrifugal Pumps Market<br />
Steady Boost to Growth<br />
Manufacturing Techniques Gives DP Pumps a Competitive Edge<br />
New Range of Corrosive Liquid Mine Pumps<br />
Chemical Centrifugal Pumps of Plastic Construction<br />
from Lutz-Jesco<br />
26<br />
27<br />
28<br />
28<br />
29<br />
31<br />
Chlorinators & Softeners<br />
Water Softeners & RO Water Purifiers:<br />
An Effective Combination<br />
CMRL Provides Ferric Chloride <strong>for</strong> Water Treatment<br />
UNIHA Optimizes Water Treatment Plants<br />
TEMAK Softeners Installed in Nigeria<br />
Trenchless Technology<br />
Keeping Microtunneled Pipelines on Track<br />
CH2M Named Top Trenchless Design Firm in 2016<br />
Photo Courtesy of Lutz-Jesco GmbH
أخبار صناعية<br />
املضخات النابذة<br />
23<br />
ME Centrifugal Pumps Market<br />
Steady Boost to Growth<br />
T<br />
hough oil and gas remains the biggest segment <strong>for</strong> centrifugal pumps in the Middle East, water treatment is expected to<br />
have a fair share in the centrifugal pumps market over the long term. The Middle East is among the most water scarce<br />
regions in the world. While the global per capita average water availability is around 7000 cubic meter/ person/ year, water<br />
availability in the ME is around 1200 cubic meter/ person/year. The region faces this issue due to two factors: the region has<br />
nearly 6 percent of the global population with only 1.4 percent of the world’s known freshwater sources, leading to scarcity of<br />
freshwater. The second factor, MENA experiences a contrasting scenario of low rainfall and higher evaporation rates leading to<br />
lower groundwater recharge. In addition, climate change is likely to exacerbate the water shortage problem.<br />
Desalination and groundwater extraction<br />
are the two key sources of freshwater in<br />
the Middle East. Increasing population<br />
in the region with depleting resources<br />
of freshwater is adding pressures on<br />
the region’s existing resources and<br />
desalination is the key to the region’s<br />
aim of achieving water sustainability. The<br />
market <strong>for</strong> centrifugal pumps <strong>for</strong> water<br />
treatment in the Middle East is expected<br />
to grow at a CAGR of 6.4 percent from<br />
2016 to 2020. Desalination is the process<br />
of removing dissolved minerals, including<br />
salt from seawater. Distillation and Reverse<br />
Osmosis are the two major techniques<br />
used in the Middle East <strong>for</strong> desalination.<br />
As demand <strong>for</strong> freshwater grows,<br />
the size of desalination plants can<br />
be expected to increase resulting<br />
in demand <strong>for</strong> pumps with higher<br />
pumping capacity. The various<br />
pumps used in the RO process<br />
are seawater intake pumps,<br />
filtered water pumps, high pressure<br />
pumps, booster pumps, and potable<br />
water pumps. The pump types include<br />
both centrifugal and end suction pumps,<br />
multistage pumps, and vertical mixed flow<br />
pumps among others. The RO process<br />
requires water to be pumped at higher<br />
pressures; hence multistage centrifugal<br />
pumps that are capable of generating<br />
such head and discharge levels are<br />
used. Seawater intake pumps generally<br />
handle capacities in excess of 25,000<br />
cubic meter/ hour, whereas booster<br />
pumps (used in the process) may handle<br />
capacities in excess of 1000 cubic meter/<br />
hour. The region is also well known <strong>for</strong> the<br />
highest groundwater extraction rates in<br />
the world and has utilized more than 70<br />
percent of its known renewable sources of<br />
freshwater. Scarcity of freshwater sources<br />
has led to increase in groundwater<br />
treatment and usage in the region. Pumps<br />
are a key component in water extraction<br />
and cater to the growing demand <strong>for</strong> water<br />
in the region. They are used to lift water<br />
from dams, underground streams and<br />
move it from one place to another. Both,<br />
centrifugal and end suction pumps can<br />
“The market <strong>for</strong> centrifugal pumps <strong>for</strong><br />
water treatment in the Middle East is<br />
expected to grow at a CAGR of 6.4<br />
percent from 2016 to 2020”<br />
be used to extract water from dams and<br />
underground water treatment. However,<br />
centrifugal pumps are preferred due to their<br />
efficiency and throughput <strong>for</strong> extraction of<br />
ground water. The key factors considered<br />
while evaluating the type of pumps<br />
are its physical dimension, lift capacity,<br />
water sample, flow rate required, and<br />
maintenance costs. Submersible pumps<br />
are widely used <strong>for</strong> water lifting from dams<br />
and underground sources of freshwater.<br />
The material of construction typically<br />
Suresh Ponnuru, Industry Analyst,<br />
Automation & Electronics, Frost & Sullivan<br />
preferred is stainless steel because of its<br />
higher strength, ability to handle corrosive<br />
materials and underground<br />
water composition. Currently, the<br />
Middle East policymakers’ face a<br />
tremendous challenge from the<br />
growing demand <strong>for</strong> freshwater<br />
and the sources that can cater to<br />
such a requirement. Desalination<br />
caters to more than 50 percent of the<br />
region’s needs <strong>for</strong> freshwater and the rest<br />
is catered to by groundwater and dams.<br />
Given that the demand <strong>for</strong> freshwater is<br />
expected to increase over the long term,<br />
the demand <strong>for</strong> centrifugal pumps is<br />
expected to follow the trend in future.<br />
Suresh Ponnuru<br />
Industry Analyst, Automation & Electronics<br />
Frost & Sullivan<br />
Email: sureshp@frost.com<br />
Web: ww2.frost.com<br />
على الرغم من أنَّ النفط والغاز ال يزاالن يعدان من أكبر الفئات المستهلكة للمضخات النابذة في منطقة الشرق األوسط، من المتوقع أن تحتل فئة معالجة المياه<br />
حصة عادلة في هذه السوق على المدى الطويل. وتعدُّ منطقة الشرق األوسط من بين أكثر المناطق شحً ا في المياه في العالم. وفي حين يبلغ المتوسط العالمي<br />
لتوافر المياه للفرد الواحد حوالى 7000 متر مكعب سنويًا، يتوفر حوالى 1200 متر مكعب للفرد الواحد سنويًا من المياه في الشرق األوسط. وتواجه المنطقة<br />
هذه المسألة بسبب عاملين: يتمثَّل العامل األول في أنَّ المنطقة تضم حوالى 6 في المئة من سكان العالم وال تمتلك سوى 1.4 في المئة من مصادر المياه العذبة<br />
المعروفة عالميًا، مما يؤدي إلى ندرة في المياه العذبة. أما العامل الثاني، تعيش منطقة الشرق األوسط سيناريو متناقض يتمثَّل في قلة سقوط األمطار وارتفاع<br />
معدالت التبخر، مما يؤدي إلى انخفاض تغذية المياه الجوفية.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
24 INDUSTRY SPOTLIGHTS<br />
CENTRIFUGAL PUMPS<br />
Manufacturing Techniques Gives DP Pumps a<br />
Competitive Edge<br />
In Alphen, in The Netherlands, DP<br />
pumps has in recent years invested in<br />
considerable resources that not only<br />
deliver products of the highest quality, but<br />
also encompass advanced manufacturing<br />
processes and enlightened after sales<br />
support <strong>for</strong> its customers. Founded<br />
as Duijvelaar voor Pompen in 1955<br />
and starting to manufacture stainless<br />
steel pumps in 1980, the company has<br />
undergone a massive trans<strong>for</strong>mation<br />
over the past half-century enabling it<br />
to establish brand leadership in The<br />
Netherlands and develop sales in many<br />
parts of the world. Occupying 16,000m² of<br />
manufacturing space, DP pumps has the<br />
capabilities to manufacture up to 100,000<br />
vertical and horizontal sheet metal multistage<br />
pumps and 5,000 pressure boosting<br />
systems a year. The Dutch pumps can be<br />
used wherever there is a requirement to<br />
boost pressure and transport water, and<br />
the company is active in many industrial<br />
sectors, from food processing to firefighting.”<br />
Internationally, the company<br />
sees itself as a relatively niche player and<br />
managing director Michael Schneider says<br />
that this requires a very different sales<br />
approach from that which operates in<br />
The Netherlands. the company branded<br />
pumps are supplied by a network of over<br />
100 distributors supported by its sales<br />
experienced dp engineers. DP pumps not<br />
only designs pumps, but also designs and<br />
manufactures its own tooling and develops<br />
its own manufacturing processes. In<br />
this way it has total control over all of its<br />
processes and procedures. Thus, should a<br />
problem occur it can be handled internally,<br />
without having to resort to external service<br />
providers. When the pump is designed,<br />
the designers work closely with the<br />
production personnel to identify what<br />
machinery is required and how it can be<br />
customised to satisfy the design criteria.<br />
For certain tasks, the company will design<br />
and build machines that are dedicated to<br />
specific manufacturing processes such<br />
as machining, milling, turning, stamping,<br />
and spark erosion. The company has<br />
more than 300 tools in its stocks and<br />
each one has been manufactured in<br />
house. “The quality of all tools is essential<br />
to ensuring that all products maintain a<br />
specific standard,” continues Michael<br />
Schneider. “When a tool goes over 80<br />
percent its tolerance level it is repaired<br />
and reset at 60 percent of its tolerances<br />
to ensure continued quality assurance.”<br />
Extensive use is made of robots and<br />
the company is one of a small number<br />
of pump manufacturers that use robots<br />
throughout its manufacturing processes.<br />
Currently it has 26 robots in use and<br />
all have been programmed in-house to<br />
replicate operations that were previously<br />
done by hand. This is one area where the<br />
experience and expertise of the work<strong>for</strong>ce<br />
combines with systems programmers<br />
and designers. When designing pumps,<br />
the company’s R&D department works<br />
closely with the technical and production<br />
teams to ensure that machinery and<br />
tooling can accommodate all aspects of<br />
the design and deliver the highest levels<br />
of efficiency and economics. Examples of<br />
where robots have streamlined production<br />
and enhanced quality are where they have<br />
been built into purpose-designed cells<br />
<strong>for</strong> bringing parts together <strong>for</strong> operations<br />
such as laser welding, placing parts on<br />
the production line <strong>for</strong> the next operation<br />
Robots are used throughout the manufacturing processes<br />
and finally on to containers <strong>for</strong> despatch<br />
to the pump assembly hall. Using robots<br />
enables the company to manufacturer a<br />
diffuser every 45 seconds and an impeller<br />
every 30 seconds <strong>for</strong> its multistage booster<br />
pumps. The introduction of robots has<br />
enabled the company to increase its<br />
production capabilities and introduce<br />
new pump lines, whilst maintaining and<br />
enhancing the skills of its experienced<br />
work<strong>for</strong>ce. Pump assembly at DP pumps<br />
is a virtually paperless process. All pump<br />
orders commence with programming a<br />
chip device dedicated to the order and<br />
this contains a full bill of components<br />
that goes with the pump throughout its<br />
complete assembly, through to stores<br />
and eventual despatch. This provides the<br />
company with a full history of the assembly<br />
<strong>for</strong> product traceability should the end<br />
user experience any problems with the<br />
pump. The in<strong>for</strong>mation on the chip in<strong>for</strong>ms<br />
the operative what type of pump is being<br />
built and what components are required<br />
at each work station. Only when each<br />
stage of assembly is completed can the<br />
part-assembled pump move on to the<br />
next stage. The chip also incorporates a<br />
warning system that alerts operatives if the<br />
wrong component has been used.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
أخبار صناعية<br />
املضخات النابذة<br />
25<br />
New Range of Corrosive Liquid Mine Pumps<br />
A new cast 316 stainless steel selfpriming<br />
centrifugal pump has been<br />
introduced to handle corrosive<br />
liquids in mining applications. The<br />
new range of mine pumps are close<br />
coupled electric drive and feature<br />
high efficiencies <strong>for</strong> both high and<br />
low head applications. Introduced<br />
by Australian Pump Industries,<br />
the pumps are designed to answer a<br />
serious need in mining and chemical<br />
industries <strong>for</strong> cost efficient, ISO9001<br />
quality products capable of handling<br />
contaminated and corrosive liquids.<br />
“This product line has been developed<br />
<strong>for</strong> mine tailings and other difficult mine<br />
liquids including light slurries” said<br />
Aussie Pumps Product Manager, Neil<br />
Bennett. “We perceived a major market<br />
opportunity <strong>for</strong> a top quality stainless<br />
steel pump at a realistic price and built<br />
strictly in accordance with our quality<br />
culture,” he said. The first pump to be<br />
introduced is a 5.5kW 3” pump that<br />
delivers a maximum flow of 910 lpm<br />
with the added ability to handle solids<br />
to 10mm. Like all of the Aussie GMP<br />
range, the pump is self-priming with<br />
the ability to draft water from depths<br />
of 6 meters. The maximum pump<br />
head is 40 meters making it ideal <strong>for</strong><br />
high pressure water transfer or even<br />
The new 316 stainless steel Aussie G3TMK-A tailings pump<br />
machinery wash down. Power <strong>for</strong> the<br />
machine comes from a 5.5 kW TEFC<br />
3 phase, 2 pole electric drive motor.<br />
Pump and motor are installed from the<br />
factory on a heavy duty steel base <strong>for</strong><br />
ease of installation. Optional stainless<br />
steel or hot galvanized steel bases are<br />
available on request.<br />
Chemical Centrifugal<br />
Pumps from Lutz-Jesco<br />
Chemical centrifugal<br />
pumps that are made<br />
of plastic have been<br />
specifically designed<br />
<strong>for</strong> use in industrial<br />
pipeline construction<br />
and are, there<strong>for</strong>e,<br />
particularly robust<br />
Chemical standard pump N<br />
and durable. <strong>High</strong>ly<br />
resistant materials and special coatings guarantee maximum<br />
reliability even when exposed to aggressive media. Thickwalled<br />
pump housings prevent the media from diffusing. The<br />
pump shaft is sealed by means of single or double-acting<br />
mechanical seals on a corrosion-proof shaft protection sleeve.<br />
The mechanical seals are adapted to the conveying task at<br />
hand. For use in clean, neutral and aggressive media, the<br />
single-acting internal mechanical seal is used. For media<br />
with a tendency towards crystallization and/or deposits, the<br />
single-acting internal mechanical seal with a quench chamber<br />
is used. For highly aggressive and toxic media, which must<br />
not enter the environment, the double-acting mechanical<br />
“back-to-back” seal is used. Corresponding aggregates <strong>for</strong><br />
quenching and blocking the mechanical seals are available.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
26 INDUSTRY SPOTLIGHTS<br />
CHLORINATORS & SOFTENERS<br />
Water Softeners & RO Water Purifiers:<br />
An Effective Combination<br />
W<br />
ith everyone looking <strong>for</strong> several ways to save money, many people <strong>for</strong>get to look within their own water systems.<br />
The presence of a water softener in a home or an office can significantly reduce utility costs. In addition, water<br />
softening can have a huge impact on the quality of water being distributed to homes and businesses. According to<br />
a report by ResearchMoz, the global water softener market is expected to grow at a compound annual growth rate (CAGR)<br />
of 6.98 percent from 2016 to 2020. Increased awareness about the benefits of using soft water <strong>for</strong> daily household chores is<br />
driving the global water softener market <strong>for</strong> the residential segment. Also, rapid urbanization and industrialization in emerging<br />
countries are affecting the quality of water. Moreover, analysts reveal that water softeners and RO water purifiers are proving<br />
to be an effective combination.<br />
Supply water contains various chemical<br />
degradations. According to a TechSci<br />
Research report, these include<br />
calcium, magnesium, silica, iron and<br />
several other metal ions and minerals.<br />
Water softeners are water purification<br />
systems, used to make water softer<br />
by removing minerals such as calcium,<br />
magnesium, among others that can<br />
cause water rigidity. Salt based water<br />
softeners are widely accepted in the<br />
market and control a majority of the<br />
market share. Over the next nine<br />
years, salt based water softeners are<br />
projected to continue dominating the<br />
global water softeners market. Major<br />
water purification companies across<br />
the globe have <strong>for</strong>ayed into the water<br />
softener business to capitalize on<br />
growing market opportunities. Rising<br />
investments in the research and<br />
development sector is driving product<br />
innovations in water softeners business.<br />
Some of the factors driving the global<br />
water softeners market include:<br />
a growing urban population,<br />
rising health concerns among<br />
consumers, growing research &<br />
development activities leading<br />
to product innovations, and<br />
technologically advanced products.<br />
These factors are anticipated to drive<br />
the growth of global water softeners<br />
market over the coming years, adds the<br />
report. These include: harmful effects<br />
of hard water on human health such<br />
as skin and hair, increasing demand<br />
from residential sector, and decline of<br />
water quality in developing countries<br />
due to expanding urbanization and<br />
industrialization.<br />
Furthermore, the demand <strong>for</strong> water<br />
softeners will also be driven primarily<br />
by technological innovations in the<br />
market. One trend sweeping the market<br />
is connectivity-enabled innovations,<br />
according to a recent report by<br />
Research and Markets. Home<br />
automation is a trend in the home<br />
appliances market. The widespread<br />
availability of wireless and mobile<br />
technologies and the introduction of<br />
connected devices and the Internet<br />
of things (IoT) have encouraged many<br />
users to shift to smart appliances.<br />
According to the report, a key growth<br />
driver is the purchases made by<br />
consumers to complement RO water<br />
“A water softener and an RO water<br />
purifier are an effective combination”<br />
purification units. RO membranes are<br />
fragile and inadequate in removing<br />
or reducing calcium and magnesium<br />
compounds in the water. To prevent this<br />
and extend product lifespan, consumers<br />
are installing water softeners with RO<br />
water purifiers. A water softener and<br />
an RO water purifier are an<br />
effective combination. While the<br />
water softener gives soft water<br />
<strong>for</strong> the entire home, RO water<br />
purifier enhances the quality of<br />
drinking water by removing most<br />
impurities including hydrocarbons,<br />
cadmium, pesticides, and other.<br />
AWW Staff<br />
ينسى الكثير من الناس في بحثهم عن طرق عدَّ ة لتوفير المال إلقاء نظرة على نظم المياه الخاصة بهم. فتركيب مُزيل عُ سْ ر الماء في المنزل أو في المكتب<br />
يساهم في التوفير في تكاليف استهالك الكهرباء والماء والتدفئة. كما يمكن أن يكون له تأثيرًا كبيرًا على نوعية المياه التي يتم توزيعها على المنازل والمحال<br />
التجارية. ووفقًا لتقرير صادر عن شركة ريسرتشموز ،)ResearchMoz( من المتوقع أن تنمو سوق مُزيل عُ سْ ر الماء بمعدل نمو سنوي مركب بنسبة 6.98<br />
في المئة بين العامين 2020-2016. وتقود زيادة التوعية حول فوائد استخدام مُزيل عُ سْ ر الماء للقيام باألعمال المنزلية اليومية السوق العالمية لمُ زيل عُ سْ ر<br />
الماء في القطاع السكني. وعالوة على ذلك، يكشف المحللون أنَّ مُزيل عُ سْ ر الماء ومعالجة المياة بتقنية التناضح العكسي أتثبتا تركيبتهما الفعَّالة.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
27 أخبار صناعية<br />
املُكلْورات واملُيسّ ات<br />
CMRL Provides Ferric Chloride <strong>for</strong> Water Treatment<br />
water treatment chemical.<br />
CMRL follows the procedure as<br />
per American Water Works<br />
Association (AWWA) Standard <strong>for</strong><br />
the production of Ferric Chloride<br />
and its product exceeds AWWA<br />
Standard – ANSI/AWWA B12-407<br />
<strong>for</strong> water treatment. CMRL produces<br />
Ferric Chloride through Titanium Ore<br />
beneficiation. It is pertinent to note<br />
that AWWA Standard clearly states<br />
that Ferric Chloride produced through<br />
the company’s process route is the<br />
best <strong>for</strong> water treatment.<br />
Water treatment using Ferric Chloride<br />
Cochin Minerals and Rutile<br />
Ltd. {CMRL}, is a reputed and<br />
internationally acclaimed company<br />
in Kerala State, India having a<br />
vision to uphold the intellectual<br />
and technological reputation of<br />
the country in the International<br />
market. TCMRL adopts and<br />
upholds a value added approach<br />
in industry, life and society. Dr.<br />
S.N. Sasidharan Kartha, who is<br />
not only an Industrialist, but also a<br />
visionary, a philanthropist, a social,<br />
cultural and environmental wizard,<br />
is the Founder and Managing<br />
Director of the Company. CMRL<br />
is the largest manufacturer of<br />
liquid Ferric Chloride (FeCl3)<br />
and Ferrous Chloride (FeCl2)<br />
in India. The company owns<br />
and operates a Synthetic Rutile<br />
plant in Kerala, India, just 15<br />
Km away from Cochin Port.<br />
Water, being the most precious<br />
and scarce lifesaving resource<br />
in nature, its conservation and<br />
purification is a must and CMRL<br />
facilitates to achieve the goal by<br />
producing the best quality Ferric<br />
Chloride, con<strong>for</strong>ming to major<br />
international standards, using in<br />
house technology. Both Ferric<br />
Chloride and Ferrous Chloride<br />
manufactured by CMRL are<br />
certified by NSF International,<br />
USA, an organization designated<br />
as a collaborating center by the<br />
World Health Organization<br />
(WHO), as the safest drinking<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
28 INDUSTRY SPOTLIGHTS<br />
CHLORINATORS & SOFTENERS<br />
UNIHA Optimizes Water Treatment Plants<br />
The return of investment and the<br />
saving of resources are crucial <strong>for</strong><br />
every industrial water treatment<br />
project. UNIHA tailors the optimum<br />
treatment plant based on the specific<br />
life-cycle requirements. This includes<br />
the assessment of reuse and energy<br />
saving potential. UNIHA serves all<br />
industries such as food, oil & gas,<br />
petrochemical, steel, mining, cement,<br />
pulp & paper. UNIHA understands the<br />
importance of ensuring the quantity<br />
and the quality of water resources<br />
while at the same time controlling the<br />
environmental impact of industrial<br />
activities. In partnership with the client,<br />
UNIHA develops a business strategy<br />
to optimize water and wastewater<br />
treatment facilities. A complete water<br />
and waste treatment <strong>for</strong> steel Industrial<br />
has been successfully finalized. Water<br />
softening units by cation exchange<br />
resin (7.200 m³/d) provide soft water as<br />
make-up of cooling systems and feed<br />
water to RO plant. Reverse osmosis<br />
units (1.130 m³/d) provide DM water <strong>for</strong><br />
closed cooling systems. It also features<br />
scale and oil removal (8.000 m³/d) <strong>for</strong><br />
CCM, cooling towers (induced draft<br />
2.500 m³/h plus <strong>for</strong>ced draft 2.300<br />
m³/h), and closed cooling systems<br />
with plate heat exchangers, 754 m²<br />
Water treatment plant<br />
(40 Mkcal/h). The accessories are all<br />
chemical dosing stations, sand and<br />
carbon filter, circulating pumps, piping<br />
and cabling and emergency tanks: firefighting<br />
system, central and local power<br />
distribution and control system, service,<br />
irrigation and drinking water treatment<br />
and supply.<br />
TEMAK Softeners Installed in Nigeria<br />
A large food industry in Nigeria<br />
installed TEMAK water softening<br />
systems in 2015 with total capacity of<br />
1280 m 3 /day used to feed boilers. The<br />
feed water permeates water from the<br />
two already installed brackish water<br />
reverse osmosis units collected in a<br />
tank. With the help of pumps water is<br />
pumped through two softening units<br />
<strong>for</strong> removal of remaining hardness.<br />
The softening system consists of two<br />
softening units of total 4 columns.<br />
The product water is suitable <strong>for</strong> use<br />
in boilers. In each softening unit, both<br />
columns are in operation, ensuring<br />
continuous and uninterrupted water<br />
supply. The plant is manufactured<br />
according to specific materials such<br />
as: Filter tanks are made of corrosionresistant<br />
steel, inside and outside<br />
are coated with polyethylene, there<br />
is a reliable five-cycle valve, PVC<br />
pipe system, an epoxy-coated frame<br />
and the brine tanks by unbreakable<br />
polyethylene. Each softening unit is<br />
controlled by an automatic panel. The<br />
plants are mounted on a foundation<br />
with internal piping and wiring. Also<br />
the pipe system has pneumatically<br />
actuated fail-safe ball valves. The<br />
concept "Plug & Play" ensures a safe<br />
and quick installation. The softening<br />
units have been installed in a closed<br />
TEMAK’s water softening systems<br />
and covered area. TEMAK SA is a<br />
Greek company which provides its<br />
customers with expert solutions in the<br />
field of water treatment and fluid control<br />
equipment. TEMAK SA expertise is not<br />
limited to the Greek market and has<br />
branched out to provide professional<br />
solutions and experience to a network<br />
of exclusive distributors.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
أخبار صناعية<br />
تكنولوجيا الحفر من دون شق<br />
29<br />
Keeping Microtunneled Pipelines on Track<br />
Microtunneling has become an essential part of the underground construction industry globally, not least <strong>for</strong> the installation<br />
of new and or the replacement of water and wastewater pipelines across a wide range of diameters. Whilst the correct<br />
choice of microtunneling equipment <strong>for</strong> the prevailing ground conditions is of high importance, without the right guidance<br />
system to ensure that the machine hits the target shaft/position at the end of the drive the installation could be a waste of time<br />
and money. With wastewater systems it is also usually vitally important that the correct line and level is maintained throughout the<br />
drive, another vital requirement <strong>for</strong> accuracy from the guidance system. Two recent projects in Zabbar, Malta and Shenzhen, China<br />
highlight how the microtunneling equipment and guidance system have to marry together well to achieve the desired outcome.<br />
Malta<br />
Tunnel guidance equipment specialist<br />
VMT of Bruchsal, Germany recently<br />
supplied the guidance systems <strong>for</strong> a<br />
microtunneling project on Malta which<br />
was required as part of water treatment<br />
network scheme. The project was<br />
designated TP2816 Ghaxaq, Malta.<br />
The microtunneling works involved<br />
the installation of two pipelines each<br />
of 1,600 mm internal diameter. One<br />
pipeline was 1031.76 m long whilst the<br />
other was a little longer at 1138.57 m.<br />
Both pipelines were designed as straight<br />
bores which meant that no specialist<br />
guidance was required to handle inbuilt<br />
curves. The drives were completed<br />
in the district of Zabbar West, between<br />
October 2015 and November 2016<br />
by local contractor Rockcut Limited<br />
which specializes in tunnel, shaft and<br />
rock excavation as well as ground<br />
support and geological surveys. Zabbar<br />
is located in the South East of Malta and<br />
it is Malta’s fourth largest town, with a<br />
population of around 17,100.<br />
One of the major challenges <strong>for</strong> the<br />
project was that the ground comprised<br />
relatively soft rock and chalk which was<br />
quite porous at times and in places<br />
included huge cavities. This was at least<br />
in part why the project took<br />
some 13 months to complete.<br />
The difficult ground conditions<br />
meant that the Herrenknecht<br />
AVN 1600 microtunneler, fitted<br />
with a hardrock cutterhead,<br />
encountered some of these cavities<br />
which needed to be filled with concrete<br />
be<strong>for</strong>e tunneling could continue. This<br />
happened once on the first drive and at<br />
least twice on the second.<br />
For its part VMT provided the guidance<br />
system and a support team to the<br />
project. The guidance system used was<br />
the Universal Navigation System (U.N.S.)<br />
modular navigation system developed<br />
by VMT’s sister company Herrenknecht<br />
AG. VMT markets these systems<br />
<strong>for</strong> Herrenknecht in the international<br />
market. The U.N.S. system was specially<br />
designed <strong>for</strong> use on straight bore routes<br />
of up to 200 meters in length and utilizes<br />
a laser that is installed in the drive launch<br />
shaft. The laser line maintains a direct<br />
“One of the major challenges <strong>for</strong> the<br />
project was that the ground comprised<br />
relatively soft rock and chalk”<br />
‘visual contact’ with the guidance target<br />
unit at the rear end of the TBM that<br />
allows the machine operator to monitor<br />
horizontal and vertical deviations from<br />
the predetermined target values and<br />
make the necessary steering corrections<br />
to maintain the required drive course.<br />
For longer drives such as those at<br />
The surface set-up of the microtunnel site in Zabbar, Malta<br />
Zabbar West, the navigation system<br />
can be extended using a reference<br />
module. To protect against refraction<br />
interference, an additional Hydraulic<br />
Water Levelling system (HWL) can be<br />
used to determine vertical deviation<br />
<strong>for</strong> longer, straight drives of up to 400<br />
meters in length. For even longer drives<br />
a north-seeking gyrocompass can be<br />
installed in the TBM, which does not<br />
require direct visual eye contact to the<br />
reference module in the launch<br />
shaft and makes it possible to<br />
master even longer distances,<br />
gradients and curves.<br />
The VMT support team visited<br />
site to ensure that particularly <strong>for</strong> the<br />
first drive the machine crew were fully<br />
up to speed on the functionality of the<br />
guidance system, especially the HWL.<br />
They were also useful to the project<br />
given that whilst no particular problems<br />
occurred with the guidance system,<br />
the ground circumstances meant that<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
30 INDUSTRY SPOTLIGHTS<br />
TRENCHLESS TECHNOLOGY<br />
drift calculations <strong>for</strong> the machine were<br />
challenging as it went through porous<br />
chalk and then just a few meters later<br />
through the harder rock. Ultimately both<br />
drives were successfully completed to<br />
within the necessary target tolerances<br />
required by the client.<br />
Shenzhen<br />
The Futian sewage treatment<br />
plant project in Shenzhen<br />
is an important emission<br />
reduction, sewage cleaning<br />
project <strong>for</strong> Guangdong<br />
Provence, China. As part of the<br />
construction works a pipe jacked<br />
sewer pipeline some 713 meters long<br />
with an internal diameter of 3 meters<br />
was required to protect the National<br />
Mangrove Nature Reserve. Once<br />
constructed the whole pipeline will<br />
Successful holing of the Zabbar<br />
microtunneled drive<br />
create an underground pipeline that<br />
will connect the Shenzhen Bay coastal<br />
recreation belt, Shenzhen Expo Park<br />
and Tanglang Mountain area enabling<br />
the sewage flows to be kept away<br />
from the Reserve. The underground<br />
pipeline will transport 600,000 cubic<br />
“The Futian sewage treatment plant<br />
project in Shenzhen is an important<br />
emission reduction […] <strong>for</strong> Guangdong”<br />
meters of sewage water per day, and<br />
provide effective protection <strong>for</strong> the<br />
wetland ecosystem in Shenzhen.<br />
Whilst the concept of the plan is simple<br />
in reality the situation is somewhat<br />
different. The pipe jacked tunnel runs<br />
alongside Binhai Avenue, as close as<br />
5 meters in places. To the south is the<br />
National Mangrove Nature Reserve<br />
which has around 1,000 visitors per<br />
day. The pipe jacked tunnel also runs<br />
under the South pedestrian walkway<br />
and the green areas along Binhai<br />
Avenue. Ground conditions along<br />
the route also varied considerably<br />
from silty conglomerate and medium<br />
weathered granite, through totally<br />
weathered granite and slightly<br />
weathered granite to plain fill and rock<br />
fill and conditions in between. The<br />
tunneling machine also passed close<br />
to a gulch, which only added to a very<br />
complex geological environment. So<br />
accuracy at the cutterhead was vital.<br />
As well as the complex geology the<br />
tunnel itself was design as two straight<br />
sections with one curve 388 meters in<br />
length with a radius of 888.88 meters.<br />
Given that this was the first project in<br />
the region to attempt such a complex<br />
pipeline installation it was vitally<br />
important that the right guidance<br />
system <strong>for</strong> the tunneling machine<br />
was selected. Having investigated the<br />
options an SLS-LT system from VMT<br />
was selected based on its very<br />
successful history on complex<br />
pipe jacking projects. VMT’s<br />
SLS-LT system is designed<br />
<strong>for</strong> the guidance of long<br />
distance and curved pipe<br />
jacking applications <strong>for</strong> pipe<br />
diameters above 1 m using a servomotorized<br />
laser total station which<br />
is mounted inside the tunnel which<br />
moves together with the pipeline. The<br />
actual position of the laser total station<br />
is continuously calculated with help<br />
of the known as-built position of the<br />
previously installed pipes. The SLS-LT<br />
System also recognizes TBM drift and<br />
with the system installed in the front<br />
part of the tunnel (inside the first 90 m)<br />
laser refraction does not influence the<br />
measurements.<br />
Engineers from VMT SH (the local VMT<br />
distributor) were on site throughout the<br />
project to initially set up the system and<br />
monitor progress throughout the work.<br />
The local team was also trained to use<br />
the system effectively as the project<br />
took place. Despite access difficulties<br />
at the start of the drive in February<br />
2016 which were overcome with team<br />
work and experience in such set-ups,<br />
the project holed successfully on target<br />
on 24 April 2016.<br />
VMT GmbH<br />
Email: info@vmt-gmbh.de<br />
Web: www.vmt-gmbh.de<br />
أصبح حفر األنفاق الدقيقة جزءًا ال يتجزَّأ من قطاع بناء األنفاق في العالم، وخصوصً ا في مجال تركيب خطوط أنابيب المياه ومياه الصرف الصحي الجديدة أو<br />
استبدالها ضمن مساحة كبيرة. ويعدُّ االختيار الصحيح لمعدات حفر األنفاق الدقيقة ذات أهمية عالية وفقًا لظروف األرض السائدة. فمن دون نظام التوجيه<br />
الصحيح الذي يضمن وصول اآللة إلى العمود المستهدف أو الموقع، يمكن أن تمسي عملية التركيب في نهاية األمر مضيعة للوقت والمال. ومن المهم أيضً ا،<br />
المحفاظة على الخط الصحيح وعلى المستوى طوال العملية في ظلِّ توفُّر نظم مياه الصرف الصحي، األمر الذي يعدُّ شرطً ا حيويًا آخرًا من شروط نظام التوجيه<br />
للتأكد من الدقة أثناء العملية. ويشير المشروعين في زابار في مالطا، وشنجن في الصين إلى كيفية وجوب دمج معدات حفر األنفاق الدقيقة ونظام التوجيه<br />
لتحقيق النتائج المرجوَّة. ففي مالطا، زوَّدت الشركة األلمانية المتخصصة في معدات التوجيه في األنفاق "في أم تي" )VMT( من مدينة بروخزال، مشروع حفر<br />
أنفاق دقيقة في مالطا بنظم التوجيه، وهي كانت مطلوبة كجزء من مخطط شبكة معالجة المياه. وشملت أعمال حفر األنفاق الدقيقة تركيب خطي أنابيب يبلغ<br />
القطر الداخلي لكل منها 1600 مم. وتمثَّلت إحدى التحديات الرئيسة للمشروع في أنَّ األرض قد شكلت صخرة لينة نسبيًا وطباشيرية مسامية في بعض األحيان<br />
وفي بعض األماكن، كما تضمَّ نت تجاويف ضخمة.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
أخبار صناعية<br />
تكنولوجيا الحفر من دون شق<br />
31<br />
CH2M Named Top Trenchless Design Firm in 2016<br />
For the second consecutive year, CH2M<br />
earned the top spot on Trenchless<br />
Technology’s Top 50 Trenchless<br />
Engineering Design Firms list. The firm<br />
has topped the list in six of the last seven<br />
years. Trenchless Technology’s list is<br />
developed by comparing firms based<br />
on their trenchless billings in the North<br />
American market, as well as numbers<br />
of trenchless professionals, completed<br />
trenchless projects and a breakdown of<br />
what trenchless components made up<br />
the projects reported. CH2M reported<br />
more than USD164 million in trenchless<br />
projects over the last fiscal year reflecting<br />
over 234 trenchless project components<br />
such as auger boring, horizontal<br />
directional drilling, micro tunneling, pipe<br />
bursting, pipeline rehabilitation, utility<br />
tunneling and evaluation studies. “CH2M’s<br />
client-centric approach allows our internal<br />
practice groups with extensive knowledge<br />
in Trenchless Technology to add value to<br />
our clients’ specific projects, concerns<br />
and desired outcomes. The result – a<br />
successful project <strong>for</strong> our client,” said<br />
Susan Moisio, CH2M Conveyance<br />
Practice Manager. An industry leader in<br />
developing and deploying trenchless and<br />
tunneling technologies, CH2M applies<br />
innovative and cost-effective approaches<br />
<strong>for</strong> buried infrastructure assessment,<br />
rehabilitation, replacement and new<br />
installations <strong>for</strong> water, wastewater, and<br />
energy conveyance projects. North<br />
American examples include the El<br />
Paso Water Magnolia Storm Drainage<br />
Improvement project which was designed<br />
to help improve drainage and reduce<br />
flooding on Interstate 10, the raw<br />
water pipelines <strong>for</strong> the Davis-Woodland<br />
Regional Water Supply Design-Build<br />
Project which recently received a National<br />
Award of Merit by the Design-Build<br />
Institute of America, and the structural<br />
rehabilitation of the Taggart Outfall<br />
30 brick sewer in Portland, Oregon.<br />
“Trenchless technologies continue<br />
to improve and provide excellent<br />
options <strong>for</strong> clients who are looking to<br />
repair or replace aging underground<br />
infrastructure or install new buried<br />
infrastructure,” said Mark Johnson,<br />
CH2M’s Tunnel Practice Manager.<br />
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TRACTO-TECHNIK UK Ltd<br />
Tel: +44 1234 342566 · info@tt-uk.com · www.TRACTO-TECHNIK.co.uk<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣<br />
TT_Anzeige_CRACK_190x120_2017_EN.indd 1 21.02.2017 13:05:36
www.awwmag.com
Arab Water World (AWW)<br />
March 2017 / Vol. XL Issue 3<br />
Serving the Water, Wastewater, Desalination & Energy Sectors in MENA - Since 1977<br />
The sustainable supply of Sudan’s steadily increasing population with staple food, clean potable water and<br />
sufficient electricity will be one of the country’s major challenges in the coming years. The Upper <strong>At</strong>bara Multi-<br />
Purpose <strong>Dam</strong> will play a decisive role in this regard. In December 2016 the impounding of the reservoir was<br />
completed and on February 2nd, 2017 the start of the operation of the first power generation unit (80 MW)<br />
was celebrated. The Project has been implemented by the <strong>Dam</strong>s Implementation Unit (DIU), Ministry<br />
of Water Resources, Irrigation and Electricity, Sudan. Comprehensive engineering services <strong>for</strong> this<br />
important and complex dam project has been provided by Lahmeyer International, Germany.
Country / Regional Reports<br />
Egypt<br />
35 Egypt’s Renewable Energy Sector<br />
Presents Strong Investment Opportunity<br />
36<br />
37<br />
Japan<br />
New Energy Strategy to 2030 and Beyond<br />
Tsurumi Submersible Seawater-Resistant Pumps<br />
Turkey<br />
38<br />
39<br />
40<br />
42<br />
42<br />
43<br />
44<br />
44<br />
Opportunities and Challenges<br />
<strong>for</strong> Water Security in South-East Turkey<br />
ERGIL Supplies Kızıldere III Project with Silencers & Weir Boxes<br />
United Kingdom<br />
The Way UK Organizations Manage Water<br />
Procurement is about to Change Forever<br />
British Water Partners <strong>High</strong>ways England to Tackle Drainage<br />
Fluid Dynamics’ Water Conditioners Inhabit Scaling<br />
in Water Systems<br />
Dosing Pumps Enables Maintaining Phosphorous Limits<br />
MMB Integrates ProjectWise with OpenPlant PID<br />
Hibernia Wins Thames Water Services Award
تقارير البلدان واملناطق<br />
مرص<br />
35<br />
Egypt’s Renewable Energy Sector<br />
Presents Strong Investment Opportunity<br />
Egypt continues to mobilize private regional and <strong>for</strong>eign capital to support the country’s renewable energy sector, with wind and<br />
solar PV under the feed-in-tariff scheme presenting an investment opportunity of at least USD6 billion to 2018. Facing growing<br />
energy demands and pressure on fuel supplies <strong>for</strong> conventional energy generation, Egypt is focusing on renewable energy as a<br />
viable and effective source to add to the gas-dominated energy mix. Egypt’s New and Renewable Energy Authority aims to generate 20<br />
percent of its power from renewables by 2020. Egypt will need to add about 8 gigawatts, <strong>for</strong>eseen to be split between 5.5 gigawatts of<br />
wind power, and 2.5 gigawatts of solar power according to EFG Hermes, one of the well-known investment banks in the Arab World.<br />
As a result, EFG Hermes predicts a debt<br />
and equity investment opportunity of<br />
approximately USD6 to USD7 billion <strong>for</strong><br />
Egypt’s feed-in-tariff renewable energy<br />
program to 2018. In these challenging<br />
times, renewable energy is increasingly<br />
serving as an innovative solution <strong>for</strong> Middle<br />
East and North Africa countries, especially<br />
Egypt, to rebuild, reconstruct, and drive<br />
diversified economic growth. Renewable<br />
energy’s low cost of production, reduced<br />
environmental impact, and ease of<br />
implementation in rugged and demanding<br />
situations make renewables the best<br />
power source <strong>for</strong> Egypt’s future. Whether<br />
developed by governments, the private<br />
sector, or NGOs, renewable energy can<br />
trans<strong>for</strong>m the key development pillars of<br />
power, health, infrastructure, education,<br />
and people. “We are bullish in the shortto<br />
medium-term on Egypt’s renewable<br />
energy projects. But it’s a matter of properly<br />
executing the first feed-in-tariff wave.<br />
The Government’s implementation<br />
of the regulatory framework is one<br />
of the biggest challenges. Once the<br />
right implementation plan is in place,<br />
then it will be easy <strong>for</strong> international<br />
lenders to be fully com<strong>for</strong>table with Egypt’s<br />
renewables sector,” said Bakr Abdel-<br />
Wahab, Managing Director of Infrastructure<br />
Private Equity at EFG Hermes. “There is a<br />
lot of focus on investors and developers,<br />
but we have to remember that 60 to 75<br />
percent of the funding will be via debt from<br />
international and multi-lateral institutions. All<br />
the necessary structural changes need to be<br />
in place to assist aggressive debt financing,”<br />
added Abdel-Wahab. Currently, Egypt is<br />
deploying several different development<br />
models <strong>for</strong> renewable energy projects.<br />
These include bilateral agreements between<br />
the government and private developers,<br />
feed-in-tariff where the government pays<br />
“Egypt is deploying several different<br />
development models <strong>for</strong> renewable<br />
energy projects”<br />
set tariffs <strong>for</strong> renewable energy, and Build-<br />
Own-Operate and Build-Operate-Transfer<br />
tenders <strong>for</strong> more competitive bidding by<br />
developers. Egypt is working on a range<br />
of measures to make opportunities more<br />
accessible to equity investors and lenders<br />
alike, including ensuring currency stability <strong>for</strong><br />
settling renewable energy tariffs and funding<br />
the capital expenditure requirements<br />
of power projects, EFG Hermes said.<br />
Moreover, many of Egypt’s renewable<br />
energy projects under the feed-in-tariff<br />
regime are split into 50 megawatt contracts,<br />
which has created a fragmented renewable<br />
sector that lends itself to further aggregation<br />
and consolidation of opportunities by<br />
larger developers and investors.<br />
“Egypt’s renewable energy sector<br />
is very promising and will become<br />
substantially more so as roadblocks<br />
including currency convertibility are<br />
cleared. To be able to raise equity <strong>for</strong><br />
these projects, <strong>for</strong> example via a dedicated<br />
renewable energy fund, investment<br />
managers require immediate tangible<br />
opportunities <strong>for</strong> investment. Investors do<br />
not prefer to hold commitments without<br />
disbursements <strong>for</strong> excessing periods,”<br />
added Abdel-Wahab.<br />
Masdar<br />
Web: www.masdar.ae<br />
تواصل مصر سعيها الستقطاب رؤوس األموال الخاصة لدعم قطاع الطاقة المتجددة في البالد، في الوقت الذي يتيح مجال الطاقة الشمسية فرصة الستقطاب تمويل<br />
بقيمة ال تقل عن ستة مليارات دوالر حتى العام 2018. وينصبّ تركيز مصر التي تواجه طلباً متزايداً على الطاقة في ظلّ ضغوط على إمدادات الوقود لتوليد الطاقة<br />
التقليدية، على الطاقة المتجددة كمصدر حيوي وفعال يمكن إضافته إلى مجموع مصادر الطاقة الذي يهيمن عليه الغاز. وفي هذا اإلطار، تهدف هيئة الطاقة الجديدة<br />
والمتجددة المصرية إلى توليد 20 بالمئة من الكهرباء من مصادر الطاقة المتجددة بحلول العام 2020. وستكون مصر في حاجة إلضافة حوالي 8 غيغاوات من الكهرباء،<br />
يُتوقع أن يأتي 5.5 غيغاوات منها من طاقة الرياح، و2.5 غيغاوات منها من الطاقة الشمسية، وفقاً للمجموعة المالية »هيرميس«.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
36 COUNTRY/REGIONAL REPORTS<br />
JAPAN<br />
New Energy Strategy to 2030 and Beyond<br />
Japan is a major player in the world of energy. The country is one of the largest energy consumers and importers. It is also a<br />
recognized leader in energy technology development and a major exporter in that sector. Security of supply has traditionally been<br />
critical to Japan, as it relies on imports <strong>for</strong> practically all of its fossil fuel supply. Recent years have been challenging, however.<br />
Japan’s energy policy has been dominated by ef<strong>for</strong>ts to overcome the impact from the 2011 Great East Japan earthquake and the<br />
subsequent nuclear accident. <strong>At</strong> the 15th Conference of the Parties (COP15) in 2009, Japan had pledged to reduce its greenhouse gas<br />
(GHG) emissions by 25 percent from 1990 to 2020. This ambitious pledge largely relied on plans to increase nuclear power’s share in<br />
electricity supply from 30 percent to 50 percent.<br />
After March 2011, the country’s entire<br />
nuclear power capacity was gradually shut<br />
down in the aftermath of the Fukushima<br />
Daiichi nuclear accident and came to<br />
a complete halt in 2013. The nuclear<br />
shutdown left a gap of around 30 percent<br />
in electricity supply. This gap was closed<br />
mostly by at the time expensive fossil<br />
fuels, primarily by liquefied natural gas<br />
(LNG), but also by oil and, from 2013 on,<br />
by coal. Electricity savings and, since 2012,<br />
additional renewable electricity capacity also<br />
helped to close the gap. Yet by the end of<br />
2013, import dependence had risen to 94<br />
percent from 80 percent in 2010. Annual<br />
CO2 emissions from power generation<br />
had grown by more than 110 million tons,<br />
or by one-quarter. Electricity prices had<br />
increased by 16 percent <strong>for</strong> households<br />
and 25 percent <strong>for</strong> industry, according to<br />
IEA data, and were set to continue to rise<br />
fast. The situation was unsustainable <strong>for</strong> the<br />
long term. Thus, the government decided<br />
to fundamentally rethink its<br />
energy policy. In April 2014,<br />
the government adopted the<br />
fourth Strategic Energy Plan<br />
(SEP) and based on that plan,<br />
the Ministry of Economy,<br />
Trade and Industry (METI)<br />
prepared the 2015 “Long-Term Energy<br />
Supply and Demand Outlook” to 2030<br />
which was adopted in July 2015. The<br />
SEP introduces safety among the key<br />
objectives of energy policy, alongside the<br />
three “Es” of energy security, economic<br />
efficiency and environmental protection.<br />
These objectives are intertwined and the<br />
government has been careful to balance<br />
them in the subsequent outlooks and<br />
strategies to 2030 and beyond. The 2015<br />
Outlook was prepared with climate change<br />
objectives in mind. A key part of the Outlook<br />
“Annual CO 2<br />
emissions from power<br />
generation had grown by more than 110<br />
million tons, or by one-quarter”<br />
is the electricity supply mix <strong>for</strong> 2030, which<br />
projects declines in the share <strong>for</strong> natural<br />
gas, coal and oil, a comeback to nuclear<br />
energy and strong increases in renewable<br />
energy. After the adoption of the 2015<br />
Outlook, Japan announced its intended<br />
nationally determined contribution (INDC)<br />
<strong>for</strong> COP21 (held in Paris from 30 November<br />
to 12 December 2015) to reduce GHG<br />
emissions by 26 percent from 2013 to<br />
2030. In May 2016, it adopted the Plan <strong>for</strong><br />
Global Warming Countermeasures. The<br />
plan is based on the INDC and the Paris<br />
Agreement by which Japan pledges<br />
to head towards cutting emissions<br />
by 80 percent by 2050 under the<br />
condition that this is compatible with<br />
economic growth. To support these<br />
promises, the government is working<br />
together with industry and academia<br />
to promote energy technology innovation<br />
under the 2016 National Energy and<br />
Environment Strategy <strong>for</strong> Technological<br />
Innovation towards 2050 (NESTI 2050).<br />
International Energy Agency<br />
Web: www.iea.org<br />
تعدُّ اليابان العبًا رئيسً ا في عالم الطاقة، وتعتبر واحدة من أكبر المستهلكين والمستوردين في هذا المجال. وهي رائدة أيضً ا في مجال تطوير تكنولوجيا<br />
الطاقة، وهي مصدِّر رئيس في هذا القطاع. ال طالما كان أمن اإلمدادات أمرًا حاسمًا في اليابان ألنَّها تعتمد على الواردات عمليًا في كل إمدادات الوقود<br />
األحفوري. لقد كانت السنوات األخيرة صعبة، إذ هيمنت الجهود المبذولة للتغلب على اآلثار الكبيرة للزلزال الذي ضرب شرق اليابان عام 2011 والحوادث<br />
النووية التي تلته على مشهد سياسة الطاقة في اليابان. وتعهَّدت اليابان في المؤتمر الخامس عشر للدول األطراف في عام 2009 أن تخفض انبعاثاتها من<br />
غازات الدفيئة بنسبة 25 في المئة بين العامين 1990 و 2020. ويعتمد هذا التعهد الطموح إلى حد كبير على خطط زيادة حصة الطاقة النووية في إمدادات<br />
الكهرباء من 30 في المئة إلى 50 في المئة.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
تقارير البلدان واملناطق<br />
اليابان<br />
37<br />
Tsurumi Submersible Seawater-Resistant Pumps<br />
Tsurumi Manufacturing Co., Ltd.<br />
was founded in Japan in 1924, and<br />
today manufactures, purchases and<br />
sells various pumps and related<br />
equipment. Submersible pumps are<br />
our top-selling product. Tsurumi<br />
offers pumps <strong>for</strong> various liquids<br />
including those difficult to handle,<br />
such as seawater, corrosive liquids<br />
and high temperature liquids, as well<br />
as pumps <strong>for</strong> general wastewater.<br />
Tsurumi has recently devoted energy<br />
to selling submersible seawaterresistant<br />
pumps. Submersible<br />
seawater-resistant pumps are special<br />
pumps <strong>for</strong> handling seawater and<br />
are indispensable <strong>for</strong> waterfront and<br />
bay area development, aquaculture<br />
facilities, etc. Japan is a maritime<br />
nation with the sixth longest<br />
coastline in the world. In view of<br />
the geographical environment,<br />
Tsurumi has per<strong>for</strong>med field tests<br />
in various marine construction<br />
projects under severe conditions<br />
over many years, in collaboration<br />
with general contractors. Making use<br />
of the valuable know-how that we<br />
attained through these field tests, we<br />
have sought submersible seawater<br />
pumps that provide both corrosion<br />
resistance and wear resistance. As a<br />
result, Tsurumi developed pumps of<br />
submersible seawater-resistant type<br />
using as many standardized materials<br />
as possible, in consideration of cost<br />
efficiency. Consequently, pumps<br />
of standard specifications can be<br />
combined with a seawater-resistant<br />
kit that comprises a “galvanic anode”<br />
and “seawater-resistant special<br />
cast iron impeller,” to solve both<br />
problems of long service life and cost<br />
efficiency. Tsurumi’s pumps come<br />
standard with an anti-wicking cable<br />
and dual inside mechanical seals<br />
with silicone carbide faces. These<br />
reliable heavy-duty pumps are based<br />
Submersible seawater-resistant pump<br />
on the principal design concept of<br />
enabling long-term continuous duty<br />
and ensure stable operation and<br />
excellent durability.<br />
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عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
38 COUNTRY/REGIONAL REPORTS<br />
TURKEY<br />
Opportunities and Challenges<br />
<strong>for</strong> Water Security in South-East Turkey<br />
T<br />
urkey faces limited potential <strong>for</strong> widespread food and water insecurity between now and 2030. The actions that it takes<br />
over this time period, however, will have implications <strong>for</strong> the Kurdish minority living within its borders and the lower riparian<br />
countries of Syria and Iraq. Provided rising food and water demand – driven by population growth – is met, the greatest<br />
challenge to Turkish food and water security is likely to come from domestic and regional political instability. Rainfall is highly variable<br />
across the country, the central and south-eastern plateaus receive an average of 250mm per year while parts of the north-eastern<br />
A country or region is considered to be in a<br />
condition of water stress when the annual<br />
per capita water supply falls below 1,700<br />
cubic meters. Once water availability drops<br />
below 1,000m 3 per capita, the country or<br />
region is considered to be experiencing<br />
water scarcity. Per capita water availability<br />
has declined to 1,600m 3 in Turkey,<br />
suggesting that it is experiencing water<br />
stress. Some projections indicate that the<br />
situation is likely to continue to deteriorate,<br />
with water per capita availability expected<br />
to decline to 1,125m 3 by 2023. If this<br />
projection proves accurate, it is possible<br />
that the country will become water scarce<br />
by 2030. The majority of water, 71 percent,<br />
is consumed by the agricultural sector,<br />
mainly to irrigate crops. Close to 90 percent<br />
of irrigated areas employ highly wasteful<br />
surface irrigation methods. These methods<br />
lead to high rates of evaporation and<br />
surface runoff. Increasing the use<br />
of drip and sprinkler irrigation would<br />
reduce the amount of water wasted<br />
by the agricultural sector while<br />
maintaining crop production rates.<br />
The industrial and domestic sectors<br />
each account <strong>for</strong> 14 percent of the country’s<br />
water consumption. Domestic water use<br />
has increased from 98 liters per person per<br />
day in the 1980s to 250 liters per person per<br />
day currently. Turkey aims to save water by<br />
reducing daily consumption to 150 liters per<br />
person per day, the average amount used<br />
in the 1990s. Even with these measures,<br />
water used by irrigators and in domestic<br />
applications is estimated to double while the<br />
industrial sector is anticipated to triple the<br />
amount of water it consumes. In recent years,<br />
highly populated areas, mainly Istanbul and<br />
the western and central provinces, have<br />
begun to experience water shortages in the<br />
summer months. As the population of these<br />
“The majority of water, 71 percent, is<br />
consumed by the agricultural sector,<br />
mainly to irrigate crops”<br />
areas is projected to continue to increase it<br />
is possible that water shortages will become<br />
more acute. Simply building more storage<br />
facilities or rerouting water from elsewhere<br />
is unlikely to resolve the issue. Rerouting<br />
water invariably leads to water loss and, as<br />
the Istanbul Water and Sewerage Authority<br />
already relies on a network of ten dams,<br />
constructing more dams is unlikely to<br />
solve long-term water supply problems.<br />
Encouraging people to reduce unnecessary<br />
water use and introducing water recycling<br />
schemes in the heavily populated, but<br />
relatively water scarce, western and central<br />
provinces would provide a better solution<br />
to the region’s water issues. As surface<br />
water sources come under strain<br />
from increased demand and lower<br />
inflow (mean rainfall is expected to<br />
decrease by five per cent by 2030)<br />
a larger portion of water will come<br />
from aquifers. Many groundwater<br />
sources are already overexploited and a<br />
proliferation of unauthorized or unregulated<br />
wells is leading to greater withdrawal rates.<br />
Mervyn Piesse<br />
Research Manager, Global Food and Water<br />
Crises Research Program<br />
Future Directions<br />
Email: info@futuredirections.org.au<br />
Web: www.futuredirections.org.au<br />
تمتلك تركيا إمكانيات محدودة في مواجهة إنعدام األمن الغذائي والمائي من يومنا هذا وحتى العام 2030. إنَّ اإلجراءات التي ستتخذ خالل هذه الفترة،<br />
سيكون لها آثارًا على األقلية الكردية التي تعيش داخل حدودها والدول المتشاطئة كسوريا والعراق. ويتمثَّل التحدي األبرز النعدام األمن الغذائي والمائي<br />
في عدم االستقرار السياسي الداخلي واإلقليمي. إنَّ نسبة األمطار المتساقطة متغيرة بدرجة كبيرة في جميع أنحاء البالد، إذ يبلغ متوسط المتساقطات في<br />
المنطقة الوسطى والهضاب في الجنوب الشرقي من البالد 250 مم سنويًا. بينما تهطل حوالى 2000 مم من األمطار سنويًا على الساحل الشمالي الشرقي<br />
للبحر األسود. عمومًا، يبلغ متوسط المتساقطات 650 مم سنويًا. وانخفض نصيب الفرد من المياه في تركيا 1.600 متر مكعب، ما يشير إلى أنَّ البالد تعاني<br />
االجهاد المائي. ويستخدم حوالى 71 في المئة من نسبة المياه ألغراض الري في القطاع الزراعي.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
تقارير البلدان واملناطق<br />
تركيا<br />
39<br />
ERGIL Supplies Kızıldere III Project with Silencers<br />
& Weir Boxes<br />
ERGIL announced that the<br />
successful completion of 13 brine<br />
flash tank silencers and 13 weir<br />
boxes order <strong>for</strong> Zorlu Energy<br />
Group’s Kızıldere III Geothermal<br />
Power Generation Project located<br />
between Denizli and Aydın Provinces<br />
in the northeastern extreme of the<br />
Büyük Menderes Graben of Western<br />
Turkey. Kızıldere is one of Turkey’s<br />
largest geothermal power plant that<br />
adds significant value to Turkey’s<br />
alternative energy needs. The<br />
Kızıldere III project has increased<br />
its production to 165 MW and<br />
has become one of the 10 largest<br />
geothermal power generations in the<br />
world. The collaboration of ERGIL<br />
and Zorlu Energy Group means that<br />
approximately 800,000 dwellings can<br />
have their electricity needs met. Zorlu<br />
Energy Group works in a different<br />
part of the energy sector, offering<br />
an integrated service on a global<br />
scale in various fields especially<br />
through the production and sales of<br />
electricity and vapor. Thus, Turkey<br />
would able to reduce its dependency<br />
on <strong>for</strong>eign-source energy by using<br />
national resources more efficiently.<br />
ERGIL will be supplying 13 brine flash<br />
tank silencers (dia. 3800mm) and 13<br />
Weir Boxes (4230x1800x1220mm) to<br />
Zorlu Energy Group. These Silencer<br />
and Weir Boxes have been designed<br />
and manufactured at ERGIL’s 35,000<br />
sq/m World class facility in Mersin,<br />
Turkey. Brine flash tank silencers are<br />
used to minimize extreme loud level<br />
that is created during the process<br />
of flashing geothermal brine at<br />
atmospheric pressure and separates<br />
vapor and brine (thermal water).<br />
Weir boxes are used when Tanks are<br />
filled with geothermal water and the<br />
silencer quietens the process as the<br />
steam and steam fluids which come<br />
out of the double sludge system<br />
are removed and the geothermal<br />
water is then transferred to the liquid<br />
weir boxes, where level and flow<br />
measurements are carried out.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
40 COUNTRY/REGIONAL REPORTS<br />
UNITED KINGDOM<br />
The Way UK Organizations Manage Water<br />
Procurement is about to Change Forever<br />
W<br />
hen it comes to utility procurement in the UK, water is often the poor relation to gas and electricity. The comparatively<br />
low cost of water supply and waste water management, coupled with an inflexible marketplace, has led to it being a<br />
little understood, little noticed line on many organizations’ P&L. However that is all about to change. In April 2017, just<br />
like the trans<strong>for</strong>mation of the gas and electricity markets previously, water supply in England is set to become a competitive retail<br />
market as opposed to the current monopolistic approach. The move will create the largest retail water market in the world with 1.2<br />
million customers and a total market value of USD2.98 billion. Most organizations will not have had to worry about water be<strong>for</strong>e<br />
because until now, there’s never been a choice as to how they manage water supply across their property estate. So how can<br />
non-household operations in England make the most of the open market opportunity? We asked independent water consultancy<br />
Waterscan to bring us up to speed fast with a quick guide to what’s happening and how to benefit.<br />
A Quick Guide to the English<br />
Open Market<br />
1. What is changing?<br />
Water supply is currently dictated by an<br />
organization’s location, with very few<br />
opportunities <strong>for</strong> customers to switch<br />
suppliers or negotiate pricing; but, in<br />
April 2017, it will become a competitive<br />
retail market. This will give commercial<br />
and non-residential customers the<br />
option to switch to the supplier who will<br />
give them the best price and service<br />
level regardless of where they operate<br />
in England. The market will be split<br />
into wholesale businesses (focused on<br />
water treatment and supply) and retail<br />
businesses (responsible <strong>for</strong> front end<br />
consumer services and billing).<br />
2. Why is the market opening up?<br />
The regulator of the water sector<br />
in England and Wales, Ofwat, cites<br />
climate change leading to<br />
more droughts and floods,<br />
advancing environmental<br />
standards and a fast growing<br />
population as key drivers <strong>for</strong><br />
this initiative. Additionally,<br />
many of England’s water<br />
companies have a notoriously<br />
bad customer service record and billing<br />
per<strong>for</strong>mance. There have been frequent<br />
stories of overcharging, issues with<br />
billing accuracy and poor data/meter<br />
management.<br />
3. What will happen to prices?<br />
The current prediction is that prices will<br />
reduce: a small margin will be available<br />
to retailers, a proportion of which will<br />
be passed through to customers.<br />
There should also be a benefit in terms<br />
of the hidden cost of administration<br />
“… many of England’s water<br />
companies have a notoriously bad<br />
customer service record and billing<br />
per<strong>for</strong>mance”<br />
time. For multi-site organizations who<br />
may be dealing with over 25 separate<br />
water companies, switching to a single<br />
supplier should consolidate billing,<br />
saving administration time and ef<strong>for</strong>t.<br />
4. Will customers profit or will it be<br />
the water companies who will see a<br />
bottom-line benefit?<br />
The idea behind retail competition is to<br />
focus on the customer. To fully benefit<br />
Grey water illustration<br />
however, customers will need high<br />
quality data <strong>for</strong> use in procurement<br />
negotiations. Of course, saving<br />
money is an important consideration<br />
but there are significant<br />
environmental benefits expected<br />
too. As businesses and other<br />
organizations act more responsibly,<br />
and consumer knowledge around<br />
water increases, water management<br />
could become an important factor in<br />
sustainability strategies.<br />
5. What do organizations have to<br />
do in the short term?<br />
It’s not a legal requirement to act -<br />
but it could be a costly mistake if they<br />
don’t. Taking no action is likely to mean<br />
being put on ‘default tariffs’ by existing<br />
suppliers, which, as experience has<br />
shown in the gas and electricity sector,<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
تقارير البلدان واملناطق<br />
اململكة املتحدة<br />
41<br />
Urban scape<br />
is usually more expensive. Waterscan<br />
advises conducting a review of existing<br />
water bills to ensure current charging<br />
is correct. If not, rectify it first be<strong>for</strong>e<br />
switching supplier. This will ensure any<br />
retrospective issues are resolved with<br />
refunds/rebates maximized with the<br />
existing supplier. Then, they should<br />
get a good understanding of<br />
the current operational water<br />
footprint: how much water is<br />
used, where and when? This<br />
is likely to highlight several<br />
water saving initiatives like<br />
water re-use. Automated Meter<br />
Reading (AMR) meters are a sensible<br />
solution <strong>for</strong> ongoing proactive water<br />
management too.<br />
6. And in the longer term?<br />
In an economic landscape where more<br />
attention is often given to short term<br />
cost reduction as opposed to driving<br />
long term strategic value, effective water<br />
management is actually an area that<br />
could provide both: a quick win and<br />
good returns over the longer term. Saving<br />
money is important but, with the increasing<br />
need to treat water consumption with<br />
care, saving water is equally important.<br />
Taking a proactive approach to water<br />
management will help organizations<br />
towards meeting sustainability targets<br />
“Impressive savings have been seen by<br />
thinking holistically about water use”<br />
and pay dividends in the mid-long term.<br />
An outsourced strategic procurement<br />
service, real-time consumption metering<br />
and data analytics, the deployment<br />
of the next generation water re-use<br />
technologies can all play an important<br />
role in getting organizations ‘water fit’ in<br />
the new market. Impressive savings have<br />
been seen by thinking holistically about<br />
water use, installing greywater recycling<br />
and rainwater harvesting systems into<br />
new buildings <strong>for</strong> example.<br />
Case Study: Best Practice<br />
Procurement – Tesco<br />
In preparation <strong>for</strong> English market<br />
opening, retailer Tesco commissioned<br />
Waterscan to look at how it could<br />
optimize current supply agreements<br />
in Scotland, where retail competition<br />
already exists. Utilizing Waterscan’s wellstructured<br />
Water Supply Procurement<br />
service and overlaying this with the<br />
consulting team’s unrivalled insight into<br />
water charging systems enabled Tesco<br />
to make an in<strong>for</strong>med decision about their<br />
water retailer and save USD932,625 on<br />
its water costs. This achievement has<br />
now set a benchmark <strong>for</strong> best practice<br />
ahead of the English market opening.<br />
Case Study: Working Holistically –<br />
Premier Inn<br />
Waterscan installed an innovative<br />
greywater recycling system <strong>for</strong> the leading<br />
hotel chain Premier Inn at Abu Dhabi<br />
International Airport as part of the airport’s<br />
multi-billion dollar redevelopment and<br />
expansion. The system takes<br />
water used <strong>for</strong> showering and<br />
bathing across the hotel’s 300<br />
rooms and treats it through an<br />
ultra-filtration membrane be<strong>for</strong>e<br />
feeding it back into the hotel<br />
<strong>for</strong> use in flushing toilets and <strong>for</strong><br />
irrigation. The initiative is vastly reducing<br />
mains water consumption, already saving<br />
an average of 735,000 liters (24 percent)<br />
of mains water each month – that’s 60<br />
liters per guest. Over the course of a year,<br />
this is the equivalent of 110,000 baths.<br />
100 percent of toilet flushing at the hotel<br />
now uses recycled water.<br />
Waterscan<br />
Web: www.waterscan.com<br />
من المتوقع أن تصبح إمدادات المياه في إنجلترا في شهر نيسان / أبريل 2017 تنافسية في سوق التجزئة مقارنة مع النهج االحتكاري الحالي، تماماً مثل<br />
التحول الذي حدث في أسواق الغاز والكهرباء سابقًا. ومن شأن هذه الخطوة أن تخلق أكبر سوق تجزئة للمياه في العالم، إذ تملك 1.2 مليون عميل وتبلغ<br />
إجمالي قيمة السوق فيها 2.98 مليار دوالر أمريكي. ولم تثر مسألة المياه قلق معظم الشركات حتى اآلن بفضل كيفية إدارتها إلمدادات المياه في ممتلكاتهم<br />
العقارية. فكيف يمكن لهذه العمليات في المنشآت غير السكنية في انجلترا االستفادة من فرص السوق المفتوحة؟ لذا لجأنا إلى شركة ووترسكان<br />
،)Waterscan( وهي شركة مستقلة لالستشارات في مجال المياه لتفسير ماذا يحدث، وكيف يمكن االستفادة من هذه المسألة. وتشير الجهة الرقابية في<br />
قطاع المياه في إنجلترا وويلز، هيئة تنظيم خدمات المياه في انجلترا، إلى أنَّ عوامل مثل التغير المناخي الذي يتسبَّب بالمزيد من الجفاف والفيضانات،<br />
والنهوض بالمعايير البيئية، والزيادة السريعة في عدد السكان، هي عوامل رئيسة محركة لمبادرة إنفتاح األسوق. باإلضافة إلى ذلك، فإن العديد من شركات<br />
المياه في انجلترا لها تاريخً ا سيئًا في مجال خدمة العمالء وإعداد الفواتير.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
42 COUNTRY/REGIONAL REPORTS<br />
UNITED KINGDOM<br />
British Water Partners <strong>High</strong>ways England to<br />
Tackle Drainage<br />
Innovative approaches to the design,<br />
building and maintenance of drainage<br />
systems were the focus of an event<br />
bringing together water industry experts<br />
and professionals responsible <strong>for</strong><br />
England’s motorways and trunk roads.<br />
The Innovation Exchange, which took<br />
place in Birmingham on 8 February, has<br />
been organized by trade association<br />
British Water in collaboration with<br />
Government-owned company <strong>High</strong>ways<br />
England. Prefabricated manholes,<br />
attenuation solutions, pipe materials<br />
and innovative methods of treating<br />
environmental pollution were among<br />
the technology being presented. As<br />
well as looking at ways to improve<br />
drainage and prevent flooding <strong>High</strong>ways<br />
England is currently investigating new<br />
methods of building, particularly off-site<br />
manufacture of components such as<br />
manholes, attenuation solutions and<br />
catchpits. The organization also has an<br />
interest in pipe technology and water<br />
quality and is investigating innovative<br />
ways to treat highways run-off. Santi<br />
Santhalingam - Lead Drainage Specialist<br />
of <strong>High</strong>ways England’s Environment<br />
Group, explained that an internal exercise<br />
had been undertaken to identify the<br />
surface water drainage themes which<br />
<strong>High</strong>ways drainage systems<br />
would likely deliver the greatest benefit <strong>for</strong><br />
introduction through the planned regional<br />
improvements. Marta Perez, Technical<br />
Director <strong>for</strong> British Water said: “There are<br />
a lot of exciting new technologies around<br />
when it comes to drainage systems. British<br />
Water members have a great range of<br />
expertise when it comes to new materials,<br />
construction methods and design.”<br />
Fluid Dynamics’ Water Conditioners Inhabit Scaling<br />
in Water Systems<br />
UK based Fluid Dynamics has been<br />
manufacturing water conditioners<br />
<strong>for</strong> almost 45 years. Starting from a<br />
time when “experts” said that it was<br />
scientifically impossible <strong>for</strong> them to work<br />
Fluid Dynamics technology has now<br />
been independently tested and proven<br />
effective by the US Governments own<br />
Elk Ridge Testing Laboratories. The<br />
benefits of the Fluid Dynamics range<br />
18 MagCAT plus water conditioning unit<br />
of water conditioners is they consume<br />
nothing, they use no external electricity,<br />
they have no moving parts and need<br />
no maintenance. In the UK dozens<br />
of major housing developments fit<br />
Fluid Dynamics MagCAT at the point<br />
of water entry into their buildings<br />
to inhabit scaling in the hot water<br />
systems. Leading supermarkets, such<br />
as Marks and Spencer’s, Waitrose<br />
and John Lewis incorporate the Fluid<br />
Dynamics Scaletron in their new stores<br />
and are now retrofitting to old ones.<br />
The Fluid Dynamics Limetron scale<br />
prevention system <strong>for</strong> private houses<br />
is now distributed through more than<br />
100 independent plumbing stores<br />
throughout the UK. Users include the<br />
Crown Estates by Windsor Castle.<br />
In the Middle East as well, Fluid<br />
Dynamics is achieving success. The<br />
Louvre Museum in Abu Dhabi is just<br />
one of the buildings protected by Fluid<br />
Dynamics MagCAT. In Addis Ababa the<br />
irrigation system <strong>for</strong> the new National<br />
stadium will be protected by Agratron.<br />
The Agratron not only prevents<br />
irrigation nozzles blocking up but also<br />
reduces the <strong>for</strong>mation of hard blocking<br />
calcium scale around the roots of a<br />
plant enabling easier uptake of water<br />
and fertilizer.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
تقارير البلدان واملناطق<br />
اململكة املتحدة<br />
43<br />
Dosing Pumps Enables Maintaining<br />
Phosphorus Limits<br />
To help overcome the repeated<br />
blockage of diaphragm pumps when<br />
dosing ferric sulphate at wastewater<br />
treatment plants, a number of Welsh<br />
Water sites now feature Qdos 30<br />
peristaltic pumps from Watson-Marlow<br />
Fluid Technology Group (WMFTG).<br />
The investment is expected to achieve<br />
a quick return thanks to significant<br />
savings in maintenance associated<br />
with stripping down and cleaning the<br />
diaphragm pumps. Moreover, the Qdos<br />
pumps are helping Welsh Water meet<br />
increasingly strict phosphorus limits.<br />
With ever-tightening Water Framework<br />
Directive (WFD) standards, phosphorus<br />
limits are under close scrutiny. WFD<br />
Directive 2000/60/EC demands that<br />
rivers, lakes, coastal waters and<br />
groundwater be in a “good ecological<br />
and chemical condition” by 2027.<br />
Excessive nutrients such as phosphorus<br />
in the watercourse work against this<br />
aim as they lead to excessive algal<br />
growth and eutrophication (a <strong>for</strong>m of<br />
water pollution). To reduce the ingress<br />
of phosphorus through municipal<br />
wastewater treatment plants, chemical<br />
coagulation is required. The addition<br />
of a coagulant such as ferric sulphate<br />
converts the phosphate solution into<br />
insoluble phosphate compounds which<br />
can then be isolated. The continuous<br />
dosing of ferric sulphate at water<br />
treatment works requires the application<br />
of reliable, high per<strong>for</strong>mance pumps.<br />
For Welsh Water, the traditional pump<br />
type of choice has been based on<br />
diaphragm technology. However, this<br />
has had its issues. “Our diaphragm<br />
pumps were blocking on a repetitive<br />
basis,” explains Ronnie Swain, Process<br />
Technician at Welsh Water. “Almost<br />
every time I visited one of our sites there<br />
would be problems with the diaphragm<br />
pumps. We would start off by turning<br />
them up to achieve the same flow, but<br />
eventually we’d have little option but<br />
to get our maintenance team involved<br />
to open up the pumps and remove<br />
the blockage. However, this obviously<br />
involves time and cost, and it was<br />
happening year-round. Diaphragm<br />
pumps have a lot of components,<br />
Qdos 30 peristaltic pumps<br />
such as non-return valves and springs,<br />
which can clog. We had to carry a<br />
whole array of replacement parts in<br />
stock. It was clearly time to look <strong>for</strong><br />
another solution.” Having witnessed the<br />
benefits of peristaltic pump technology<br />
first hand when a Qdos model was<br />
recently installed at Welsh Water’s Eign<br />
plant in Here<strong>for</strong>d <strong>for</strong> the back-end<br />
dosing of polyaluminium chloride at 12<br />
l/h, the company thought this might<br />
also be a good solution <strong>for</strong> front-end<br />
ferric sulphate dosing. “The difference<br />
compared with the diaphragm pump<br />
was noticeable from the beginning,”<br />
says Mr Swain. “Since installing the<br />
Qdos pump, we have not had any more<br />
problems with blockages.”<br />
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عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
44 COUNTRY/REGIONAL REPORTS<br />
UNITED KINGDOM<br />
MMB Integrates ProjectWise with OpenPlant PID<br />
Having been involved in over 500<br />
water industry and design construction<br />
projects, Mott MacDonald Bentley<br />
(MMB) recognized the need <strong>for</strong><br />
a step change in its in<strong>for</strong>mation<br />
management to sustain corporate<br />
growth and meet and exceed client<br />
expectations. MMB focused its ef<strong>for</strong>ts<br />
on creating a digital component<br />
catalogue (DCC), understanding the<br />
needs of stakeholders working in<br />
a common data environment, and<br />
streamlining process engineering. To<br />
facilitate this approach, MMB needed<br />
to successfully integrate ProjectWise<br />
with OpenPlant PID. Using ProjectWise<br />
as the cornerstone of its in<strong>for</strong>mation<br />
management strategy, MMB created a<br />
water-specific digital library containing<br />
over 4,000 high-quality, reusable BIM<br />
objects accessible to all users through<br />
a single location, the DCC. Capitalizing<br />
on Mott MacDonald’s common<br />
data environment, MMB adopted<br />
a standardized approach using<br />
ProjectWise to establish a “Common<br />
Way of Working” that allowed the rapid<br />
deployment of pre-defined templates<br />
to projects around the globe. MMB<br />
used Bentley’s interoperable OpenPlant<br />
PID to facilitate a seamless flow of<br />
in<strong>for</strong>mation from design through<br />
commissioning that could be integrated<br />
with the common data environment,<br />
providing a single source <strong>for</strong> asset<br />
data. Integrating ProjectWise with<br />
OpenPlant PID introduced rigor into the<br />
management of BIM project in<strong>for</strong>mation<br />
to improve the flow of in<strong>for</strong>mation<br />
throughout all stages of the projects.<br />
The centralized and standardized<br />
approach to content using the DCC<br />
optimized consistency and efficiency<br />
in BIM deliverables, while working in a<br />
common data environment significantly<br />
reduced project start-up time. Bentley<br />
solutions saved MMB GBP 20,000 in<br />
design changes on a recent reservoir<br />
project <strong>for</strong> Yorkshire Water. The<br />
interoperability of OpenPlant PID<br />
facilitated accurate, open asset data<br />
exchange with clients, reducing errors<br />
and costly rework. The availability<br />
of intelligent components from the<br />
DCC through well-structured data in<br />
ProjectWise, coupled with working in<br />
Asset data liberated and accessible onsite<br />
a common data environment, enables<br />
quick accommodation of design<br />
changes, reducing errors and onsite<br />
costs. Using OpenPlant PID facilitated<br />
cross-pollination of P&ID datasets with<br />
third-party 3D software by establishing<br />
a simple interface, liberating historically<br />
buried data and ensuring data<br />
consistency. The interoperability of<br />
ProjectWise and OpenPlant PID<br />
supports users of different software<br />
plat<strong>for</strong>ms and provided MMB a single<br />
source of data <strong>for</strong> developing the<br />
digital content system and optimizing<br />
in<strong>for</strong>mation management. The<br />
adoption of a BIM methodology also<br />
greatly contributed to the consult’s<br />
ability to grow double in size in a just<br />
over two years.<br />
Hibernia Wins Thames Water Services Award<br />
Hibernia announced the successful<br />
signing of a major services supply<br />
Hibernia Inspection<br />
contract with Thames Water<br />
Utilities Ltd. in London, that includes<br />
supply to two of the largest waste<br />
water treatment sites in Europe. The<br />
services framework awarded covers<br />
an amazing 15 number of Thames<br />
Water Utilities NE London sites, with<br />
locations ranging from near Stansted<br />
Airport right down to South of the River<br />
Thames. The contract signed covers a<br />
3 - 8-year period i.e. up to year 2024.<br />
Richard Berney - the MD of Hibernia<br />
said: “We are thrilled about this award.<br />
Hibernia has provided Odor Control<br />
plant & services to all the UK (and<br />
Irish) Waste Water Authorities over the<br />
past 20+ years, but Thames Water<br />
has always been our best customer.<br />
Already we are seeing the range of<br />
services we provide at many of the<br />
awarded sites grow into additional<br />
training & refurbishment projects.”<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
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Departments<br />
Corporate Happenings<br />
47<br />
47<br />
48<br />
48<br />
49<br />
49<br />
BJWSA Receives Partnership <strong>for</strong> Safe Water Award<br />
EKKI Integrates Deccan Pumps Pvt Ltd.<br />
Siemens Contributes USD1.23 Billion to UAE Economy<br />
Integrated Fluid Technology <strong>for</strong> <strong>High</strong>-Precision Hydraulics<br />
E-News<br />
ASPCL’s Mobile Application & E-Payment Website<br />
Register 1,000 Users<br />
Evoqua’s IP-Pro CEDI Water Purification Software Goes Online<br />
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Products & Services<br />
Arison Strives to Meet all Customers Needs<br />
Grindex Exhibits at Conexpo-Con/AGG in Las Vegas<br />
Lubi Pumps Provides <strong>High</strong> Quality Pumping Solutions<br />
KSB Presents New Variable Speed System<br />
Free Chlorine Analyzer Provides Accurate Monitoring<br />
New Hybrid Proseries-M ® MD-3 Metering Pump<br />
Perkins ® 4000 Series Prime: The Power of Evolution<br />
Emerson Launches HART ® Vibrating Fork Level Detector<br />
55<br />
55<br />
56<br />
56<br />
Projects & Developments<br />
GE Provides Monitoring Solutions to STOMO<br />
Perfect Circles with the TTR Circular Formwork<br />
Meinhardt Singapore & SEWA Ink MoU <strong>for</strong> Water Management<br />
Veolia Contributes to Drinking Water Access in Sri Lanka<br />
Events<br />
57<br />
57<br />
Events Preview<br />
Jordan to Host Major Energy Summit<br />
SODEX Will Bring Together the HVAC-R Industry in Izmir
أقسام<br />
أخبار الرشكات<br />
47<br />
BJWSA Receives Partnership <strong>for</strong> Safe Water Award<br />
Beau<strong>for</strong>t-Jasper Water & Sewer<br />
Authority’s (BJWSA) Purrysburg<br />
Water Treatment Plant has received<br />
the prestigious Presidents Award<br />
from the Partnership <strong>for</strong> Safe Water.<br />
The Partnership is a drinking water<br />
optimization program sponsored by<br />
American Water Works Association<br />
(AWWA), the U. S. Environmental<br />
Protection Agency (EPA) and other<br />
water organizations, to recognize water<br />
suppliers that continuously provide<br />
drinking water quality that surpasses<br />
regulatory requirements through<br />
treatment plant and distribution<br />
system optimization. The Partnership’s<br />
Presidents Award <strong>for</strong> Water Treatment<br />
recognizes plants that meet the<br />
program’s highly stringent optimization<br />
goals <strong>for</strong> individual filter effluent<br />
turbidity. BJWSA has participated<br />
in the Partnership’s Treatment Plant<br />
Optimization program since 1998,<br />
and has been a Charter subscriber of<br />
the Distribution System Optimization<br />
program since 2011. BJWSA received<br />
the Partnership’s Ten Year Directors<br />
Award <strong>for</strong> the Chelsea Water Treatment<br />
Plant in 2014. In 2017, the Purrysburg<br />
Water Treatment Plant is celebrating<br />
both the Presidents Award and the 10-<br />
year Directors Award. Purrysburg is<br />
the third water treatment plant in South<br />
Carolina to receive the Presidents<br />
Award. The Partnership <strong>for</strong> Safe Water<br />
is a self-assessment program <strong>for</strong><br />
water treatment plant and distribution<br />
system optimization. More than 250<br />
utility subscribers, collectively serving<br />
EKKI Integrates Deccan Pumps Pvt Ltd.<br />
more than 100 million people, commit<br />
to the Partnership’s goals of providing<br />
safe, high-quality drinking water by<br />
achieving operational excellence<br />
in water treatment or distribution.<br />
Partnership utility subscribers<br />
participate in a rigorous selfassessment<br />
and peer review process,<br />
developed by industry experts,<br />
and achieve recognition <strong>for</strong> their<br />
commitment to the delivery of safe<br />
water <strong>for</strong> their community. BJWSA<br />
treats an average of 20 million gallons<br />
of water <strong>for</strong> consumption and 9 million<br />
gallons of wastewater each day.<br />
Coimbatore, India-based pumps and<br />
systems manufacturer EKKI Group’s<br />
shareholders have completed the<br />
acquisition and integration of Deccan<br />
Pumps Private Ltd, a leading<br />
provider of sump submersibles,<br />
monoblocs and surface pumps. Earlier,<br />
in 2013 Deccan Group’s co-founder<br />
Arumugam.P successfully completed<br />
its spin off and acquired Deccan<br />
Industries assets and facilities through<br />
Deccan Pumps Private Limited. The<br />
ownership of the “Deccan” Trademark<br />
and Brand was also split between<br />
the two family’s whilst spin off. Post<br />
the recent integrated structure, EKKI<br />
Group is 100 percent owned the<br />
Arumugam’s and has two companies,<br />
EKKI Pumps and Deccan Pumps<br />
Pvt Ltd, with two product brands<br />
EKKI and Deccan. Post Integration,<br />
the EKKI Group is now a major<br />
producer of borehole submersibles,<br />
sump submersibles, monoblocs and<br />
surface pumps with more than 2500<br />
models and pumps up to 120 HP.<br />
The group will continue to be headed<br />
by its founder and chief executive<br />
Arumugam.P who has been at the<br />
helm of affairs since 1981. The group’s<br />
special projects will be headed by<br />
Kanishka Arumugam. The company<br />
will use “EKKI” as the master brand to<br />
sell pumps and systems internationally<br />
and also within India. In addition, will<br />
leverage its Deccan product brand in<br />
Arumugam.P & Kanishka Arumugam<br />
the Indian sump submersible market.<br />
“The acquisition of Deccan’s assets<br />
and the recent integrated structure<br />
represents a significant milestone in<br />
the continued growth of our business.<br />
We look <strong>for</strong>ward to unlocking<br />
powerful new opportunities to serve<br />
our customers through expanded<br />
operational, sales and service<br />
plat<strong>for</strong>ms,” said Arumugam.P, chief<br />
executive of the EKKI Group.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
48 DEPARTMENTS<br />
CORPORATE HAPPENINGS<br />
Siemens Contributes USD1.23 Billion<br />
to UAE Economy<br />
After almost four decades of operating<br />
in the UAE, Siemens has quantified<br />
its contribution to society through<br />
its operations in a report titled ‘In<br />
the UAE, <strong>for</strong> the UAE – Making real<br />
what matters.’ The findings illustrate<br />
the company’s commitment to the<br />
country in line with the UAE’s vision<br />
<strong>for</strong> a diversified, sustainable future.<br />
Through its operations across different<br />
sectors, Siemens contributed USD1.23<br />
billion in direct and indirect gross<br />
value added to the economy during<br />
fiscal 2015. Out of that, 90 percent<br />
was in non-oil sectors, reflecting its<br />
support <strong>for</strong> the country’s strategy<br />
of economic diversification away<br />
from hydrocarbons. When it comes<br />
to job creation, Siemens directly<br />
employs 2,600 highly-skilled workers<br />
of more than 80 nationalities and<br />
enables 15,600 jobs in the UAE. In<br />
infrastructure, Siemens’ technology<br />
provides 40 percent of the UAE’s<br />
power generation capacity, supplying<br />
electricity to 3.6 million residents.<br />
It further enables the delivery of 75<br />
percent of the country’s daily water<br />
supply. Digitalization is one of the<br />
company’s key pillars, alongside<br />
electrification and automation, and<br />
is implemented across its portfolio.<br />
The company uses innovative digital<br />
technology to merge the physical<br />
and virtual worlds, harnessing data<br />
to create value <strong>for</strong> customers. For<br />
example, Siemens’ customers use over<br />
2 million data points and 600,000 field<br />
devices to collect around 1 Terabyte of<br />
data annually and analyze it to create<br />
energy-efficient, safe and secure<br />
buildings and infrastructure <strong>for</strong> the<br />
population. “As the UAE approaches<br />
its 50th anniversary, we recognized<br />
Integrated Fluid Technology <strong>for</strong><br />
<strong>High</strong>-Precision Hydraulics<br />
Dietmar Siersdorfer, CEO of<br />
Siemens in the Middle East and UAE<br />
that only by carefully considering what<br />
is important to the government and<br />
the people of the UAE could we really<br />
evaluate our success as a company,”<br />
said Dietmar Siersdorfer, CEO of<br />
Siemens in the Middle East and UAE.<br />
“By bringing energy efficient, resourcesaving<br />
technology to all our projects,<br />
our contribution to the UAE’s dynamic<br />
and visionary journey continues.”<br />
During the Hannover Messe, VOSS<br />
Fluid is exhibiting its extensive<br />
spectrum of ready-to-install hydraulic<br />
lines and leak-proof connection<br />
technology in Hall 21, Booth F37. The<br />
system supplier provides its customers<br />
everything from one, single source<br />
ranging from products and advice<br />
through services. On top of that, the<br />
fluid specialist is also putting the focus<br />
on several newly developed solutions<br />
Voss Fluid’s measuring couplings<br />
such as the VOSSLok40. The highgrade<br />
tube <strong>for</strong>ming system is an<br />
economic alternative to clamping ring<br />
systems. There are also additional new<br />
exhibition items including a range of<br />
measuring couplings with an innovative<br />
design, hose couplings with overassembly<br />
protection and a <strong>for</strong>ming<br />
machine <strong>for</strong> 90° connection systems.<br />
“Integrated Industry – Creating Value”<br />
is the guiding theme <strong>for</strong> this year’s<br />
Hannover Messe. But the networked<br />
high-tech applications of the future<br />
only become fully effective when all<br />
system-relevant components function<br />
reliably. That applies especially to<br />
hydraulics. During the Hannover<br />
Messe, VOSS Fluid is demonstrating<br />
how industrial companies face the<br />
growing requirements placed on the<br />
hydraulic circuits of the future. The<br />
diversified product range covers<br />
customized tube geometries, a<br />
comprehensive assortment of tube and<br />
hose connections, hose couplings,<br />
flange couplings as well as preassembly<br />
devices, hydraulic valves, measuring<br />
couplings and additional useful<br />
accessories. All metal components from<br />
VOSS Fluid come standard with VOSS<br />
coat, our independently developed<br />
zinc-nickel coating. That makes them<br />
especially corrosion resistant and tough.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
أقسام<br />
أخبار إلكرتونية<br />
49<br />
ASPCL’s Mobile Application & E-Payment Website<br />
Register 1,000 Users<br />
Reiterating their commitment towards<br />
providing seamless consumer experiences<br />
ranging from state-of-art pipeline and<br />
water treatment solutions to facilitating<br />
remote interactions with its customers,<br />
Ajman Sewerage Private Company<br />
Limited (ASPCL) announced strong<br />
growth in user-base <strong>for</strong> its brand new<br />
Mobile Application and E-Payment website<br />
that was launched mid-October last year.<br />
This free application has been made<br />
available on every connected computer<br />
or iOS/Android smartphone, and allows<br />
Ajman Sewerage’s customers to make<br />
their transactions remotely. The tools have<br />
been designed to view and pay invoices<br />
instantly and have also proved helpful with<br />
ancillary services ranging from submitting<br />
and tracking requests, reporting issues<br />
like water leakages, to being in<strong>for</strong>med<br />
about the company’s latest news. These<br />
tools have mapped an encouraging<br />
consumer profile with tech-savvy users<br />
who value convenience, time and prefer<br />
gaining multiple benefits that have been<br />
made available at a click. These tools are<br />
devoid of any <strong>for</strong>ced social logins, intrusive<br />
ads, privacy concerns and complex<br />
registrations. The authentication and<br />
process is application specific and never<br />
asks the user <strong>for</strong> any social or third party<br />
logins. <strong>At</strong> the time of registration, the Ajman<br />
Evoqua’s IP-Pro CEDI Water Purification<br />
Software Goes Online<br />
Evoqua’s Ionpure continuous<br />
electrodeionization (CEDI) technology<br />
has launched a new predictive<br />
software tool – IP-Pro Online – to<br />
assist system designers with module<br />
type and quantity selection, while<br />
estimating per<strong>for</strong>mance, power<br />
consumption and associated<br />
parameters. In switching IP-Pro to<br />
an online plat<strong>for</strong>m, Evoqua Water<br />
Technologies also took the opportunity<br />
to simplify the software design to offer<br />
improved user experience. The initial<br />
download and install procedure used<br />
by earlier, desktop-based versions<br />
is no longer needed and periodic<br />
software update downloads are<br />
consigned to the past. “We asked<br />
what system builders and designers<br />
wanted to see in a new edition of IP-<br />
Pro and we are proud of the result”,<br />
adds Nick Armstrong, Evoqua’s<br />
Global Product Manager <strong>for</strong> Ionpure<br />
CEDI: “Whether it’s via a PC, Mac,<br />
tablet, iPhone, or an Android mobile<br />
device, users have 24-hour, password<br />
protected access to create, save,<br />
share and even export their own<br />
Ajman Sewerage’s Mobile Application<br />
Sewerage app only requires basic user<br />
details like Ajman Sewerage’s Account<br />
ID and the user’s email. It also supports<br />
users to log in as a guest. Confirming<br />
data privacy and login security, all details<br />
shared by the users are protected and<br />
used solely <strong>for</strong> the application purpose.<br />
The company confirmed that such<br />
details are never shared publicly <strong>for</strong> any<br />
third party purposes.<br />
design projects from our secure<br />
servers.” New program features<br />
include simple input of cations and<br />
anions, using a module feed water<br />
screen that can quickly and accurately<br />
switch between ionic parts per million<br />
(ppm) and calcium carbonate (CaCO 3<br />
)<br />
ppm. The software also has a new<br />
Power Calculator that now estimates<br />
start-up current and voltage in addition<br />
to CEDI power consumption. A ‘Saved<br />
Project’ function allows users to open<br />
and share projections with others and<br />
an ‘Add Comments’ facility enables<br />
labeling and specific in<strong>for</strong>mation to<br />
be added, as required. Individual<br />
projects can be saved to a PDF <strong>for</strong><br />
printing, or exported to Microsoft Word<br />
and Excel files. The Ionpure brand is<br />
synonymous with sustainable, post-RO<br />
electrochemical solutions <strong>for</strong> industrial,<br />
power generation, pharmaceutical,<br />
high purity, and reject water recovery.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
50 DEPARTMENTS<br />
PRODUCTS & SERVICES<br />
Arison Strives to Meet all Customers Needs<br />
Arison s.a.r.l has been <strong>for</strong> the past 50<br />
years one of the well-known specialists<br />
in water and power fields in Lebanese<br />
market (seven locations: one head<br />
office, five showrooms with warehouses,<br />
centralized center <strong>for</strong> maintenance,<br />
production and manufacturing) to<br />
expand and reach Syria and U.A.E.<br />
and recently our new branch in Erbil,<br />
Kurdistan region, IRAQ. Arison has<br />
succeeded, and will continue to do so,<br />
because it maintains close contact with<br />
its customers. The company knows the<br />
products of its customers, their needs<br />
and the local trends of the markets in<br />
which they operate. Arison is its partner<br />
of choice because it understands their<br />
business. Even the best products and<br />
supplies do not sell themselves. The<br />
products Arison sells are marketed<br />
sales professionals, supported by highly<br />
qualified engineers and application<br />
specialists. The company’s sales teams<br />
meet regularly with its manufacturers<br />
Grindex Exhibits at Conexpo-Con/AGG<br />
in Las Vegas<br />
Grindex, a world leader in electrical<br />
submersible pumps, is now exhibiting<br />
at Conexpo, exhibiting the latest<br />
product releases from Grindex and<br />
the innovative digital tool based on<br />
Augmented Reality. The tool equips<br />
users with X-ray vision of the products<br />
and with state-of-the-art tools like this,<br />
Grindex reaffirms its leading market<br />
position within submersible drainage<br />
so that they know what the customers<br />
need to know about the equipment<br />
it is selling. To become the partner of<br />
choice <strong>for</strong> its customers. Arison’s goal<br />
is to become our customers’ partner<br />
of choice. To this end it works with the<br />
leading manufacturers in the industry to<br />
provide comprehensive and tailor-made<br />
pumps and pumping accessories. The<br />
Augmented reality app was launch<br />
during Bauma, in 2016 and gave the<br />
customers a total new experience in<br />
looking at Grindex product features<br />
and innovations. With this new app<br />
all Grindex valued distributors and<br />
resellers will have a unified base<br />
<strong>for</strong> presenting Grindex products.<br />
“Grindex is giving all partners the<br />
Arison’s power system<br />
system solutions. One of the challenges<br />
the customers face is the need to<br />
keep pace with constantly changing<br />
technology. Arison s.a.r.l. staff monitors<br />
world trends, to the extent that they<br />
frequently anticipate changes and take<br />
initiative, so that their clients stay one<br />
step ahead.<br />
same technical in<strong>for</strong>mation and we<br />
believe this will be of magnificent use<br />
in in<strong>for</strong>ming end users and service<br />
personnel worldwide, and together<br />
with sustainability work as a day-to<br />
day priority we see that this digital tool<br />
makes less impact than a physical<br />
cut-away pump that has to be shipped<br />
around the world,” says Andreas<br />
Malmport, Managing Director <strong>for</strong><br />
Grindex. Furthermore, Grindex will<br />
demonstrate at the exhibition, the<br />
new Milli pump, which enables low<br />
suction down to only a few millimeters.<br />
Grindex Milli, a low-suction version<br />
built on the well-established and<br />
proven drainage pump Micro. The<br />
Micro and Milli share all the main<br />
components and functions <strong>for</strong> the<br />
wear parts. Adding a non-return valve<br />
to the hydraulic parts to prevent a<br />
backflow, the Milli can pump down to<br />
a level as low as a few millimeters.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
51 أقسام<br />
منتجات وخدمات<br />
Lubi Pumps Provides <strong>High</strong> Quality Pumping Solutions<br />
Lubi Pumps aims to provide quality<br />
products & services using a systems<br />
approach to quality management,<br />
by understanding the needs of end<br />
customers and continuously delivering<br />
products to meet their needs. Lubi<br />
Industries LLP is committed to<br />
achieve growth and aims <strong>for</strong> a 15<br />
percent annual compounded increase<br />
in sales turnover with superior quality<br />
and timely delivery of product.<br />
The company also intend to cover<br />
80 percent of potential markets<br />
and develop markets in untapped<br />
territories, with a commitment to<br />
green environment movement by<br />
offering and continuously improving<br />
energy efficiency. Lubi Pumps have<br />
become synonymous to quality<br />
pumping solutions, by constantly<br />
providing standard products and<br />
prompt services. The company<br />
provides various water pumping<br />
solutions to more than 80 countries<br />
in 6 continents. For assuring high<br />
quality and error free manufacturing<br />
process of castings at competitive<br />
prices, the company has used the<br />
most advanced In-house Cast Iron<br />
and Bronze foundry technology. Lubi<br />
Pumps also provides certificates of<br />
material test <strong>for</strong> physical and chemical<br />
analysis of metal, and micro-structure<br />
evaluation of castings. Located in<br />
the heart of Gujarat, at Ahmedabad,<br />
Lubi Pumps was established in the<br />
year 1966 with a single cast-iron<br />
foundry and today, has evolved into<br />
a state-of-the-art high technology<br />
150 Million USD group. Over the<br />
years, the company has grown by<br />
leaps and bounds. It has more than<br />
20 branch offices and over 2000<br />
network of distributors & dealers<br />
across India and Internationally -<br />
North, Central and South America,<br />
Lubi’s fire pump<br />
Europe, Middle East, North Africa,<br />
Central Africa and South East Asia.<br />
Lubi Pumps 7 manufacturing facilities<br />
spread across 3,00,000 sq meters<br />
with 2500 dedicated employees,<br />
and manufacturing 7,00,000 pumps<br />
per annum. All its manufacturing<br />
facilities are ISO 9001 certified <strong>for</strong><br />
quality and ISO 14001 certified <strong>for</strong><br />
environment management. A wide<br />
range of products are certified<br />
with CE or UL certificate and has<br />
received 5 Star energy efficiency<br />
rating certified by BEE.<br />
KSB Presents New Variable Speed System<br />
KSB Aktiengesellschaft, Germany<br />
is introducing a new 230 V version of<br />
its motor-mounted PumpDrive Eco<br />
KSB Etaline pump in the new<br />
230 V PumpDrive Eco version<br />
variable speed system. Available <strong>for</strong><br />
motor ratings ranging from 0.12 to 1.1<br />
kW, this new version has been specially<br />
tailored to the requirements of HVAC<br />
applications. PumpDrive Eco features<br />
sensorless differential pressure control<br />
which comes preset <strong>for</strong> use with Etaline<br />
L. All key parameters relating to pump<br />
and motor data are also set at the factory.<br />
This reduces the time required <strong>for</strong> pump<br />
set commissioning. Alongside wireless<br />
Bluetooth modules <strong>for</strong> permanent<br />
installation supplied optionally, Bluetooth<br />
couplers are now also available. These<br />
can be plugged onto the service interface<br />
of PumpDrive Eco from the outside. This<br />
arrangement improves usability by also<br />
allowing communication with systems<br />
that do not have their own BT interface.<br />
The ‘myPumpDrive’ app enables users to<br />
communicate with the system and make<br />
settings via smartphone. The free app<br />
runs on mobile phones with an Apple iOS<br />
or Android operating system, ensures<br />
service friendliness and speeds up pump<br />
commissioning. It also offers an option<br />
<strong>for</strong> managing application-specific data<br />
records. The app’s commissioning wizard<br />
supports the installation of basic functions<br />
such as discharge pressure control or<br />
differential pressure control. Users also<br />
have access to the frequency inverter via<br />
the app and can thus optimize the pump<br />
system to their specific requirements.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
52 DEPARTMENTS<br />
PRODUCTS & SERVICES<br />
Free Chlorine Analyzer Provides Accurate Monitoring<br />
Municipal water engineers and technicians<br />
who want a more economical and simpler<br />
way to ensure the disinfection of water with<br />
chlorine systems will find the FC80 Free<br />
Chlorine Analyzer from Electro-Chemical<br />
Devices eliminates the need <strong>for</strong> expensive<br />
reagents while providing highly accurate<br />
measurement per<strong>for</strong>mance. The plug-nplay<br />
FC80 Free Chlorine Analyzer installs<br />
quickly right out of the box. The FC80’s<br />
advanced panel mount design includes<br />
built-in flow control, which eliminates the<br />
need <strong>for</strong> complicated pressure regulators<br />
and rotometers. Built-in automatic pH<br />
compensation with ECD’s highly intelligent<br />
S80 pH Sensor also eliminates the<br />
need <strong>for</strong> expensive reagents to reduce<br />
maintenance and life-cycle costs. The<br />
dependable FC80 Analyzer monitors<br />
free chlorine in drinking water from<br />
0.05 – 20 ppm chlorine as the standard<br />
range or 0.01 - 5.00 ppm with the low<br />
range sensor. The FC80 is compliant<br />
with EPA method 334.0 <strong>for</strong> measuring<br />
drinking water. It also supports industrial<br />
applications including rinse water, cooling<br />
water or other fresh water sampling. The<br />
FC80’s panel mount design incorporates<br />
a constant head flow control device, a pH<br />
sensor, a chlorine sensor and ECD’s T80<br />
analyzer/transmitter conveniently mounted<br />
on a PVC panel. Connect the sample<br />
and drain lines, connect the power and<br />
outputs and it is ready to use. Calibration<br />
is accomplished by DPD comparison.<br />
ECD’s T80 Analyzer is designed with<br />
an amperometric sensor. This sensor<br />
measures only the only the hypochlorous<br />
acid component of the free chlorine and the<br />
analyzer calculates the balance using either<br />
the measured pH or a user defined fixed<br />
value. The use of the pH sensor provides<br />
accurate compensation <strong>for</strong> samples<br />
between pH 6 and pH 9, thus eliminating<br />
the need <strong>for</strong> expensive sample conditioning<br />
systems to control the pH of the solution.<br />
The free chlorine necessary <strong>for</strong> disinfection<br />
exists in solution as a pH dependent ratio<br />
of hypochlorous acid (~100 percent at<br />
pH 5) and hypochlorite ion (~100 percent<br />
at pH 10). Chlorine has been a popular<br />
disinfectant <strong>for</strong> water treatment to ensure<br />
FC80 Free Chlorine Analyzer<br />
public health. Disease causing organisms<br />
such as Cholera, Hepatitis A, Typhoid Fever<br />
and Dysentery are eliminated with Chlorine,<br />
along with slime bacteria, algae and molds<br />
that can grow in water storage facilities<br />
such as reservoirs and storage tanks.<br />
There have been several other methods<br />
developed to measure chlorine in drinking<br />
water applications. Colorimetric systems,<br />
<strong>for</strong> example, have been popular, but require<br />
the use of reagents that must be replaced<br />
monthly in order to ensure accurate<br />
measurement. With its amperometric<br />
sensor design, the FC80 eliminates<br />
the need <strong>for</strong> expensive reagents and<br />
offers an economical operating cost<br />
<strong>for</strong> municipal water districts that must<br />
manage tight budgets.<br />
New Hybrid Proseries-M ® MD-3 Metering Pump<br />
Proseries-M ® MD-3 Hybrid Diaphragm<br />
Chemical Metering Pump is now<br />
equipped with sonic welded manifolds<br />
<strong>for</strong> added durability and protection<br />
MD-3 Hybrid Diaphragm Chemical Metering Pump<br />
from chemical leaks. The carefully<br />
engineered MD-3 provides precision<br />
chemical metering <strong>for</strong> treatment of<br />
Municipal Water and Wastewater. MD-3<br />
is NSF 61, CE, ETL and NEMA 4X<br />
certified. MD-3 has 2000:1 turndown,<br />
and provides smooth chemical dosing<br />
with no pulsation dampener. With 380<br />
strokes per minute, MD-3 provides<br />
steady flow. Output rates to: 58 GPH<br />
(220 LPH) and pressures to 145 PSI.<br />
Long service life at high pressures with<br />
no pressure regulator needed. MD-3 is<br />
50 percent more energy efficient than<br />
similar units. Units are sold complete<br />
with all necessary components <strong>for</strong> dropin<br />
place installation. MD-3 is equipped<br />
with conveniently built-in controls. PVDF<br />
wetted end fittings allow <strong>for</strong> over 14 inlet<br />
and outlet configurations.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
54 DEPARTMENTS<br />
PRODUCTS & SERVICES<br />
Perkins ® 4000 Series Prime: The Power of Evolution<br />
The steady evolution of the powerful<br />
4000 Series has taken place over a<br />
number of years, thanks to significant<br />
investment from Perkins. Its<br />
development means the engine, often<br />
regarded as a standby source, is also<br />
being seriously considered <strong>for</strong> prime<br />
applications by Original Equipment<br />
Manufacturers (OEMs) and end users.<br />
Tough and durable, the 4000 Series<br />
provides consistent per<strong>for</strong>mance in the<br />
harshest conditions, and has proved<br />
itself to be a constant, reliable power<br />
source <strong>for</strong> prime applications all over<br />
the world. Over the years Perkins has<br />
built more than 50,000 4000 Series<br />
engines <strong>for</strong> some of the world’s biggest<br />
businesses; up to 30 percent of which<br />
are used in prime power installations.<br />
Constant power is critical to people’s<br />
lives and livelihoods. And whether<br />
it’s <strong>for</strong> powering hospitals, telecoms,<br />
data centers or manufacturing plants,<br />
the 4000 Series provides dependable<br />
power 24/7, 365 days a year. The high<br />
per<strong>for</strong>mance range includes diesel and<br />
gas engines, from 6 to 16 cylinders, with<br />
exceptional power-to-weight ratios and<br />
a compact design. The engines are easy<br />
to transport, install and maintain. Simon<br />
Gray, product marketing manager,<br />
says: “For more than 20 years, Perkins<br />
Perkins 4000 Series provides consistent power & per<strong>for</strong>mance<br />
has made major investments in the<br />
design and manufacture of the 4000<br />
Series. “The 4000 Series plat<strong>for</strong>m<br />
was seen very much as a standby<br />
only engine in the market. But over<br />
more than 20 years, Perkins has made<br />
major investments in the design and<br />
manufacture of the 4000 Series.”<br />
Emerson Launches HART ® Vibrating Fork<br />
Level Detector<br />
Emerson Automation Solutions<br />
has launched the Rosemount 2140,<br />
the world’s first wired HART vibrating<br />
<strong>for</strong>k level detector. Offering enhanced<br />
HART ® vibrating <strong>for</strong>k<br />
ease-of-use, smart diagnostics, and<br />
remote proof-testing capability, the<br />
device provides reliable level detection<br />
while helping increase safety and<br />
efficiency of both plant and workers.<br />
The Rosemount 2140 per<strong>for</strong>ms in<br />
applications with high temperatures<br />
and harsh conditions unsuitable<br />
<strong>for</strong> other level monitoring devices.<br />
It is easy to install and maintain<br />
as there are no moving parts. The<br />
device is virtually unaffected by flow,<br />
bubbles, turbulence, foam, vibration,<br />
sediments content, coating, liquid<br />
properties and product variations.<br />
It can be used to monitor not only<br />
liquids but also liquid-to-sand<br />
interface, which enables the buildup<br />
of sand or sludge deposits in a<br />
tank to be detected. Compatible with<br />
the HART 5 and HART 7 hosts, the<br />
Rosemount 2140 enables operators<br />
to continuously monitor electronic<br />
and mechanical health. Frequency<br />
Profiling functionality immediately<br />
detects any build-up, <strong>for</strong>k blockage,<br />
or excessive corrosion, indicating<br />
maintenance may be required and<br />
allowing this to be scheduled during<br />
periods of downtime. In addition,<br />
Power Advisory functionality monitors<br />
voltage and current drawn over the<br />
device’s lifetime with a Process Alert<br />
<strong>for</strong> potential issues that could become<br />
a problem, such as corrosion. An<br />
optional integral LCD display shows<br />
switch output states and diagnostics<br />
so an operator can inspect the device<br />
locally. Also, selectable Media Density<br />
and Media Learn functions help<br />
configure appropriate density settings<br />
to calculate and maintain optimum<br />
and consistent switching points in<br />
fluids of unknown properties so the<br />
device always switches with the<br />
highest degree of reliability.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
أقسام<br />
مشاريع وتطويرات<br />
55<br />
GE Provides Monitoring Solutions to STOMO<br />
GE’s Power Services signed and<br />
executed an agreement with Suez-<br />
Tractebel Operation & Maintenance<br />
Oman LLC (STOMO) <strong>for</strong> stator rewinding<br />
services, high-speed balancing of the<br />
rotor as well as digital solutions <strong>for</strong> a<br />
generator at the Barka II Power and<br />
Desalination Plant. STOMO provides<br />
operations and maintenance (O&M)<br />
services at the strategically important<br />
Barka II facility, owned by SMN Barka<br />
Power Company SAOC, which is<br />
located about 50 kilometers away from<br />
Muscat and can deliver up to 120,000<br />
cubic meters per day of potable water<br />
as well as 678 megawatts (MW) of<br />
electrical power to the Sultanate of<br />
Oman. “GE’s deep understanding of<br />
the industry, technological capabilities<br />
and advanced suite of digital industrial<br />
solutions positioned them as a trusted<br />
partner of choice,” said Jurgen De Vyt,<br />
chief executive officer, SMN Power<br />
Holding Company. “The services were<br />
delivered as per internationally recognized<br />
standards through proactive, on-theground<br />
support by GE’s highly qualified<br />
team of engineers, helping us increase our<br />
competitiveness,” he added. The contract<br />
is a first of its kind <strong>for</strong> GE in the Middle<br />
East, covering services <strong>for</strong> a generator<br />
manufactured by other original equipment<br />
manufacturers (oOEM). It highlights GE’s<br />
expanded capabilities to service oOEM<br />
products following the acquisition of<br />
Alstom’s energy portfolio in November<br />
2015, which helped bring onboard<br />
deep domain expertise in generator<br />
life extension and repairs and digital<br />
services. “We are proud to help STOMO<br />
improve asset use and the reliability of its<br />
operations,” stated Joe Anis, president<br />
and CEO of GE’s Power Services in the<br />
Middle East and Africa. The company is a<br />
key partner in supporting the Sultanate of<br />
Oman’s energy production and has had<br />
an active presence in the country since<br />
1975. It has an office in Muscat and an<br />
Electric Submersible Pumps Field Service<br />
and Repair Center in Nimr.<br />
Perfect Circles with the TTR Circular Formwork<br />
A circular water tank with a capacity<br />
of 3,000 m³ was constructed as part<br />
of the renovation of the fresh water<br />
system in the Algerian Province of<br />
Chlef. Chiali SERVICES Spa, a<br />
100 percent subsidiary of the Chiali<br />
GROUP, that has also been carrying<br />
out public infrastructure construction<br />
projects <strong>for</strong> several years, used<br />
Construction works<br />
<strong>for</strong>mwork systems from PASCHAL<br />
<strong>for</strong> the construction of the concrete<br />
tank. The long-term and cooperative<br />
partnership that has existed since<br />
2008 is characterized by regular<br />
training courses both on site and at<br />
PASCHAL’s headquarters. In this way,<br />
it is ensured that the product upgrades<br />
and optimizations <strong>for</strong> the <strong>for</strong>mwork<br />
and shoring systems are put to the<br />
best possible use in Algeria. Formwork<br />
experts from Steinach accompanied<br />
their Algerian colleagues during the<br />
first <strong>for</strong>mwork processes <strong>for</strong> the fresh<br />
water tank, so that the subsequent<br />
<strong>for</strong>mwork and concreting work could<br />
be coordinated independently by the<br />
Algerian <strong>for</strong>mwork experts. The circular<br />
rein<strong>for</strong>ced concrete base plate covers<br />
a surface area of 531 m². The circular<br />
rein<strong>for</strong>ced concrete wall based on this<br />
plate rises 7.50 meters into the air<br />
and is realized with a wall thickness of<br />
40 cm with an interior diameter of 25<br />
meters. For the <strong>for</strong>mwork materials,<br />
Chiali SERVICES Spa is using 310 m²<br />
of the TTR circular <strong>for</strong>mwork system,<br />
extended with 204 m² of the Modular<br />
universal <strong>for</strong>mwork system. Perfect<br />
circles are guaranteed with the TTR<br />
Trapezoidal girder <strong>for</strong>mwork, which<br />
is why it is used all over the world,<br />
wherever circular rein<strong>for</strong>ced concrete<br />
constructions are to be built.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
56 DEPARTMENTS<br />
PROJECTS & DEVELOPMENTS<br />
Meinhardt Singapore & SEWA Ink MoU <strong>for</strong> Water<br />
Management<br />
Meinhardt Singapore, a well-known<br />
multi-disciplinary engineering and<br />
project management consultancy, and<br />
Sharjah Electricity & Water Authority<br />
(SEWA) have signed a Memorandum<br />
of Understanding (MOU) to create a<br />
collaborative plat<strong>for</strong>m to assist SEWA<br />
in its mission to provide world-class<br />
strategic planning, design, operations<br />
and management of its water supply<br />
infrastructure. Held at Meinhardt’s<br />
headquarters in Singapore, the signatories<br />
are Dr. Rashid Al Leem, Chairman of<br />
SEWA and Dr. Shahzad Nasim, Group<br />
Executive Chairman of Meinhardt. This<br />
ceremony is also graced by the United<br />
Arab Emirates Ambassador to Singapore,<br />
Dr. Mohamed Omar Abdulla Balfaqeeh.<br />
To kickstart this partnership, Meinhardt<br />
has identified six initiatives to modernize<br />
the water storage infrastructure in Sharjah;<br />
these include planning and engineering<br />
design consultancy services <strong>for</strong> the<br />
Strategic Water Storage Reservoirs <strong>for</strong><br />
Water Crisis Management and the capacity<br />
building <strong>for</strong> SEWA. Through these training<br />
programs held in Meinhardt Singapore<br />
Water Training Centre, the company will<br />
share their global expertise <strong>for</strong> efficacious<br />
implementation and management of<br />
Sharjah’s water infrastructure. Dr. Shahzad<br />
Nasim, Meinhardt Group Executive<br />
Chairman said: “We are excited to partner<br />
with SEWA to augment the reliability and<br />
robustness of Sharjah’s water supply<br />
system. Sharjah is the third largest city<br />
in the United Arab Emirates and we<br />
are privileged to develop a long-term<br />
relationship with SEWA which will benefit a<br />
population of 2.5 million by 2025.<br />
Veolia Contributes to Drinking Water Access<br />
in Sri Lanka<br />
The signees<br />
Located in Sri Lanka’s Central<br />
Province, some 150 kilometers from<br />
the capital, Colombo, Greater Matale<br />
is a predominantly agricultural region.<br />
Veolia, through its subsidiary OTV, has<br />
just been appointed project manager<br />
<strong>for</strong> the construction of five new<br />
water treatment plants in the region<br />
along with 12 service reservoirs, five<br />
pumping stations and more 430 km<br />
of transmission and distribution pipes.<br />
This system will ensure drinking water<br />
quality and secure supply <strong>for</strong> more<br />
than 350,000 people. Clarification,<br />
settling and filtration, the Matale (30,000<br />
m 3 /d), Ambanganga (18,000 m 3 /d),<br />
Ukuwela, Udatenna and Rattotta (9,000<br />
m 3 /d each) water treatment plants will<br />
incorporate the company’s solutions<br />
and technology that best suit local<br />
conditions. Another Veolia subsidiary,<br />
SADE will act as subcontractor<br />
to design and build the 433 km<br />
transmission and distribution network.<br />
This contract was made possible with<br />
the support of local French government<br />
services through a financial scheme<br />
combining export credit from a<br />
syndicate of banks (CACIB, Natixis,<br />
Unicredit and BNP Paribas), with a<br />
guarantee from the French Ministry of<br />
Finance and a local commercial loan<br />
from HNB bank and treasury bonds.<br />
“Access to water is a key factor in<br />
the growth of cities, their citizens and<br />
their economy”, said Claude Laruelle,<br />
Director of Veolia’s Global Enterprises.<br />
“Veolia is deeply rooted and involved<br />
in Asia-Pacific where we have, in<br />
particular, built more than 250 drinking<br />
water and wastewater treatment<br />
plants in the last 20 years. Today, we<br />
see that in Sri Lanka our solutions are<br />
helping an entire region’s development<br />
by making it more competitive. They<br />
are also contributing to fulfilling our<br />
mission: resourcing the world.” The<br />
company is a specialist in optimized<br />
resource management.<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
معارض ومؤمترات<br />
عرض مسبق ملعارض ومؤمترات<br />
57<br />
Jordan to Host Major Energy Summit<br />
On 2-3 April 2017, Jordan will host the 3 rd<br />
Jordan International Energy Summit (JIES)<br />
under the patronage of King Abdullah II<br />
and the Ministry of Energy and Mineral<br />
Development. The Summit comes at a<br />
crucial time <strong>for</strong> Jordan and as support <strong>for</strong><br />
its Energy Strategy with progress being<br />
made on several key projects across the<br />
energy spectrum designed to secure<br />
Jordan’s energy future. The JIES Summit<br />
is centered around a world-class program<br />
with speakers from Governments,<br />
global energy companies and experts<br />
in their fields and is combined with an<br />
international exhibition to allow companies<br />
to showcase their projects and expertise<br />
whilst giving Jordan access to the latest<br />
technologies and products. The Jordan<br />
International Energy Summit is hosted by<br />
the Ministry of Energy, Jordan. Dr. Ibrahim<br />
Al Saif, Minister <strong>for</strong> Energy & Mineral<br />
Resources, explains: “With a stable<br />
background <strong>for</strong> attracting investment,<br />
Jordan continues to develop new energy<br />
technologies and embraces an energy<br />
policy across the spectrum including<br />
Solar, Wind, Nuclear, Oil Shale, Mining,<br />
Oil and Gas. Jordan is a vibrant energy<br />
hub and the Jordan International Energy<br />
Summit & Exhibition (JIES) plays a key<br />
role in providing the invaluable plat<strong>for</strong>m<br />
<strong>for</strong> insightful debate as to the best energy<br />
mix <strong>for</strong> Jordan and the region in addition<br />
Visitors at JIES 2016<br />
to providing significant commercial<br />
opportunities to participating companies.<br />
We are greatly looking <strong>for</strong>ward to the<br />
3rd JIES which will include an expanded<br />
and much-needed exhibition integrated<br />
with the main conference program. This<br />
will allow more companies to participate<br />
and we encourage you all to take up this<br />
opportunity and join us in April 2017.”<br />
SODEX Will Bring Together the HVAC-R<br />
Industry in Izmir<br />
Hosting the most important meetings of<br />
the HVAC-R industry, SODEX Exhibitions<br />
are preparing to bring together the<br />
industry with the TESKON + SODEX<br />
(April 19 th - 22 nd , 2017 - IZMIR) following<br />
the ISK-SODEX Istanbul show which<br />
SODEX 2016<br />
achieved significant success with 1,293<br />
exhibitors and 83,764 visitors. Set to be<br />
organized by Hannover Messe Sodeks<br />
Fuarcılık, the events will bring together<br />
various product groups such as natural<br />
gas, heating, cooling, air-conditioning,<br />
pump, valve, plumbing, water treatment,<br />
geothermal and solar power systems<br />
under a single roof and allow visitors to<br />
discover the innovations in the industry.<br />
Exhibitors will be able to reach their<br />
existing and potential customers directly.<br />
Set to be held in Izmir Tepekule Congress<br />
and Exhibition Center on April 19 th - 22 nd ,<br />
2017, TESKON+SODEX is housing the<br />
National Sanitary Engineering Congress<br />
(TESKON) which will be held by UCTEA<br />
(TMMOB) Chamber of Mechanical<br />
Engineers. Organized <strong>for</strong> the first time<br />
in 1993 and executed by the Izmir<br />
Branch on behalf of UCTEA Chamber<br />
of Mechanical Engineers and continued<br />
simultaneously with SODEX <strong>for</strong> 10 years,<br />
the congress brings together many<br />
prominent academicians, architects,<br />
engineers, project company officials<br />
and professionals in the industry under<br />
TESKON+SODEX and allows them to<br />
share notable knowledge.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
58 SERVICES<br />
COMING EVENTS<br />
2017<br />
March<br />
Saudi Arabia<br />
BUILDEX Dhahran 2017<br />
Saudi Int’l Building, Construction & Heavy<br />
Equipment Exhibition<br />
06 – 09<br />
Dhahran International Exhibition Center<br />
<strong>Dam</strong>man – Saudi Arabia<br />
Info:<br />
DIEC<br />
Tel: +966 3 859 1888<br />
Fax: +966 3 859 0212<br />
E-mail: info@diec.com.sa<br />
Web: www.diec.com.sa<br />
Saudi Arabia<br />
Saudi Building & Interiors Exhibition 2017<br />
Saudi Arabia’s Comprehensive Showcase <strong>for</strong><br />
the Building Industry<br />
18 – 21<br />
Jeddah Centre <strong>for</strong> Forums & Events<br />
Jeddah – Saudi Arabia<br />
Info:<br />
ACE Expos<br />
Tel: +966 (0) 126546384<br />
Fax: +966 (0) 126546853<br />
E-mail: ace@acexpos.com<br />
Web: www.acexpos.com<br />
April<br />
Turkey<br />
TESKON+SODEX 2017<br />
International HVAC, Refrigeration, Pumps,<br />
Valves, Fittings, Water Treatment &<br />
Insulation Exhibition<br />
19 – 22<br />
Tepekule Congress and Exhibition Center<br />
İzmir – Turkey<br />
Info:<br />
Özge Doğancoşkun<br />
Hannover Fairs Turkey Fuarcilik A.S<br />
Tel: +90 212 334 6972<br />
Fax: +90 212 334 6934<br />
E-mail: ozge.dogancoskun@hf-turkey.com<br />
Web: www.teskonsodex.com<br />
May<br />
Turkey<br />
SODEX ANKARA 2017<br />
International HVAC, Refrigeration, Pumps,<br />
Valves, Fittings, Water Treatment &<br />
Insulation Exhibition<br />
10 – 13<br />
ATO Congresium International Convention &<br />
Exhibition Centre<br />
Ankara – Turkey<br />
Info:<br />
Özge Doğancoşkun<br />
Hannover Fairs Turkey Fuarcilik A.S<br />
Tel: +90 212 334 6972<br />
Fax: +90 212 334 6934<br />
E-mail: ozge.dogancoskun@hf-turkey.com<br />
Web: www.sodexankara.com<br />
Saudi Arabia<br />
SAUDI POWER<br />
International Trade Exhibition <strong>for</strong> Electricity,<br />
Power Generation, Alternative Energy,<br />
Water Technology, Lighting & HVAC<br />
14 – 16<br />
Riyadh International Exhibition Centre<br />
Riyadh – Saudi Arabia<br />
Info:<br />
Riyadh Exhibition Company Ltd.<br />
Tel: +966 11 2295604<br />
Fax: +966 11 2295612<br />
E-mail: info@recexpo.com<br />
Web: www.recexpo.com<br />
Lebanon<br />
Project Lebanon<br />
The 22 nd International Trade Exhibition <strong>for</strong><br />
Construction Materials and Equipment <strong>for</strong><br />
Lebanon and the Middle East<br />
16 – 19<br />
Beirut International Exhibition & Leisure<br />
Center – BIEL<br />
Beirut – Lebanon<br />
Info:<br />
Mayssa Nasr<br />
IFP Expo<br />
Tel: +961 5 959 111<br />
Fax: +961 5 955 361<br />
E-mail: mayssa.nasr@ifpexpo.com<br />
Web: www.projectlebanon.com<br />
August<br />
Egypt<br />
Watrex Middle East Exhibition<br />
Trade Fair <strong>for</strong> Waste Water<br />
& Water Treatment Technologies<br />
3 – 5<br />
Cairo International Conference Center (CICC)<br />
Cairo – Egypt<br />
Info:<br />
Al Awael international Trade Fairs (ATF)<br />
Tel: +20223580982<br />
Fax: +20223580982<br />
E-mail: info@watrexexpo.com<br />
Web: www.watrexexpo.com<br />
October<br />
United Arab Emirates<br />
WETEX<br />
Water Management, Environmental and<br />
Energy Technologies Exhibition<br />
23 – 25<br />
Dubai International Convention<br />
and Exhibition Centre<br />
Dubai – UAE<br />
Info:<br />
Dubai Electricity & Water Authority (DEWA)<br />
Tel: +971 50 625 4791<br />
Email: sales_general@wetex.ae<br />
Web: www.wetex.ae<br />
If you would like to run your event in this space, kindly send all necessary details to<br />
services@cph.world<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
خدمات<br />
دليل املشرتين<br />
59<br />
NEED VALVES IN A HURRY?<br />
CONTACT SINGER VALVE MIDDLE EAST<br />
Phone: +011 (971) 6-557-8116<br />
Fax: +011 (971) 6-557-8117<br />
Email: canadian@singervalve.com<br />
www.singervalve.com<br />
فرصة لشراء )فرنشايز( معادالت<br />
كيميائية إسترالية لتصنيع مواد ملعالجة<br />
املياه والهواء واملنظفات لكل من بلدان<br />
الدول العربية )بإستثناء لبنان( و تركيا<br />
since 1974<br />
in AUSTRALIA<br />
Automatic<br />
Screen<br />
FILTRATION<br />
SYSTEMS<br />
Pre-RO<br />
Cooling Systems<br />
Seawater<br />
10 to 1500 micron<br />
Award Winning V-Series<br />
Self-Cleaning Filters<br />
www.vafusa.com<br />
+1 303 425 4242<br />
The 40T brings big rig per<strong>for</strong>mance to a<br />
quick moving mobile package. The 40T has<br />
the options you want, such as hydromatic<br />
brake, pulldown/holdback, twin engines,<br />
onboard mud pump, and much more. A<br />
small rig, with a big impact on your bottom<br />
line.<br />
GEFCO, Inc.<br />
2215 S. Van Buren<br />
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Phone: +1 580.548.3756<br />
www.gefco.com<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
60 INFO<br />
ADVERTISERS’ INDEX<br />
Advertisers Websites Page #<br />
3M Industrial Business Group www.3M.com/Membrana 03<br />
Blue White Industries www.blue-white.com IFC<br />
C.R.I. Pumps (Pvt) Ltd www.crigroups.com 59<br />
Caprari SpA www.caprari.com 09<br />
Fraste SpA www.fraste.com 27<br />
GEFCO www.gefco.com 37/59<br />
Huber Technology M.E. www.huberme.com 13<br />
ISK - SODEX 2018 - Hannover Fairs Turkey Fuarcilik A.S www.sodex.com.tr 53<br />
Layne Bowler Pompa Sanayi A. S. www.laynebowler.com.tr OBC/59<br />
Lindsay Corporation www.lindsay.com 45<br />
Lubi Industries LLP www.lubipumps.com 39<br />
SAER Elettropompe SpA www.saerelettropompe.com 21<br />
SAVINO BARBERA SRL www.savinobarbera.com 25<br />
Singer Valve Inc. www.singervalve.com 43/59<br />
TAMAR MENA SAL www.tamargroup.com.au 59<br />
TORMAC Pumps - Naargo Industrial Private Limited www.tormacpumps.com 59<br />
Tracto-Technik www.tracto-technik.co.uk 31<br />
VAF Filtration Systems www.vafusa.com 59<br />
Vansan AS www.vansan.com.tr IBC<br />
Vesco Plastics Sales www.vesconite.com 59<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
خدمات<br />
معلومات عامة<br />
61<br />
Subscription & Membership<br />
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اإلشرتاك والعضوية<br />
ميكن الحصول عىل مجلة “عامل املياه العريب” شهرياً، عرب اإلشرتاك. تبلغ قيمة اإلشرتاك السنوي 25 دوالراً للمشرتكني من<br />
لبنان و 65 دوالراً للمشرتكني من البلدان العربية و ايران وقربص و95 دوالراً للمشرتكني من تركيا، أفريقيا، وأوروبا و 120<br />
دوالرات للمشرتكني من البلدان األخرى. للحصول عىل املزيد من املعلومات حول اإلشرتاك لعدة سنوات يف املجلة، أو حول<br />
املنافع التي يستفيد منها املشرتكون، الرجاء مراجعة بطاقة اإلشرتاك والعضوية. أما الطالب الذين يرغبون يف الحصول عىل<br />
حسومات خاصة عىل بدالت اإلشرتاك يف املجلة، فالرجاء األتصال بالسيد جاد أبو الحسن مدير التسويق والتوزيع عىل عنوان<br />
الربيد اإللكرتوين التايل:subscription@cph.world<br />
Editorial Regulations<br />
Since we always aim at providing our readers with the latest and most essential editorial content, and<br />
since we try to act as an in<strong>for</strong>mation bridge between high-tech countries and developing countries of<br />
the MENA region, we hereby mention the conditions <strong>for</strong> publishing editorial material in AWW, hoping<br />
that these instructions will be respected by authors. The AWW editorial material is divided into articles<br />
and press releases. The press release is 250 to 750 words, while the article is 1500 to 3000 words.<br />
The English article has at its end an Arabic translation (one third of the original article), and vice versa.<br />
The article is published <strong>for</strong> free, and a proper acknowledgement is made at its end. All material<br />
submitted to the publisher (CPH World Media) and relating to AWW will be treated as unconditionally<br />
assigned <strong>for</strong> publication under copyright subject to the editor’s unrestricted right to edit and offer<br />
editorial comment. AWW assumes no responsibility <strong>for</strong> unsolicited material or <strong>for</strong> the accuracy of<br />
in<strong>for</strong>mation thus received. AWW assumes, in addition, no obligation <strong>for</strong> return postage of material if not<br />
explicitly requested. Editorial material (text & photos) can be sent to Editorial, & Research Department<br />
by air-mail (see posted address below or email at content@cph.world (text as MS Word document<br />
accompanied with two or more images having a resolution of 300 DPI or above).<br />
رشوط نرش املقاالت<br />
حرصاً منا عىل تقديم أهم املواد التحريرية وأجدّها اىل قرّائنا وإستكامالً للهدف الذي أسست من أجله املجلة، وهو أن<br />
تكون الجس الّذي يربط بلدان الرشق األوسط وشاميل أفريقيا بالبلدان الرائدة يف حقل املياه يف العامل، نوضح يف ما ييل<br />
رشوط نرش املقاالت يف مجلة “عامل املياه العريب” اىل ثالثة أقسام: املقاالت، األخبار الصحفية واملقاالت التي تركز عىل<br />
إحدى خصائص املياه:<br />
يشغل الخرب الصحفي 2/1 اىل 1 صفحة )أي 250 اىل 750 كلمة(، ويشغل املقال العادي 2 اىل 4 صفحات )أي 1500 اىل<br />
3500 كلمة(، ويشغل املقال الذي يركز عىل إحدى خصائص املياه من 2 اىل 3 صفحات )أي 1500 اىل 3000 كلمة(، ويركز<br />
عىل املواضيع التي يتطرق اليها العدد )مراجعة امللف اإلعالمي الخاص باملجلة(.<br />
يتضمن املقال املكتوب باللغة اإلنكليزية ملخصاً بالعربية عند نهايته ال يتعدّ ى ثلث املقال األصيل، وكذلك األمر بالنسبة<br />
اىل املقال املكتوب بالعربية. ترسل مواد التحرير )النص والصور( اىل قسم والتحرير واألبحاث بواسطة الربيد الجوي<br />
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مايكروسوفت وورد. يف ما يتعلق بالصور فإما أن ترسل بواسطة الربيد الجوي )عىل قرص مدمج( أو بواسطة الربيد اإللكرتوين<br />
عىل أن تكون واضحة جدّاً )300 دي.يب.أي أو أكرث(.<br />
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Arab Water World (AWW) (ISSN 1015-8332) is published 12 times a year by<br />
CPH World Media s.a.r.l<br />
Courier Address: Hamra, Commodore, Barouk St., Chatila Bldg (Above Commodore<br />
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عامل املياه العريب )1015-8332 )ISSN تصدر 12 مرة سنويا عن يس يب اتش ورلد ميديا<br />
عنوان الربيد السيع: الحمرا، الكومودور، شارع الباروك، بناية شاتيال )فوق مصبغة الكومودور(، الطابق الثاين - العنوان الربيدي: ص.ب:<br />
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تمت الطباعة عند شمص للطباعة والنشر<br />
جميع حقوق النرش محفوظة ليس يب اتش ورلد ميديا، ال يسمح بإعادة نرش معلومات اإللكرتونية أو املطبوعة يف مجلة “عامل املياه<br />
العريب” إال بإذن مسبق من يس يب اتش ورلد ميديا.<br />
عامل املياه العريب آذار )مارس( / 201٧ مجلّد - ٤٠ عدد ٣
الختامية 62<br />
الكلمة<br />
CLOSING LETTER<br />
Replacing Old AC<br />
Will Lead to 70% Savings<br />
in Cost of Energy<br />
استبدال أنظمة التكييف القدمية<br />
يوفر 70 يف املئة من<br />
قيمة الطاقة املستهلكة<br />
It is estimated that up to 70 percent of residential electricity<br />
bill comes from the use of air conditioning. Replacing an<br />
air conditioner may seem like a non-urgent and expensive<br />
task. But in the long run, according to Daikin, the world’s<br />
well-known in manufacturing and production of cooling<br />
and heating solutions, prolonging the use of an old air<br />
conditioner will result in high energy bills and be detrimental<br />
to any sustainability and energy conservation initiatives.<br />
Generally, a high-quality air conditioner can last <strong>for</strong> up to 15<br />
years if it is maintained properly through regular servicing<br />
including the cleaning and changing of filters, coils, and in<br />
some cases a refrigerant change. However, “This will only<br />
take you so far,” stressed Nabil Shahin, Director of Product<br />
Planning and Marketing at Daikin Middle East & Africa. “If<br />
you have a very old air conditioner, especially one that is<br />
using HFC refrigerant, it consumes more energy resulting<br />
in higher operational costs, and emits more CO 2<br />
into the<br />
environment. <strong>At</strong> this point it is better to replace the old unit<br />
with one that is more efficient on power consumption and<br />
uses green refrigerants such as R-32 that are considered<br />
safer <strong>for</strong> the environment,” he continued.<br />
Air conditioning has become a necessity in the UAE,<br />
but its use and consumption leads to large energy bills<br />
<strong>for</strong> households and significant pollutant contribution<br />
to the atmosphere. However, by selecting the correct<br />
air conditioner, these two issues can be significantly<br />
reduced without compromising on quality or com<strong>for</strong>t.<br />
<strong>High</strong> efficiency new air conditioning systems can save<br />
thousands of Dirhams in fuel and thereby energy costs as<br />
they operate at 90 percent annual fuel utilization efficiency<br />
(AFUE) compared to older systems that operate at around<br />
65 percent, with the remaining 35 percent simply lost. “This<br />
is obviously an efficiency issue leading to energy wastage<br />
and global warming. The new high efficiency models are<br />
great <strong>for</strong> household energy budgets, business profits, and<br />
the environment,” commented Shahin.<br />
Nabil Shahin<br />
Director of Product Planning and Marketing<br />
Daikin Middle East & Africa<br />
قد تبدو فكرة استبدال أنظمة تبريد وتكييف الهواء في الشقق السكنية مكلفة وغير<br />
ضرورية عند التفكير باألمر بشكل عام. ولكن كشفت أحدث الدراسات التي تعنى<br />
بحساب قيم فواتير الكهرباء السكنية أن ما نسبته 70 في المئة من قيمة فاتورة<br />
الكهرباء تأتي من استخدام أنظمة تكييف وتبريد الهواء في المنازل. ونظراً لذلك وعلى<br />
المدى الطويل بحسب شركة )دايكن( المعروفة عالمياً في مجال تصنيع وإنتاج حلول<br />
التدفئة والتبريد، فإن إطالة أمد استخدام جهاز تكييف الهواء القديم يؤدي إلى رفع<br />
قيمة الطاقة المستهلكة لتشغيله واإلضرار بمبادرات ترشيد الطاقة واستدامتها.<br />
ففي الغالب، تدوم مكيفات الهواء عالية الجودة لمدة تصل إلى 15 سنة، إذا تم الحفاظ<br />
عليها بشكل صحيح من خالل صيانتها بشكل دوري وتنظيف وتغيير الفالتر والنوابض<br />
المعدنية فيها، وفي بعض الحاالت يتم تغير السوائل والغازات المبردة للهواء. ومع<br />
ذلك وبحسب مدير تخطيط المنتجات والتسويق في دايكن الشرق االوسط وافريقيا<br />
السيد نبيل شاهين فإنه هذه الصيانة لن تحقق النتيجة المرغوب بها، متابعاً قوله : "إذا<br />
كان لديك مكيف هواء قديم جداً، وخاصة تلك التي تعتمد على مبردات )HFC( فإنها<br />
تستهلك المزيد من الطاقة مما يؤدي إلى ارتفاع الكلف التشغيلية، وانبعاث المزيد من<br />
غازات ثاني أوكسيد الكربون في البيئة المحيطة. وبهذه الحالة يصبح من األفضل أن<br />
تستبدل المكيف القديم بآخر جديد، يكون أكثر كفاءة باستهالك الطاقة واعتماد غازات<br />
التبريد الخضراء مثل )32-R( والذي يصنّف صديقاً للبيئة".<br />
ونظراً لطبيعة الطقس في دولة اإلمارات، فإن مكيفات الهواء تعد أمراً ضرورياً، ولكن<br />
استخدامها واستهالكها بشكل خاطئ قد يؤدي إلى فواتير طاقة مرتفعة القيمة، ناهيك<br />
عما تبثه من ملوثات ضارة في الغالف الجوي. ولكن في حال تم اختيار مكيف الهواء<br />
الصحيح، فإن هاتين المسألتين ستنخفضان بشكل ملحوظ، ومن دون المساومة على<br />
الجودة أو الراحة. ولتحقيق أفضل عائد ممكن من استخدام المكيف الصحيح فإن<br />
باستطاعة أنظمة تكييف الهواء الجديدة أن توفر على المستهلك آالف الدراهم في<br />
الوقود وبالتالي تخفيض تكاليف استهالك الطاقة لكونها تعمل بكفاءة تصل لحدود 90<br />
في المئة من قيمة االستهالك السنوي )AFUF( مقارنة مع األنظمة القديمة التي تعمل<br />
بكفاءة تصل لحوالي 65 في المئة ونسبة ضياع تبلغ 35 في المئة من القيمة الكلية.<br />
وحول هذا الموضوع قال نبيل شاهين "من الواضح أن أي خلل بمسألة الكفاءة يؤدي<br />
إلى هدر الطاقة ورفع معدالت االحتباس الحراري، لذلك فإن أنظمة التكييف الجديدة<br />
التي تعمل بكفاءة عالية توفر معدالت كبيرة من ميزانيات الطاقة المنزلية، او ارباح<br />
الشركات واالعمال".<br />
نبيل شاهين<br />
مدير تخطيط المنتجات والتسويق<br />
دايكن الشرق االوسط وأفريقيا<br />
Arab Water World (AWW) March 2017 / Vol. XL Issue 3
February 2017 / Vol. XL Issue 2<br />
February 2017 / Vol. XXXV Issue 2<br />
February 2017 / Vol. XXXIII Issue 2<br />
Arab Water World (AWW)<br />
Subscription Benefits<br />
Renowned the world over as the premier B2B<br />
magazine in the MENA region to serve the Water,<br />
Wastewater, Desalination, & Energy sectors, Arab<br />
Water World (AWW) has been published by CPH<br />
World Media since 1977.<br />
By subscribing to AWW, you will have access to<br />
sections covering the latest in the MENA water industry<br />
including new innovations, latest technologies,<br />
events, market update and much more.<br />
Other Specialized B2B Magazines<br />
CPH World Media also publishes the following<br />
leading specialized B2B magazines, each of which<br />
includes relevant, up-to-date & insightful content<br />
related to industry sectors covered by each<br />
magazine:<br />
1. Arab Construction World (ACW): Covers<br />
Building, Machinery, Road & Power sectors,<br />
published since 1983.<br />
2. Middle East Food (MEF): Covers Food<br />
Processing, Ingredients, Packaging & Catering<br />
sectors, published since 1985<br />
3. MENA Health World (MHW)*: Covers Hospital,<br />
Medical Equipment, Pharmaceuticals & Nutrition<br />
Sectors, published since 1986.<br />
* MHW magazine is currently suspended due to<br />
restructuring; we will resume publishing it later this year.<br />
For further in<strong>for</strong>mation please contact Jad Aboulhosn,<br />
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Email: j.aboulhosn@cph.world<br />
www.awwmag.com<br />
Hybrid Desalination Systems:<br />
A Solution to Energy & Environmental Challenges<br />
www.acwmag.com<br />
Roads & Bridges Market:<br />
Smart Solutions on the Way<br />
www.mefmag.com<br />
Digital Sorting:<br />
The Evolution of Intelligence<br />
فوائد اإلشرتاك<br />
يف مجلة “عامل املياه العريب”<br />
تُعرف مجلة “عامل املياه العريب” حول العامل بكونها املجلّة املتخصّ صة<br />
األوىل يف مجال األعامل يف منطقة الرشق األوسط وشامل أفريقيا لخدمة<br />
قطاعات املياه والرصف الصحي وتحلية املياه والطاقة. يتمّ نرش املجلّة من<br />
قبل يس يب اتش ورلد ميديا منذ العام 1977.<br />
إن اشرتاككم يف مجلة "عامل املياه العريب" سيمكّنكم من االطالع عىل<br />
األقسام التي تغطي آخر األخبار يف قطاع املياه يف منطقة الرشق األوسط<br />
وشامل أفريقيا مبا فيها أحدث االبتكارات وآخر التقنيات واألحداث<br />
باإلضافة إىل أخبار السوق وغريها الكثري من املواضيع األخرى.<br />
مجالت متخصصة أخرى<br />
كام يصدر عن "يس يب اتش ورلد ميديا" املجالت املتخصصة التالية<br />
التي تتضمّ ن أحدث املعلومات املرتبطة بالقطاع الذي تغطيه:<br />
1. عامل اإلنشاءات العريب: تصدر منذ العام 1983 وتغطي قطاعات<br />
البناء ومعدات اإلنشاءات والطرق والطاقة.<br />
2. مأكوالت الرشق األوسط: تصدر منذ العام 1985 وتغطي<br />
قطاعات تصنيع األغذية واملكوّنات والتوضيب والضيافة.<br />
3. عامل الصحة للرشق األوسط وشامل أفريقيا: تصدر منذ العام<br />
1986 وتغطي قطاعات املستشفيات واآلالت الطبية واألدوية والغذاء.<br />
* إن مجلة عامل الصحة للرشق األوسط وشامل أفريقيا معلّق العمل بها حالياً<br />
بسبب إعادة هيكلتها وسنستأنف إصدارها يف وقت الحق من هذا العام.<br />
ملزيد من املعلومات الرجاء اإلتّصال بالسيد جاد ابو الحسن<br />
مدير قسم التسويق والتوزيع بواسطة:<br />
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Address<br />
Business Activity / Description*:<br />
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Export Markets:<br />
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