A-Z Analysis for Industry - Filter
A-Z Analysis for Industry - Filter
A-Z Analysis for Industry - Filter
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INFORMATION<br />
ANALYSIS FOR INDUSTRY<br />
A-Z <strong>Analysis</strong> <strong>for</strong> <strong>Industry</strong><br />
Laboratory and Continuous Monitoring Solutions
2<br />
<strong>Analysis</strong> <strong>for</strong> industrial production and<br />
wastewater treatment<br />
The control of industrial production processes is subject to close scrutiny. Production<br />
plants, customers and legislators need verifi able data on product quality, energy<br />
consumption and operating procedures. HACH LANGE offers laboratory and continuous<br />
monitoring solutions <strong>for</strong> each stage of the water cycles associated with production<br />
processes. Whatever your analytical requirements; complex sample matricies,<br />
ultra low, high loads and harsh conditions, our products and services ensure<br />
your systems keep running effectively and effi ciently.<br />
Key brands under one roof:<br />
HACH, LANGE, ORBISPHERE, POLYMETRON,<br />
RADIOMETER ANALYTICAL, BUHLER, SIGMA,<br />
HIAC, MET ONE, GLI, ZULLIG, ASTRO, LACHAT,<br />
ANATEL, CONTRONIC, EVITA,<br />
PACIFIC SCIENTIFIC and partnership with<br />
SIEMENS.<br />
www.hach-lange.com<br />
Beverage<br />
2<br />
Production all branches Water conditioning and<br />
“We have to rely on our data, <strong>for</strong> sure! That’s<br />
why we are trying to eliminate all error<br />
sources in our analysis. From sample taking<br />
to QA. HACH LANGE support is excellent.<br />
Especially their technical advice and<br />
workshops, which provide lots of practical<br />
advice.”<br />
Raw<br />
materials<br />
treatment all branches
Paper<br />
3<br />
Chemical <strong>Industry</strong>,<br />
Pharma<br />
4<br />
1<br />
Power<br />
“I have to keep our systems running, which is<br />
not always that easy because of production and<br />
weather conditions etc. So I need devices which<br />
can stand up to anything! They should be low<br />
wear and tear and easy to maintain. Fortunately<br />
HACH LANGE instruments provide this! They<br />
offer real support, are close by and know our<br />
special circumstances very well.”<br />
Electroplating<br />
5<br />
6<br />
Neutralisation<br />
INDUSTRY_APPLICATIONS<br />
7<br />
Biological Waste Water<br />
Treatment<br />
“As a plant manager, I am responsible <strong>for</strong> the<br />
optimisation of our water treatment processes.<br />
Increasing its effectiveness continously,<br />
while decreasing the costs. This is an ongoing<br />
challenge, which needs hi-end technologies and<br />
solutions. So, I appreciate the cooperation from<br />
HACH LANGE, who know my business.”<br />
3
4<br />
ORBISPHERE G1200 luminescent<br />
dissolved oxygen sensor<br />
Power plant reliability even with ultra<br />
low loads<br />
Providing electricity depends on stable running processes. They must be monitored closely in order to<br />
avoid any interferences with the operation of the plant. Whether fossil fuel, nuclear or combined cycle,<br />
HACH LANGE solutions are trusted to control critical operating parameters.<br />
Power Plant analyses: where, how, and why<br />
www.hach-lange.com<br />
POLYMETRON 9123<br />
conductivity and calculated pH<br />
POLYMETRON 9210<br />
silica analyser<br />
Parameter* Why analyse? 1 2 3 4 5 6<br />
Ammonium Ammonium is used <strong>for</strong> pH adjustment. •<br />
Chlorine dioxide Monitoring disinfectants minimises costs of biocide dosing. •<br />
Chlorine total / free Monitoring disinfectants allows cost control of biocide dosing. •<br />
Conductivity Salts cause deposits in tubes, heat exchangers, boilers and turbines. • • • • • •<br />
Hardness Hardness drives costs of fresh water intake. •<br />
Hydrazine Monitoring avoids overdosing of oxygen scavengers. • •<br />
Hydrogen/Helium H 2: indicates explosive oxyhydrogen; He: indicates negative infl uence of H2 •<br />
Oxygen Oxygen is major source of corrosion in water. •<br />
Oxygen Oxygen is major source of corrosion in water. •<br />
P+M value (alkalinity) Alkalinity of circulated water impacts calcium deposits. • •<br />
pH value Low pH of water correlates with corrosion. • • • • •<br />
Phosphate Phosphate inhibits tube corrosion. •<br />
Phosphate/P pentoxide Phosphate inhibits tube corrosion. • •<br />
Silica Silica precipitates damage to turbines and tubes. • • • •<br />
Sodium Sodium indicates effi ciency losses of ion exchangers. • • • •<br />
TOC Non-ionic inorganic compounds lead to deposits in pipes. • •<br />
Turbidity Turbidity measures effectiveness of fi ltration and microbiological quality. • • • •
Fresh Water<br />
1 WATER INTAKE<br />
Conductivity<br />
pH value<br />
TOC<br />
Turbidity<br />
1<br />
6 STEAM + CONDENSATES<br />
Conductivity<br />
Hydrazine<br />
pH value<br />
Silica<br />
Sodium<br />
TOC<br />
2 DEMINERALISATION<br />
WATER PLANT<br />
Conductivity<br />
Silica<br />
Sodium<br />
Turbidity<br />
Multilayer<br />
fi lter<br />
Condensate<br />
polishing plant<br />
Cation<br />
exchanger<br />
Range Product Solutions*<br />
6<br />
2<br />
Anion<br />
exchanger<br />
Condensate<br />
Heat<br />
exchanger<br />
Cooling water<br />
Fresh Water<br />
Mixed bed<br />
resin<br />
3 MAKE-UP / FEED WATER<br />
Ammonium<br />
Conductivity<br />
Hydrazine<br />
Oxygen<br />
P + M value<br />
Turbine<br />
pH value<br />
Phosphate<br />
Silica<br />
Sodium<br />
Cooling<br />
tower<br />
POWER 1<br />
Boiler / Reactor<br />
Waste Water<br />
0.01–1,000 mg/l NH4<br />
AMTAX sc / NH4D sc / ISE: ammonium sensors; POLYMETRON 8810 titrator<br />
0.01–2 mg/l Chlorine dioxide 9187 sc amperometric chlorine dioxide sensor<br />
5<br />
3<br />
5 COOLING WATER LOOP<br />
4<br />
Chlorine dioxide<br />
Chlorine<br />
Conductivity<br />
Hardness<br />
pH value<br />
Silica<br />
Sodium<br />
Turbidity<br />
5<br />
4 BOILER / REACTOR<br />
Helium (nuclear)<br />
Hydrogen (nuclear)<br />
4<br />
4<br />
Conductivity<br />
Silica<br />
Sodium<br />
P + M value<br />
pH value<br />
Phosphate<br />
Phosphorus pentoxide<br />
Turbidity<br />
0.03–20 mg/l CL17 / CHLOROMAT 9184 sc: photometric or amperometric chlorine sensors<br />
0.01 µS/cm – 10,000 mS/cm POLYMETRON / HACH: conductive and inductive sensors<br />
0.05–1,000 mg/l CaCO3<br />
APA6000 / SP510 / Polymetron 8810 titrator: hardness analysers<br />
0–500 ppb POLYMETRON 9186 oxygen scavenger analyser<br />
0–100 % ORBISPHERE 31280 H2 / He gas analyser<br />
0–80,000 ppm POLYMETRON 9183 / 9182: oxygen analysers or electrochemical sensors<br />
0–20,000 ppb ORBISPHERE G1100 / G1200 / 3650: luminescent or electrochemical oxygen sensors, also portable<br />
0–1,000 mg/l CaCO3 (Total alkalinity) APA6000 P+M analyser, POLYMETRON 8810 titrator<br />
7.5–10.5; 0–14 POLYMETRON 9123 Conductivity and calculated pH, POLYMETRON pH sensors<br />
0.05–50 mg/l PO4-P PHOSPHAX sc / POLYMETRON 9211: phosphate analysers<br />
0.01–5 mg/l PO4-P, ortho and total PHOSPHAX sigma photometric phosphate analyser<br />
0–5,000 ppb POLYMETRON 9210 silica analyser<br />
0.01–20 ppm POLYMETRON 9240 / 9245: sodium multi-/single channel analysers<br />
0.01–20,000 mg/l ANATEL A4000 / TOCTAC / ASTRO UV: TOC analysers with different sample treatment<br />
0.0001–9,999 FNU COSMOS 25 HT, SOLITAX sc / SS7 sc / ULTRATURB plus sc / 1720E sc / FT 660 sc: IR and white-light turbidity sensors<br />
* For more products and parameters see appendix table!
6<br />
Water and product quality <strong>for</strong> the<br />
beverage industry<br />
Nowhere is product quality more closely focused than in the area of food and drink. This is another<br />
reason why raw materials, intermediate and fi nished products have to be seamlessly monitored.<br />
HACH LANGE has made-to-measure solutions <strong>for</strong> specifi c sectors.<br />
www.hach-lange.com<br />
ORBISPHERE 3658 portable<br />
carbon dioxide analyser<br />
Beverage industry analyses: where, how, and why<br />
COSMOS XL turbidity sensor with<br />
special design <strong>for</strong> beverage<br />
ORBISPHERE M1100 luminescent<br />
dissolved oxigen sensor<br />
ORBISPHERE 6110 total<br />
package analyser <strong>for</strong> oxygen<br />
and carbon dioxide<br />
Parameter* Why analyse? 1 2 3a 3b 3c 3d 4 5 6<br />
Brix/Diet Brix, Diet, CO2, O2, and temperature control fi nal quality of soft drinks. •<br />
Carbon dioxide Carbon dioxide measurement indicates fi nal product quality. • • • • •<br />
Chlorine total, free Monitoring disinfectants allows cost control of biocide dosing. • •<br />
Conductivity Conductivity measures water and product quality. • • • •<br />
Hardness Hardness drives costs of raw water intake. • •<br />
MEBAK parameter MEBAK parameters lab analysis <strong>for</strong> beer quality. •<br />
Nitrate Nitrate indicates water and product quality. •<br />
Nitrogen Dissolved nitrogen monitors fi nal product quality. • •<br />
Oxygen Monitoring oxygen controls corrosion, process effi ciency and product quality. • • • • • •<br />
Oxygen +<br />
Carbon dioxide<br />
Final package analysis controls beer quality and fi ller. •<br />
Ozone Ozone analysis ensures disinfection levels in beverages. •<br />
P+M value (alkalinity) Alkalinity indicates water and product quality. •<br />
pH value pH value indicates water and product quality. • • • •<br />
Turbidity Turbidity measures effectiveness of fi ltration and microbiological quality. • • • • • •
Fresh Water<br />
1 WATER<br />
CONDITIONING<br />
Chlorine<br />
Conductivity<br />
Hardness<br />
Iron *<br />
Manganese *<br />
Nitrate<br />
pH value<br />
Turbidity<br />
1<br />
2 BOILER HOUSE<br />
Conductivity<br />
Hardness<br />
Oxygen<br />
pH value<br />
P + M value<br />
Turbidity<br />
5 BOTTLE RINSING<br />
Chlorine<br />
Conductivity<br />
pH value<br />
Turbidity<br />
Range Product Solutions*<br />
2<br />
5<br />
3a BEER PRODUCTION<br />
Conductivity<br />
MEBAK parameters<br />
Oxygen<br />
pH value<br />
Turbidity<br />
3a<br />
3b WINE PRODUCTION 3c SOFT DRINK PRODUCTION<br />
wine<br />
beer<br />
Oxygen<br />
Turbidity<br />
3b<br />
Wine<br />
Deaerated<br />
water<br />
tank<br />
Filtration<br />
3c<br />
3c<br />
6<br />
Waste Water<br />
BEVERAGE 2<br />
Oxygen<br />
3c<br />
Softdrink<br />
3d<br />
Mineral<br />
water<br />
Bright<br />
beer<br />
tank<br />
Carbon dioxide<br />
Oxygen<br />
Carbon dioxide<br />
6 FILLING<br />
4<br />
3d MINERAL WATER<br />
PRODUCTION<br />
Carbon dioxide<br />
Oxygen<br />
Ozone<br />
3a<br />
4 PRE FILLING<br />
Brix / Diet<br />
Carbon dioxide<br />
Nitrogen<br />
Oxygen<br />
Turbidity<br />
0–20° Brix; 0–200 % Diet ORBISPHERE 3624 in-line analyser<br />
0–15 g/kg ORBISPHERE thermal conductivity analyser, portable<br />
0.03–20 mg/l HOCl CL17 / CHLOROMAT 9184 sc: photometric or amperometric chlorine sensors<br />
0.01 µS/cm – 10,000 mS/cm POLYMETRON / HACH: conductive and inductive sensors<br />
0.05–1,000 mg/l CaCO3<br />
APA6000 / SP510: hardness analysers<br />
DR 5000 UV/VIS spectrophotometer and MEBAK cuvette tests<br />
0.1–100 mg/l NO3-N NITRATAX plus sc UV sensor<br />
0–350 ppm ORBISPHERE 315xx / 3654: portable gas analysers<br />
0–80,000 ppb ORBISPHERE A1100 / M1100: electrochemical or luminescent oxygen sensors<br />
1 ppb – 20 ppm O2<br />
0–10 g/kg CO2<br />
ORBISPHERE 3625 / 6110: total package analysers<br />
5 ppb – 200 ppm ORBISPHERE 313xx electrochemical sensor<br />
10–4,000 mg/l CaCO3 APA6000 P + M analyser<br />
0–14 POLYMETRON 8362 / 1200-S sc / pHD-S sc: pH sensors<br />
0.0001–9,999 FNU COSMOS 25 Vari XL / SOLITAX sc / SS7 sc / ULTRARURB plus sc / 1720E sc / FT 660 sc: IR and white-light<br />
turbidity sensors<br />
* For more products and parameters see appendix table!<br />
7<br />
Carbon dioxide<br />
Nitrogen<br />
Oxygen
8<br />
Paper production:<br />
Accuracy even with high loads<br />
Measure solids and turbidity<br />
independently of colour<br />
The solids content of the white water<br />
box and the fl ow box have the highest<br />
priority. The rugged SOLITAX sc probe<br />
provides colour-independent and<br />
precise results <strong>for</strong> this application.<br />
With a measuring range of 0.001 to<br />
4,000 FNU, or 0.001 to 500 g/l,<br />
it is suitable <strong>for</strong> all stations. It can<br />
be installed inline, in a bypass or<br />
immersed.<br />
Organic components<br />
Organic loads are continuously<br />
determined in-process via TOC or<br />
spectral absorption coeffi cients.<br />
Alternatively, samples are taken and<br />
analysed in the laboratory, using the<br />
TOC analyser or the COD cuvette test.<br />
The latter uses far smaller amounts of<br />
reagents than the old standard method<br />
and is especially safe in terms of<br />
handling.<br />
For F the h llowest and d the h hi highest h solids lid<br />
concentrations: SOLITAX sc probes<br />
Water plays a crucial role in the production of paper and board. During the production process, it comes<br />
into contact with many fi llers and auxiliaries. Only continuous monitoring ensures optimal product quality<br />
and minimal environmental pollution.<br />
www.hach-lange.com<br />
HQD: portable measuring instrument<br />
<strong>for</strong> pH, O 2 and conductivity<br />
Flexibility <strong>for</strong> pH and O2<br />
pH and oxygen are important <strong>for</strong><br />
economic production. Permanently<br />
installed or portable instruments<br />
can be used to measure them. The<br />
innovative LDO oxygen sensor has<br />
proved extremely effective <strong>for</strong> both<br />
parameters. The optical measurement<br />
method is precalibrated <strong>for</strong> longterm<br />
use and needs no electrolyte<br />
membrane replacement. Just change<br />
the sensor cap every one or two years<br />
– it’s that simple!
Fresh Water<br />
Acid capacity<br />
Alkalinity<br />
Ammonium<br />
COD<br />
Conductivity<br />
Copper<br />
Chloride<br />
Chlorine<br />
DEHA<br />
Hardness<br />
Hydrazine<br />
Iron<br />
Molybdenum<br />
Fresh Water tank<br />
Hardness<br />
Iron<br />
Manganese<br />
pH<br />
Nitrite<br />
Oxygen<br />
pH<br />
Phosphonate<br />
Phosphorus<br />
SAC<br />
Silica<br />
Sodium<br />
Sulphite<br />
TOC<br />
Toxicity<br />
Turbidity<br />
Accurate starch determination<br />
The cuvette test determines soluble<br />
starch in the measuring range from<br />
2 to 150 mg/l. This simply involves<br />
pipetting 2 vml sample into the cuvette,<br />
then waiting <strong>for</strong> just ten minutes<br />
until the evaluation is carried out<br />
automatically in the photometer.<br />
HACH LANGE provides a service to<br />
collect and recycle used cuvettes.<br />
The HACH LANGE Environment Centre<br />
has been a certifi ed disposal facility <strong>for</strong><br />
ten years!<br />
Power station<br />
Mixing box<br />
White Water box<br />
Oxygen<br />
Hardness<br />
pH<br />
For precise routine checks<br />
The REFO 60 is designed <strong>for</strong> objective<br />
gloss measurement of raw paper and<br />
board during the production process.<br />
With its handy size and a weight of<br />
less than 500 g, it is the ideal product<br />
in all areas of production. Automatic<br />
calibration to the black glass standard<br />
in accordance with ISO 2813 is<br />
initiated by pressing a button.<br />
Energy<br />
AOX<br />
COD<br />
Conductivity<br />
Chloride<br />
Microbial contamination<br />
Solids<br />
Starch<br />
Sulphate<br />
PAPER 3<br />
Paper machine<br />
Industrial Waste Water plant<br />
Total chlorine analyser<br />
Gloss<br />
9
10<br />
ORBISPHERE 3650 EX portable<br />
electrochemical sensor <strong>for</strong> oxygen<br />
and hydrogen measurements<br />
Broad range of solutions <strong>for</strong> complex<br />
requirements in the chemical industry<br />
There is an enormous variety of raw, intermediate and fi nished chemical products. Every plant has its own<br />
specifi c analysis methods <strong>for</strong> quality control. HACH LANGE offers specifi c measuring systems, which are<br />
easy to operate and provide reliable results. Controllers and sensors <strong>for</strong> continuous monitoring <strong>for</strong>m the<br />
basis of safe and reliable operation, even in explosion risk areas.<br />
Everything <strong>for</strong> liquid analysis<br />
Liquid level, fl ow, pressure,<br />
temperature, pH, conductivity, redox<br />
potential etc. HACH LANGE offers<br />
a very wide range of parameters,<br />
materials and fi ttings. Controllers<br />
and transmitters with two and fourwire<br />
technology can be integrated<br />
into existing bus systems. Access<br />
is restricted to authorised users <strong>for</strong><br />
maximum security.<br />
www.hach-lange.com<br />
Detect oil in and on water<br />
immediately<br />
UV fl uorescence is a sensitive method<br />
<strong>for</strong> detecting polycyclic aromatic<br />
hydrocarbons (PAH) in water. The<br />
ENVIROFLU-HC probe is an immersible<br />
UV fl uorometer. It is installed in pipes and<br />
sewers <strong>for</strong> monitoring, in combination<br />
with alarm systems.<br />
SI 792 EX 2-wire transmitter<br />
compatible with HART, PROFIBUS<br />
PA and FIELDBUS FOUNDATION in<br />
combination with pH sensors<br />
ORBISPHERE 311XX<br />
electrochemical<br />
sensor <strong>for</strong> oxygen<br />
measurements<br />
COSMOS EX turbidity<br />
and suspended solids<br />
measurement in<br />
Ex-zone 1<br />
Colour in liquids<br />
LICO 500 is ideal <strong>for</strong> determining<br />
colour in liquids. Results can be<br />
expressed in 24 international colour<br />
scales, including Hazen and Gardner.<br />
TITRALAB titrators are precise,<br />
upgradable systems with automatic<br />
reliable reagent traceability in<br />
con<strong>for</strong>mity with GLP. Intuitive operation<br />
with self-explanatory menus on the<br />
large display enables work to be<br />
carried out quickly and accurately.
Raw materials<br />
checks<br />
Fresh Water<br />
Complete solutions <strong>for</strong> turbidity,<br />
solids, particles, sludge<br />
From ultraclear to murky fl uids: process<br />
probes and turbidimeters monitor<br />
fi ltration processes and detect product<br />
intrusions into process water fl ows. In<br />
the laboratory, the 2100 AN turbidimeter<br />
satisfi es the requirements of the various<br />
European pharmacopoeias and ISO<br />
standards. The perfectly matched<br />
accessory: STABL CAL is a stabilised,<br />
ready-to-use <strong>for</strong>mazin standard available<br />
in a variety of concentrations.<br />
Production<br />
checks<br />
Ultraclear water Clear water Sludge<br />
ARTI – Particle counter<br />
CHEMICAL INDUSTRY, PHARMA 4<br />
Outgoing goods<br />
checks<br />
FILTERTRAK 660 sc – Turbidity<br />
ULTRATURB plus sc – Turbidity<br />
1720 E sc – Turbidity<br />
Plastics<br />
HIAC PODS portable oil<br />
diagnostic system according<br />
ISO 11171 standards<br />
2100 series laboratory turbidimeters – Turbidity<br />
SOLITAX sc – Turbidity and solids concentration<br />
Main use <strong>for</strong> various laboratory and process instruments<br />
Drugs<br />
Dyes<br />
Waste Water<br />
SURFACE SCATTER 7 sc – Turbidity<br />
SONATAX sc – Sludge level<br />
Petrol<br />
SURFACE SCATTER 7 sc <strong>for</strong><br />
measurements of middle and<br />
high range turbidity<br />
11
12<br />
Sample preparation with thermostat and CRACK SET<br />
From sample preparation to AQA in<br />
electroplating plants<br />
In recent years, considerable ef<strong>for</strong>ts have been made to reduce water consumption in electroplating<br />
plants. Operational analysis has made a considerable contribution, enabling bath service life to be<br />
extended and rinse steps to be made more effi cient.<br />
Sample preparation<br />
Accurate analysis results start with<br />
correct sample preparation. In an<br />
industry that makes use of a wide<br />
variety of additives and complexing<br />
agents, this is essential. The<br />
CRACK SET reliably digests complex<br />
metal compounds, making the metals<br />
accessible <strong>for</strong> analysis.<br />
www.hach-lange.com<br />
Cuvette test <strong>for</strong> surfactants<br />
Metal and bath analysis<br />
Tests have been developed specifi cally<br />
<strong>for</strong> the high concentrations in acidic<br />
copper, nickel and chromium baths.<br />
Pipette, mix the cuvette contents<br />
and evaluate in the photometer. The<br />
LANGE cuvette tests offer maximum<br />
safety, even <strong>for</strong> inexperienced users.<br />
Even a complex but important<br />
parameter such as surfactants poses<br />
no problems.<br />
Portable DR 2800 spectrophotometer<br />
with touchscreen<br />
Confi dence in your results<br />
Analytical quality assurance can be<br />
used to verify obtained analysis results<br />
are correct. Alongside the simplest<br />
verifi cation method you can check<br />
the quality of your analysis with the<br />
ADDISTA, AQA system. It consists<br />
of a standard and a spiking solution<br />
together with a round robin test<br />
solution.
5<br />
ELECTROPLATING<br />
Bath analysis<br />
Conductivity<br />
Immersion baths<br />
Neutralisation units:<br />
Effective process stabilisation<br />
The electroplating sector is not the only one in which neutralisation is carried out at the end of the<br />
production process. Many indirect dischargers, such as milk processing plants, breweries, abattoirs<br />
and chemical plants, treat their wastewater be<strong>for</strong>e discharging it. Direct dischargers use neutralisation<br />
to stabilise their industrial wastewater plant process.<br />
Mobile checks with rugged<br />
electrodes<br />
HQ30D is the handy solution <strong>for</strong><br />
fast and reliable monitoring of pH<br />
and conductivity at a wide range of<br />
locations in production plants. Simple<br />
but clever INTELLICAL ® electrodes<br />
record their own calibration data. This<br />
saves time and provides assurance.<br />
The calibrated electrodes can be<br />
replaced at any time in the fi eld, and<br />
can be connected to other HQD<br />
instruments without losing any data!<br />
Rinse baths<br />
Detoxifi cation<br />
Cost effective<br />
Up to eight sensors, e.g. <strong>for</strong> pH,<br />
redox potential and conductivity, can<br />
be connected to the SC controllers.<br />
Control algorithms, which are used <strong>for</strong><br />
effi cient control of the addition of acid<br />
and alkali, are preconfi gured in the<br />
controller. The fast response time of<br />
the sensors ensures stable operation.<br />
NEUTRALISATION 6<br />
Neutralisation<br />
Redox<br />
Conductivity<br />
pH<br />
Redox<br />
AOX<br />
Arsenic<br />
Barium<br />
Cadmium<br />
Cobalt<br />
Copper<br />
Specialist <strong>for</strong> electrochemistry: SI 792<br />
transmitter with pH and conductivity<br />
sensors<br />
13<br />
Waste Water<br />
plant<br />
Cyanide<br />
Chromium<br />
Chromium(VI)<br />
Free chlorine<br />
Lead<br />
Mercury<br />
Nickel<br />
Selenium<br />
Silver<br />
Sulphide<br />
Tin<br />
Zinc
14<br />
Cost effective analysers<br />
The SC 1000 controller is suitable <strong>for</strong><br />
networks and stand-alone solutions.<br />
Up to eight sensors can be connected<br />
to each module, and several modules<br />
can be linked in a network. Existing<br />
measurement signals can be<br />
integrated. Control is effected through<br />
bus systems (e.g. PROFIBUS DP,<br />
MODBUS). The system can be<br />
extended at any time.<br />
Measure oxygen with LDO:<br />
no maintenance required<br />
The optical measurement principle of<br />
the LDO oxygen sensor guarantees<br />
precise measured values over a long<br />
service life. No calibration is needed,<br />
no membranes or electrolytes need<br />
to be replaced. Simply changing the<br />
sensor cap every two years is suffi cient<br />
to ensure that the sensor continues<br />
to operate reliably and drift-free. LDO<br />
sensors are also available <strong>for</strong> portable<br />
HQD instruments.<br />
Add up to eight sensors: SC 1000 controller<br />
Wastewater treatment <strong>for</strong> assurance of<br />
processes and consent limits<br />
The end result is crucial. Nowhere is this more true than in the case of wastewater, as every failure to comply<br />
with legal limit values comes at a high price. Many years of experience ensure HACH LANGE probes and<br />
analysers can satisfy the high demands associated with salt load, organic components and pH.<br />
www.hach-lange.com<br />
NH4 ISE + NO3 ISE<br />
Stable nitrifi cation, stable<br />
outfl ow values<br />
Nutrient loads that fl uctuate widely<br />
from batch to batch are an obstacle<br />
to effi cient wastewater treatment.<br />
The ion-selective NH4D sc electrode<br />
effectively monitors and regulates the<br />
addition of oxygen to the aeration tank.<br />
Highly precise analysers check that the<br />
limit values <strong>for</strong> nitrogen and phosphate<br />
are not exceeded in the outfl ow of<br />
industrial wastewater treatment plants.
Industrial<br />
infl ow<br />
Laboratory / Control<br />
Sampler<br />
Unique linkage of laboratory and<br />
process analysis<br />
The DR 3800 sc spectrophotometer<br />
brings together measured values<br />
from laboratory and process analysis.<br />
The colour display combines the<br />
measurement result of a 24 hour<br />
mixed sample and the associated<br />
time curve of the online sensor. The<br />
DR 3800 sc can also measure all<br />
important wastewater parameters,<br />
using preprogrammed, plant-specifi c<br />
methods, which can be easily<br />
upgraded.<br />
Aeration<br />
Conductivity<br />
Flow<br />
pH<br />
SAC<br />
TOC<br />
BIOLOGICAL WASTEWATER TREATMENT 7<br />
Aeration<br />
Sludge level<br />
Conductivity<br />
Nitrate<br />
Qxygen<br />
pH<br />
SAC<br />
Turbidity<br />
Water quality station<br />
Pre-dosed cuvette tests <strong>for</strong> safe<br />
handling<br />
The cuvettes contain exact amounts of<br />
ready-to-use reagents and the results<br />
are automatically calculated. Barcodes<br />
identify the cuvettes and<br />
10-measurements are taken per<br />
cuvette rotation to exclude any errors<br />
caused by surface smears, etc. Users<br />
are not required to carry out any<br />
calibration! The closed system ensures<br />
the highest levels of safety <strong>for</strong> both the<br />
analyst and their surroundings, even<br />
under the most diffi cult conditions.<br />
Final sedimentation<br />
Acid capacity<br />
Ammonium<br />
Nitrate<br />
Organic acids<br />
Oxygen<br />
pH<br />
Phosphate, ortho<br />
Solids<br />
Solids<br />
Sludge level<br />
Outfl ow<br />
Sampler<br />
Phosphate Analyser according<br />
yellow-method<br />
15<br />
Ammonium<br />
Conductivity<br />
Flow<br />
Nitrate<br />
Organic acids<br />
pH<br />
Phosphate, ortho<br />
Phosphate, total<br />
SAC<br />
TOC<br />
Turbidity
Parameter Range Product Product description<br />
Flow 0–100 / 0–500 m³/h<br />
0–25,000 m³/h<br />
SITRANS FM MAG 1100F/<br />
MAG3100/MAG5100W SITRANS<br />
FU; SITRANS FU SONO<br />
Magnetic inductive supersonic clamp on,<br />
supersonic matrix contact<br />
Fluoride 0.02–2 mg/l Reagent / LCK, RS, AV (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Formaldehyde 0.003–10 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Hardness 0.05–1,000 mg/l CaCO3 APA6000/ PM 8810 Colorimetry<br />
Hardness, Ca+Mg 0.1–100 mg/l Ca Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Hardness, Ca+Mg 0.15–50 mg/l Mg Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Hardness, Ca+Mg 0.001–4.00 mg/l CaCO3 Reagent / RL (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Hydrazine 0.004–2 mg/l Reagent / LCW, RS, AV<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Hydrazine 0.2–500 ppb Hydrazin Hydrastat 9186 Triple electrode system<br />
Hydrogen 0–10 ppm ORBISPHERE 312XX, 3654 Electrochemical sensor, portable analyser<br />
Hydrogen peroxide 50–150 mg/l Digital titrator Titration test by hand<br />
Hydrogen peroxide 1–10 g/l Reagent / LCW (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Hydrogen/Helium 0–100% ORBISPHERE 31280 Thermal conductivity sensor<br />
Iodine 0.07–7 mg/l Reagent / PP, AV (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Iron 0.005–6 mg/l Reagent / LCW, LCK, PP, RS, RL,<br />
AV (DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Iron II 0.02–3 mg/l Reagent / PP, AV (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Iron II/III 0.2–6 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Lead 0–2 mg/l Reagent test / LCK, RS (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Level 0–100 m SITRANS LR 200, 250/260,<br />
400/460 LU/MultiRanger +<br />
Echomax SITRANS LG 200<br />
Manganese 0.007–20 mg/l Reagent test / LCW, PP<br />
(DR Series)<br />
Radar 6 GHz Puls, 25 GHz Puls, Radar 24 GHz<br />
FMCW supersonic microwave<br />
Photometric test (UV/VIS spectrophotometer)<br />
MEBAK parameters Reagent test / LCK (DR Series) UV/VIS spectrophotometer with special<br />
software <strong>for</strong> MEBAK parameters<br />
Menthol in distillate 0.5–15 mg / 100 ml Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Mercury 0.0001–0.0025 mg/l Reagent test / RS (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Microbiology Total microorganism count,<br />
yeasts, moulds, slime-<strong>for</strong>ming<br />
bacteria, E. coli, total coli<strong>for</strong>ms,<br />
Pseudomonas<br />
Diverse microbiological tests<br />
Molybdenum/Molybdate 0.02–300 mg/l Reagent test / LCK, PP, AV<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Nickel 0.007–6 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Nickel baths, acidic 5–120 g/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Nitrate 0.01–30 mg/l NO3-N Reagent test / LCK, PP, TNT, AV<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Nitrate 0.1–100 mg/l NO3-N NITRATAX plus sc, Optical nitrate sensor<br />
Nitrite 0.0015–250 NO2-N Reagent test / LCK, PP, TNT, AV<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Nitrogen 0–350 ppm ORBISPHERE 315xx, 3654 Nitrogen TC sensor; Nitrogen portable gas<br />
analyser<br />
Nitrogen, tot., TN 1–100 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Nitrogen, total, inorganic 0.2–25 mg/l Reagent test / TNT (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Nitrogen, total, Kjeldahl 1–150 mg/l Reagent test / PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Organic acids 27–2,800 mg/l Reagent test / LCK, RS (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
ORP ±2,000 mV ECO700 ORP [ECO10 ORP] ORP electrode (ORP meter)<br />
ORP ±1,500 mV 1200-S sc, pHD-S sc,<br />
SI 794 / 8351<br />
Blue: laboratory analysis<br />
Red: process measurement technology<br />
Please note: the measuring ranges can vary from instrument to instrument!<br />
ORP process electrodes in combination with<br />
SC controller<br />
17
18<br />
Parameters, measuring ranges and product solutions<br />
Parameter Range Product Product description<br />
Oxygen 0–80,000 ppb ORBISPHERE A1100; M1100;<br />
3650<br />
Oxygen sensor (EC); Luminescent oxygen<br />
sensor; Oxygen portable analyser (reference in<br />
beverage)<br />
Oxygen 0.006–15 mg/l Reagent test / AV (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Oxygen 0–20 mg/l, 0–60 mg/l INTELLICAL ® LDO; INTELLICAL ®<br />
LBOD (HQD30D; HQD40D);<br />
ECO901 oxi (ECO30 oxi)<br />
O2 electrodes (meter)<br />
Oxygen 0–1,000 ppb LANGE LDO sc, 5740 sc, SI 792, LDO: optical luminescent sensor, 5740: Ni/Pb<br />
SI 794, OXISTAT<br />
galvanic sensor, sensors in combination with<br />
controller, OXISTAT: amperometric<br />
measurement<br />
Oxygen 0–80,000 ppm POLYMETRON 9183; 9182 Oxygen Analyser, EC-sensor<br />
Oxygen 0–20,000 ppb ORBISPHERE G1100; G1200; Oxygen luminescent sensor, G1200 nuclear<br />
3650; A1100<br />
application; O2 and H2 Portable analyser;<br />
Oxygen EC sensor<br />
Oxygen + Carbon dioxide 1 ppb – 20 ppm O2 ORBISPHERE 3625 Package analyser <strong>for</strong> breweries lab: quality<br />
0–10 g/kg CO2 control and fi ller troubleshooting<br />
Oxygen scavenger 0.0005–0,6 mg/l DEHA Reagent test / PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Oxygen scavenger 0–500 ppb POLYMETRON 9186 Oxygen Scavenger analyser via hydrazine and<br />
carbohydrazide detection<br />
Ozone 5 ppb – 200 ppm ORBISPHERE 313xx O3 (EC) Sensor. Large range due to 2 different<br />
membranes<br />
Ozone 0.01–3.8 mg/l Reagent test / LCK, AV (DR<br />
Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Ozone 0.005–2 mg/l OZONMAT 9185 Amperometric sensor<br />
P + M value (alkalinity) 10–4,000 mg/l CaCO3 Digital titrator Titration test by hand<br />
P + M value (alkalinity) 10–1,000 mg/l CaCO3 APA6000 Colorimetric and titrimetric measurement<br />
Particle counters 1–100 µm ARTI WPC 21, 22 Particle counter<br />
PCB 1, 5, 10, 50 ppm threshold<br />
value<br />
Reagent test / IM (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
pH value 7.5–10.5 POLYMETRON 9123 pH Calculator; pH calculation via differential<br />
conductivity<br />
pH value 0–14 POLYMETRON 8362 pH Pure water sensor<br />
pH value 0–14 INTELLICAL ® pHC (HQ11D;<br />
HQ30D; HQ40D); ECO501 pH;<br />
ECO502 pH, ECO801 multi<br />
(ECO10 pH; ECO40 multi)<br />
pH electrode (meter)<br />
pH value 0–14 8362, 1200-S sc, pHD-S sc pH process electrode and SC contoller<br />
pH / ORP value 0–14 POLYMETRON 8350/51 pH/redox combination probes<br />
Phenol 0.002–200 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Phosphate 0.05–50 mg/l PO4-P PHOSPHAX sc Photometric phosphate analyser<br />
Phosphate 0–50,000 ppb POLYMETRON 9211 Phosphate multi-channel analyser (1-6)<br />
Phosphate, ortho + total 0.01–20 mg/l PO4-P Reagent test / LCK, TNT<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Phosphate, ortho + total 0.01–5 mg/l PO4-P PHOSPHAX sigma Photometric phosphate analyser including<br />
sample digestion<br />
Phosphonates 0.02–125 mg/l Reagent test / PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Phosphorus, ortho 0.02–100 mg/l PO4 Reagent test / LCK, RL, RS, AV,<br />
TNT, PP (DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Phosphorus, total 0.06–100 mg/l PO4 Reagent test / TNT (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Photometric iodine sample Iodine value >0.2 Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Potassium 0.1–50 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Pressure 0–40 / 0–400 / 0–700 bar SITRANS P compact/P300/DSIII Relative-/ absolute-/ and differential pressure<br />
Reducing agents <strong>for</strong> boiler water 0.02–1 mg/l DEHA Reagent / LCW (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
SAC254 0.01–3,000/m UVAS sc Optical measurement of solved organic<br />
compounds, TOC/COD-correlation possible<br />
Salinity 0–100 ppt Digital titrator Titration test by hand<br />
Sampler Mobile and stationary BÜHLER 4010, SIGMA SD 900,<br />
SIGMA 900<br />
Automatic sampler (mobile and stationary)<br />
Selenium 0.01–1 mg/l Reagent test / RS (DR Series) Photometric test (UV/VIS spectrophotometer)
Parameter Range Product Product description<br />
Silica 0–5,000 ppb POLYMETRON 9210 Silica analyser<br />
Silica 0.003–100 mg/l SiO2 Reagent test / LCW, PP, RL<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Silica 0–1,000 ppb SiO2 SILCOSTAT 9210 Photometric<br />
Silver 0.005–2,500 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Sludge activity 5–200 µg Formazan Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Sludge level 0.2–12 m SONATAX sc Ultrasonic sluge level detection<br />
Sodium 0.01–20 ppm POLYMETRON 9240; 9245 Sodium multi- and single-channel analyser<br />
Sodium 0.0001–10,000 mg/l SODIMAT 9073 Autoscan analyser<br />
Solids 0.001–500 g/l TS SOLITAX sc Infrared duo straylight photometer<br />
Starch 2–150 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Sulphate 2–900 mg/l Reagent test / LCK, PP and AV<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Sulphide 0.005–2 mg/l Reagent / LCK, LCW, RS<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Sulphite 0.1–5 mg/l Reagent test / LCW, HPT<br />
(DR Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
Surfactants, anionic 0.002–2 mg/l Reagent test / LCK, RS (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Surfactants, cationic 0.2–2 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Surfactants, nonionic 0.2–20,000 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Tannin and lignin 0.1–9.0 mg/l Reagent test / RS (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Temperature 0–1,250 °C SITRANS T (TH200/300/400) Resistance thermometer, thermocouple<br />
Tin 0.1–2 mg/l Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
TOC 0–50 ppm ANATEL A4000/ ASTRO TOC TOC analyser<br />
TOC 0.3–3,000 mg/l Reagent test / LCK, TNT (DR<br />
Series)<br />
Photometric test (UV/VIS spectrophotometer)<br />
TOC 0.01–20,000 mg/l TOCTAC, Astro UV TOC analyser, TOC analyser with UV digestion<br />
Tolyltriazole 1–20 mg/l Reagent test / PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Toxicity 0–100% Inhibition Reagent test / PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
TPH in water Threshold 2–200 mg/l Reagent test / IM (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Turbidity 0.001–1,000 FNU 2100N IS, AN IS, 2100P ISO Turbidimeter<br />
Turbidity 0.0001–9,999 FNU COSMOS-25, HT, VARI, XL;<br />
SOLITAX sc, SURFACE SCATTER<br />
SS7 sc, ULTRATURB sc,<br />
1720E sc, FT 660 sc<br />
Sensor <strong>for</strong> turbidity (nephelometry)<br />
Vicinal diketones 0.015–0.5 mg/kg Diacetyl Reagent test / LCK (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
Water determination, Karl Fischer 0.1–100 % TITRALAB 980 Automatic titration<br />
Zinc 0.01–6 mg/l Reagent test / LCK, PP (DR Series) Photometric test (UV/VIS spectrophotometer)<br />
LCK ➔ LANGE cuvette test HPT ➔ HACH pipette test RS ➔ Reagent solution<br />
LCW ➔ LANGE pipette test PP ➔ Powder Pillow test IM ➔ Immunoassay<br />
TNT ➔ TEST‘N‘TUBE AV ➔ ACCUVAC RL ➔ Rapid-Liquid-System<br />
Blue: laboratory analysis<br />
Red: process measurement technology<br />
Please note: the measuring ranges can vary from instrument to instrument<br />
For in<strong>for</strong>mation and advice, just call us!<br />
UK: (0161) 872 14 87<br />
IRELAND: (01) 460 25 22<br />
www.hach-lange.com<br />
19
INDUSTRY_SERVICES<br />
Wide range of service solutions<br />
to suit your needs<br />
75 years of analytical quality<br />
Made-to-measure solutions <strong>for</strong><br />
customers have been a HACH LANGE<br />
priority <strong>for</strong> 75 years. Customer<br />
requirements and wishes have been a<br />
crucial infl uence on the development of<br />
new products and services. The focus<br />
is on simple operation, the highest<br />
levels of user safety and reliable<br />
analysis results.<br />
What level of service would you<br />
like?<br />
You can choose the type and scope of<br />
service. Our qualifi ed technicians are<br />
close at hand wherever you are.<br />
The purchase of your instrument is<br />
followed by careful commissioning,<br />
with training <strong>for</strong> your employees.<br />
You then select a service package<br />
appropriate to your needs. The options<br />
range from a simple one-off inspection<br />
without a contract to an all-inclusive<br />
package with remote maintenance<br />
(24/7), on-site-service and an extended<br />
warranty period of 5 years.<br />
Key brands under one roof<br />
HACH, LANGE, SIGMA, PACIFIC SCIENTIFIC, CONTRONIC, RADIOMETER<br />
ANALYTICAL, BÜHLER MONTEC, ORBISPHERE, POLYMETRON, ASTRO,<br />
LACHAT, ANATEL, MET ONE, HIAC, GLI, EVITA, ZÜLLIG<br />
and Partnership with SIEMENS.<br />
HACH LANGE – the specialists <strong>for</strong> water analysis<br />
Everything from<br />
a single supplier<br />
Whether fi eld or laboratory analysis,<br />
samplers or process measurement<br />
technology, HACH LANGE stands <strong>for</strong><br />
the total spectrum of water analysis.<br />
From visual methods to comprehensive<br />
systems of reagents, mesurement<br />
technology and accessories.<br />
HACH LANGE Services<br />
Contact us to place an order,<br />
request in<strong>for</strong>mation or receive<br />
technical support.<br />
On site technical support.<br />
Service packages and extended<br />
warranty up to 5 years.<br />
Seminars and workshops:<br />
Practical and hands on training.<br />
For every application Parameters from A to Z<br />
Solutions from HACH LANGE are<br />
tailor-made <strong>for</strong> wastewater, drinking<br />
water or process water – <strong>for</strong> reliable<br />
control of operational processes<br />
and monitoring of legally prescribed<br />
limit values.<br />
From Ammonium to Zinc – consistently<br />
user friendly and proven in<br />
daily practice. Regulatory bodies<br />
and industry know they can rely on<br />
HACH LANGE solutions <strong>for</strong> everything<br />
from sample preparation to<br />
quality control.<br />
DOC030.52.10004.Apr09