Water Quality Monitoring Plan - Regional District of North Okanagan
Water Quality Monitoring Plan - Regional District of North Okanagan Water Quality Monitoring Plan - Regional District of North Okanagan
Regional District of North Okanagan 2013 Greater Vernon Water Water Quality Monitoring and Reporting Plan Program prepared by: Renee Clark Water Quality Manager Work Schedules prepared by: Connie Kruger Water Quality Technologist
- Page 2 and 3: Greater Vernon Water Table of Conte
- Page 4 and 5: Greater Vernon Water E. coli - Esch
- Page 6 and 7: Greater Vernon Water 2 SOURCE WATER
- Page 8 and 9: Greater Vernon Water Duteau Creek W
- Page 10 and 11: Greater Vernon Water Table 5 Compre
- Page 12 and 13: Greater Vernon Water reasons, Maxim
- Page 14 and 15: Greater Vernon Water Sampling Point
- Page 16 and 17: Greater Vernon Water Sampling Point
- Page 18 and 19: Greater Vernon Water 4.2.3 The Outb
- Page 20 and 21: Greater Vernon Water problematic or
- Page 22 and 23: Greater Vernon Water 6 APPENDICES 2
- Page 24 and 25: APPENDIX A Water Quality Monitoring
- Page 26 and 27: Legend Sampling Stations - Water Sy
- Page 28 and 29: APPENDIX B Parameters and Schedule
- Page 30 and 31: 3rd Tuesday Yearly Sampling (July)
- Page 32 and 33: 3rd Tuesday of every month Monthly
- Page 34 and 35: 3rd Tuesday of every 3rd month Quar
- Page 36 and 37: 3rd Tuesday of every month Distribu
- Page 38 and 39: (Mar, Jun, Sep, Dec) THM's, HAA's &
- Page 40 and 41: Duteau Watershed Sites: 13 km Haddo
- Page 42 and 43: Yearly Site Bottles Parameters 13 k
- Page 44 and 45: Duteau Creek Water Treatment Plant
- Page 46 and 47: Route Date:________________________
- Page 48 and 49: Date:___________________________ We
- Page 50 and 51: Date:___________________________ We
<strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong> <strong>Okanagan</strong><br />
2013<br />
Greater Vernon <strong>Water</strong><br />
<strong>Water</strong> <strong>Quality</strong><br />
<strong>Monitoring</strong> and Reporting <strong>Plan</strong><br />
Program prepared by:<br />
Renee Clark<br />
<strong>Water</strong> <strong>Quality</strong> Manager<br />
Work Schedules prepared by:<br />
Connie Kruger<br />
<strong>Water</strong> <strong>Quality</strong> Technologist
Greater Vernon <strong>Water</strong><br />
Table <strong>of</strong> Contents<br />
1 INTRODUCTION......................................................................................... 3<br />
1.1 Background .......................................................................................................... 3<br />
1.2 Acronyms and Definitions ..................................................................................... 3<br />
1.3 <strong>Quality</strong> Assurance and <strong>Quality</strong> Control Program ................................................... 4<br />
2 SOURCE WATER ....................................................................................... 6<br />
2.1 Source <strong>Water</strong> <strong>Quality</strong> Program ............................................................................. 6<br />
2.1.1 Sampling locations ....................................................................................................... 6<br />
2.2 Source <strong>Monitoring</strong> Schedule for Greater Vernon <strong>Water</strong> <strong>Quality</strong> Program .............. 8<br />
2.2.1 Bacteriological ............................................................................................................. 9<br />
2.2.2 Giardia and Cryptosporidium ....................................................................................... 9<br />
2.2.3 Turbidity ....................................................................................................................... 9<br />
2.2.4 Chemical and Physical ................................................................................................ 9<br />
3 TREATMENT AND DISINFECTION FACILITIES ...................................... 11<br />
3.1 Duteau Creek <strong>Water</strong> Treatment <strong>Plan</strong>t ................................................................. 11<br />
3.2 Mission Hill UV Disinfection <strong>Plan</strong>t ....................................................................... 11<br />
3.3 Sodium Hypochlorite ........................................................................................... 11<br />
4 TRANSMISSION / DISTRIBUTION SYSTEM ........................................... 11<br />
4.1 Distribution <strong>Water</strong> <strong>Quality</strong> Program ..................................................................... 11<br />
4.1.1 Sampling Stations - Type, Location and Number ...................................................... 12<br />
4.2 Distribution <strong>Monitoring</strong> Schedule for GVW <strong>Quality</strong> Program ............................... 13<br />
4.2.1 Duteau and Kalamalka Lake Distribution Sampling Sites ......................................... 13<br />
4.2.2 The Outback and Delcliffe <strong>Water</strong> Systems ................................................................ 17<br />
4.2.3 The Outback and Delcliffe Distribution Sampling Sites ............................................. 18<br />
4.3 Bacteriological .................................................................................................... 18<br />
4.4 Routine Chemical and Physical Parameters ....................................................... 19<br />
4.4.1 Trihalomethane’s and HAA’s ..................................................................................... 20<br />
5 REPORTING ............................................................................................. 21<br />
6 APPENDICES ........................................................................................... 22<br />
6.1 Appendix A – <strong>Water</strong> <strong>Quality</strong> <strong>Monitoring</strong> Stations .....................................................<br />
6.2 Appendix B – Parameters and Schedule ................................................................<br />
6.3 Appendix C – Operator Worksheets .......................................................................<br />
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1 INTRODUCTION<br />
1.1 Background<br />
As guidance for Greater Vernon <strong>Water</strong> (GVW) <strong>Quality</strong> Program, the Guidelines for<br />
Canadian Drinking <strong>Water</strong> <strong>Quality</strong> (GCDWQ), the British Columbia Drinking <strong>Water</strong><br />
Protection Act and Regulation and the British Columbia Approved <strong>Water</strong> <strong>Quality</strong><br />
Guidelines (Criteria) have been drawn on to develop this “Reporting and <strong>Monitoring</strong><br />
<strong>Plan</strong>”. The program is designed to monitor weekly and monthly variations in the water<br />
quality and annual trending.<br />
GVW water quality staff monitors the source water in the watersheds, at the intakes and<br />
the wellheads before treatment or disinfection. At this time there are six surface water<br />
intakes and two ground water wells. The source water monitoring program is discussed<br />
in Section 2.<br />
The treatment and disinfection facilities are monitored by the <strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong><br />
<strong>Okanagan</strong> (RDNO) Operators and the <strong>Water</strong> <strong>Quality</strong> staff. This portion <strong>of</strong> the water<br />
quality program is discussed in Section 3.<br />
The GVW transmission and distribution system monitoring program incorporates<br />
certified operators from the City <strong>of</strong> Vernon and the <strong>District</strong> <strong>of</strong> Coldstream to sample at<br />
designated sites. During regular operations there are two distinct potable water systems<br />
(Duteau Creek and Kalamalka Lake) where dedicated sample sites are monitored as<br />
outlined in Section 4.<br />
As <strong>of</strong> 2013 there are three distinct irrigation distribution systems. These systems will<br />
have limited water quality analysis.<br />
GVW also manages two stand alone water systems, the Outback and Delcliffe. Both <strong>of</strong><br />
these systems are included in Sections 2 and 4.<br />
1.2 Acronyms and Definitions<br />
Aesthetic Objectives (AO) - GCDWQ applies these objectives to different substances<br />
in water that may affect the acceptance by the customer<br />
Colisure – a product used to detect Total Coliform and E.coli in water. Total Coliform<br />
metabolize Colisure’s nutrient - indicator CPRG that turns the sample from a yellow to<br />
red magenta. When E.coli metabolizes the Colisure nutrient –indicator MUG, the sample<br />
fluoresces when exposed to UV light<br />
Colitag - a product used to detect Total Coliform and E.coli in water. The Colitag<br />
detects Total Coliform using ONPG, producing a distinct yellow color if Coliform is<br />
present. For detection <strong>of</strong> E.coli, Colitag utilizes MUG. The reaction by-product<br />
fluoresces when exposed to UV light<br />
DWPA - Drinking <strong>Water</strong> Protection Act<br />
DWPR- Drinking <strong>Water</strong> Protection Regulations<br />
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E. coli - Escherichia coli is a gram negative rod <strong>of</strong> the family Enterobacteriaceae. Most<br />
strains <strong>of</strong> E.coli do not produce debilitating toxins but there are a few strains that are one<br />
being the E.coli O157:H7 strain<br />
GCDWQ - Guidelines for Canadian Drinking <strong>Water</strong> <strong>Quality</strong><br />
GVW- Greater Vernon <strong>Water</strong> is a service <strong>of</strong> the <strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong> <strong>Okanagan</strong>.<br />
HPC - Heterotrophic Plate Count<br />
IMAC - Interim Maximum Concentrations - GCDWQ have established these<br />
concentrations for which estimates lifetime risks <strong>of</strong> cancer associated with the guideline<br />
MAC - Maximum Acceptable Concentrations - GCDWQ have established these<br />
concentrations for different substance which may have adverse effects on health<br />
MF – Membrane Filtration - testing method that theoretically detect a single bacterium in<br />
a 100 - mL sample<br />
MPN – Most Probable Number – estimate <strong>of</strong> Coliform density<br />
P/A – Presence/Absence procedure used to detect the presence <strong>of</strong> Total Coliform and<br />
E.coli<br />
Quanti-Tray ® Enumeration procedure - used to numerate Colisure and Colitag<br />
procedures by counting the number <strong>of</strong> positive wells and referring to the MPN table<br />
RDNO – <strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong> <strong>Okanagan</strong><br />
SCADA - Supervisory Control and Data Acquisition - communication system<br />
Source <strong>Water</strong> - Untreated water before or as it enters the GVW water supply intakes<br />
TC -Total Coliform group is a gram negative, non-spore forming rod-shaped bacteria. A<br />
group <strong>of</strong> specific bacteria called indicator bacteria which indicate a probable presence <strong>of</strong><br />
pathogenic bacteria<br />
<strong>Water</strong> Distribution System - RDNO owned and administrated by GVW. Operations<br />
contracted to the City <strong>of</strong> Vernon and the <strong>District</strong> <strong>of</strong> Coldstream<br />
<strong>Water</strong> Trax – internet based data management s<strong>of</strong>tware system<br />
1.3 <strong>Quality</strong> Assurance and <strong>Quality</strong> Control Program<br />
The following steps have been employed by GVW to ensure reliable and meaningful<br />
information from the water quality monitoring program.<br />
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As directed in the Drinking <strong>Water</strong> Protection Act and Regulations a water supplier is<br />
required to have their bacteriological water monitoring analyses completed by an<br />
accredited laboratory that is approved by the Provincial Health Officer. GVW has<br />
employed Caro Environmental Services to analyze bacteriological samples plus a<br />
multitude <strong>of</strong> other parameters.<br />
Due to the nature <strong>of</strong> the water system there are a number <strong>of</strong> operators taking water<br />
quality samples and performing field measurements. Annual Operator <strong>Water</strong> <strong>Quality</strong><br />
Training is provided to verify that results are obtained correctly; duplicate samples are<br />
taken at locations which coincide with the sampling schedule.<br />
A Field Instrumentation <strong>Quality</strong> Assurance Maintenance Program is scheduled on the<br />
fourth week <strong>of</strong> the month for field equipment cleaning and calibration; pH & conductivity<br />
monthly, turbidity every three months and chlorine verification (secondary standards)<br />
every 6 months. It is expected that operators calibrate conductivity meters weekly before<br />
sampling routine.<br />
<strong>Quality</strong> Control measures practiced for the RDNO/GVW lab are duplicates sent to Caro<br />
Environmental three or four times a year for parameters other than bacterial. The <strong>Water</strong><br />
<strong>Quality</strong> Program also includes an annual <strong>Quality</strong> Control with a third party inspection and<br />
calibration <strong>of</strong> lab equipment and instrumentation. This includes the incubator and DR<br />
5000 UV-Vis Spectrophotometer.<br />
The GVW laboratory performs the following weekly testing source water (untreated):<br />
1. Most Probable Number for Total Coliform; and<br />
2. E.coli with the Quanti-Tray® Enumeration Procedure on source water (untreated)<br />
weekly.<br />
Operators are requested to take an extra bacterial sample Presence/Absence (P/A) at<br />
all sites that have a free chlorine residual below 0.20 mg/L. The GVW laboratory also<br />
performs a "Most Probable Number" procedure at sites that have free chlorine residual<br />
<strong>of</strong> less than 0.20 mg/L. These samples work as an indicator for water degradation in the<br />
water distribution system. This also provides the utility with a quality control measure on<br />
bacterial samples sent to the accredited lab.<br />
The <strong>Quality</strong> Control procedure to ensure each lot <strong>of</strong> Colisure and Colitag are<br />
providing correct information includes the inoculation <strong>of</strong> three sterile vessels with:<br />
1. Quanti-Cult E.coli<br />
2. Quanti–Cult Klebsiella pneumoniae<br />
3. Quanti-Cult Pseudomonas<br />
Following inoculation the vessels are observed and the results documented.<br />
All samples are collected and shipped in accordance with the 21 st Edition 2005 Standard<br />
Methods for The Examination <strong>of</strong> <strong>Water</strong> and Wastewater (APHA, AWWA, and WEF). A<br />
sample confirmation or requisition and chain <strong>of</strong> custody form accompany all samples<br />
sent to the certified lab.<br />
<strong>Water</strong> <strong>Quality</strong> Staff are preparing a QA/QC program that will be implemented in 2013.<br />
The program will be provided to IH by September 2013.<br />
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2 SOURCE WATER<br />
2.1 Source <strong>Water</strong> <strong>Quality</strong> Program<br />
The source water quality program is designed to compare source water with guidelines,<br />
criteria and regulations that have been set for both health and aesthetic reasons. It is<br />
also designed to observe seasonal trends that may affect treatment and chlorine<br />
demand, and to monitor for potential threats from watershed land use practices.<br />
Source water quality monitoring is an important component <strong>of</strong> the multi-barrier approach<br />
and drinking water management. It is important for monitoring programs to be as<br />
comprehensive as possible. (Source to Tap: Guidance on the Multi-Barrier Approach to Safe Drinking<br />
<strong>Water</strong>; Canadian Council <strong>of</strong> Ministers <strong>of</strong> the Environment, 2004)<br />
Specific water quality objectives include:<br />
1) Early warning or detection by using a few core parameters as detection indicators<br />
i.e. Parameters include turbidity, temperature, pH, conductivity, and bacteria (Total<br />
Coliform and E.coli). Some <strong>of</strong> these parameters are incorporated in the “GVW<br />
Deviation Response <strong>Plan</strong> for <strong>Water</strong> <strong>Quality</strong>”.<br />
2) Systematic screening or periodic surveillance <strong>of</strong> targeted contaminants or activities.<br />
To meet these objectives GVW has an active <strong>Water</strong>shed <strong>Monitoring</strong> Program, with a<br />
stakeholder advisory committee that meets twice a year for the Duteau Creek<br />
<strong>Water</strong>shed Assessment Protection and Response <strong>Plan</strong>. A Kalamalka Lake / Coldstream<br />
Creek Stakeholder Technical Advisory Committee will be activated in 2013 to establish<br />
terms <strong>of</strong> reference for the committee and develop a <strong>Water</strong>shed Assessment Protection<br />
and Response <strong>Plan</strong>.<br />
Greater Vernon <strong>Water</strong> is committed to long-term monitoring for all sources.<br />
2.1.1 Sampling locations<br />
GVW utilizes four (4) surface water intakes for domestic/potable purposes. These<br />
sources Kalamalka Lake, Duteau Creek and <strong>Okanagan</strong> Lake are routinely monitored<br />
weekly and monthly. GVW will also utilize one (1) groundwater well for seasonal peak<br />
demand and one (1) groundwater well for emergency purposes. These sources are<br />
monitored before and when in use. In 2013 Deer Creek (King Edward), Coldstream<br />
Ranch Well # 2 , Goose Lake and untreated Duteau Creek (Von Keyserlingk) water will<br />
be used for irrigation water only.<br />
The following tables outline the sources, sampling point locators for <strong>Water</strong> Trax and a<br />
descriptor <strong>of</strong> the site. Sampling location maps are located in the Appendices.<br />
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Table 1 Domestic Potable <strong>Water</strong> Sources<br />
Intake/ Source<br />
Year -round<br />
<strong>Water</strong> Trax<br />
Sampling<br />
point Locator<br />
Sample Location Comment<br />
Kalamalka Lake 6D65 An outside sample station is located on south side<br />
<strong>of</strong> the Kal Pump Station 13204 Westkal Road,<br />
Coldstream<br />
Duteau Creek 6CC4 Sample site inside Headgates Chlorine Building –<br />
raw water line: at 95 Lewis Road, RDNO, Electoral<br />
Area D<br />
The Outback –<br />
<strong>Okanagan</strong> Lake<br />
Small <strong>Water</strong> System.<br />
Delcliffe – <strong>Okanagan</strong><br />
Lake<br />
Small <strong>Water</strong> System.<br />
1729C Sample line inside lake pump station at 9845<br />
Eastside Road, Vernon.<br />
14BBE<br />
No raw water sample line at this time – intake<br />
reconstruction in 2012 – pump station at 9740<br />
Cameron Road, Vernon<br />
Table 2<br />
Seasonal or Emergency Wells<br />
Seasonal or Emergency<br />
Wells<br />
Coldstream Ranch Well<br />
#1<br />
<strong>Water</strong> Trax<br />
Sampling<br />
point Locator<br />
6CC8<br />
Sample Location Comment<br />
Pre- chlorination. Well Pump Station is located on<br />
Coldstream Ranch. Wellhead at 8700 Hwy 6, near<br />
intersection <strong>of</strong> Kalamalka Lake Road<br />
Antwerp Deep Well 6CC3 Pre-chlorination. Well Pump Station is located on<br />
6282 Hwy 6.<br />
Table 3<br />
<strong>Water</strong>shed Sample Sites<br />
Duteau Creek <strong>Water</strong>shed <strong>Water</strong> Trax Sample Location Comment<br />
Sampling point<br />
Locator<br />
Grizzly Outflow CBE3 Dam structure Outflow<br />
Aberdeen Outflow 248AB Dam structure Outflow<br />
Haddo Weir 6A16 Sample on south side <strong>of</strong> weir. Outflow <strong>of</strong><br />
Haddo Lake<br />
Duteau Creek Bridge 6A17 Downstream <strong>of</strong> Bridge at 12 km on Haddo<br />
Main<br />
14 km Tributary 6D86 Aberdeen Main – Downstream <strong>of</strong> culvert<br />
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Duteau Creek <strong>Water</strong>shed<br />
<strong>Water</strong> Trax<br />
Sampling point<br />
Locator<br />
Sample Location Comment<br />
18 km Tributary 6D8F Aberdeen Main – downstream <strong>of</strong> culvert<br />
13 km Tributary 6D92 Haddo Main – upstream <strong>of</strong> culvert<br />
16 km Tributary * new 2013 Possible new site – Aberdeen Main<br />
Kalamalka Lake /<br />
Coldstream Creek<br />
<strong>Water</strong>shed<br />
<strong>Water</strong> Trax<br />
Sampling point<br />
Locator<br />
Sample Location Comment<br />
Howe Drive – Coldstream<br />
Creek<br />
Kirkland Dr – Coldstream<br />
Creek<br />
Noble Canyon –<br />
Coldstream Creek<br />
27619 Downstream <strong>of</strong> Culvert/bridge on Howe<br />
Drive<br />
1ECB7<br />
Upstream <strong>of</strong> bridge - approx. 20 m<br />
*new 2013<br />
Downstream <strong>of</strong> Survey Canada station<br />
Table 4<br />
Irrigation <strong>Water</strong> Sources, <strong>Water</strong>shed and Sample stations<br />
Intake/ <strong>Water</strong>shed<br />
Irrigation<br />
<strong>Water</strong> Trax<br />
Sampling point<br />
Locator<br />
Sample Location Comment<br />
Deer Creek (King Edward 5E90 Intake pond - Grab sample in front <strong>of</strong><br />
screens. Deer Creek is a tributary to<br />
Coldstream Creek<br />
King Edward Weir B5F5 Dam structure outlet<br />
9.5 km Express B5F6 Creek sample upstream <strong>of</strong> culvert<br />
Coldstream Ranch Well #2 6CC9 Well located on Coldstream Ranch.<br />
Goose Lake – 3 m lake<br />
sampling<br />
Goose Lake – site when<br />
lake is in use<br />
10663 Seasonal - Balancing Open Reservoir –<br />
sampled from boat near intake screen<br />
6CC5<br />
Raw water Copper Line in Chlorine building.<br />
Von Keyserlingk SS 2420B Irrigation SS near Von Keyserlingk PS<br />
2.2 Source <strong>Monitoring</strong> Schedule for Greater Vernon <strong>Water</strong> <strong>Quality</strong> Program<br />
Samples for source water are collected weekly, upstream <strong>of</strong> chlorination points at<br />
intakes, pump stations or wellheads. Dedicated copper lines or hose bibs have been<br />
installed at most sites. The Appendix B outlines weekly, monthly and quarterly<br />
parameters.<br />
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2.2.1 Bacteriological<br />
Samples <strong>of</strong> untreated water are collected weekly at water supply intakes and analyzed<br />
for Total Coliform and E.coli. Heterotrophic Plate Counts are collected at wells monthly<br />
and at start up as an indicator <strong>of</strong> microbial changes in the aquifer.<br />
Bacterial levels at the source are indicators <strong>of</strong> contamination. Historical data has<br />
assisted in developing trending for each source and therefore a deviation from the<br />
“norm” initiates a response. The response includes a second bacterial sample for<br />
confirmation, a site visit to investigate, and possibly determine, the contamination<br />
source. E.coli levels that rise above and remain high over an extended period <strong>of</strong> time will<br />
undergo further evaluation.<br />
2.2.2 Giardia and Cryptosporidium<br />
Studies have been conducted on most surface sources which include Duteau Creek,<br />
Kalamalka Lake at the West Kal intake, Goose Lake reservoir, BX Creek and Deer<br />
Creek. All sites have had Giardia and Cryptosporidium counts.<br />
A budget has been established for Giardia and Cryptosporidium testing in 2013 but<br />
sampling has not been scheduled. If more current data is needed to apply for Filtration<br />
Deferral; equipment and filters are available to proceed immediately.<br />
2.2.3 Turbidity<br />
Kalamalka Lake, Duteau Creek, the Outback, CR Well #1 and Antwerp Deep Well have<br />
on-line Turbidimeters and are monitored by SCADA. If the source is being used, a handheld<br />
comparison is completed weekly. <strong>Water</strong> <strong>Quality</strong> staff calibrate hand-held meters<br />
every 3 months and on – line Turbidimeters are calibrated by operations as specified in<br />
the instrument manual.<br />
The Turbidity Index is provided to customers on the RDNO website:<br />
http://www.rdno.ca/index.php/services/engineering/water/greatervernonwater/notifications<br />
The Index is calculated by averaging 24 readings in a day. The Turbidity Index is<br />
reported from the Mission Hill Treatment <strong>Plan</strong>t before ultra violet disinfection and at the<br />
Duteau Creek Treatment <strong>Plan</strong>t Reservoir before entering the distribution main.<br />
Monthly water quality reports and the “GVW, <strong>Water</strong> <strong>Quality</strong> Deviation Response <strong>Plan</strong>”<br />
provide further details as to turbidity events and/or trigger levels for response and<br />
notification.<br />
2.2.4 Chemical and Physical<br />
A comprehensive sample is taken annually for each source before treatment or<br />
disinfection and at three sites within distribution. The comprehensive list <strong>of</strong> parameters is<br />
outlined below. The star parameters* are on surface water only.<br />
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Table 5<br />
Comprehensive <strong>Water</strong> Analysis<br />
Parameters<br />
Alkalinity (Total)<br />
Magnesium (Total)<br />
Aluminum (Dissolved)<br />
Manganese (Total)<br />
Antimony (Total)<br />
Mercury (Total)<br />
Arsenic (Total)<br />
Molybdenum (Total)<br />
Barium (Total)<br />
Nitrate<br />
Boron (Total)<br />
Nitrite<br />
Cadmium (Total)<br />
pH<br />
Calcium (Total)<br />
Potassium<br />
Chloride<br />
Selenium<br />
Chromium (Total)<br />
Sodium (Total)<br />
Color (True)<br />
Sulphate<br />
Conductance @ 25 C<br />
Turbidity<br />
Copper (Total)<br />
Uranium (Total)<br />
Cyanide (Total)<br />
Zinc (Total)<br />
Dissolved Solids (Total) Dissolved Organic Carbon*<br />
Fluoride UV 254 *<br />
Hardness (Total)<br />
Total Dissolved Phosphorous*<br />
Iron (Total)<br />
Lead (Total)<br />
Total Kjeldahl Nitrogen*<br />
The seasonal and weekly schedule for chemical and physical parameters for each<br />
source is outlined in the Appendices. The analysis is completed in the field, the GVW<br />
lab, or at a certified lab.<br />
Other parameters may be included when specific concerns arise. For example:<br />
• Ammonia, Nitrites, Nitrates, Phosphorous<br />
• Pesticide scans<br />
• Hydrocarbon scans<br />
• Volatile Organic Compounds<br />
Historical data from 2003 onward is available in <strong>Water</strong> Trax for most sources.<br />
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3 TREATMENT AND DISINFECTION FACILITIES<br />
3.1 Duteau Creek <strong>Water</strong> Treatment <strong>Plan</strong>t<br />
Duteau Creek <strong>Water</strong> Treatment <strong>Plan</strong>t (DCWTP) – Course Screening, Flocculation,<br />
Dissolved Air Floatation (DAF) and chlorine is generated on site.<br />
The Treatment <strong>Plan</strong>t operators complete the following sampling and analysis:<br />
−<br />
−<br />
−<br />
−<br />
−<br />
Raw <strong>Water</strong>: Daily- Turbidity, Temperature, pH, Conductivity, Alkalinity, True<br />
Color, Online DOC meter. Once a week - Total Aluminum<br />
DAF basins: Turbidity is completed daily<br />
DAF Effluent: (Before Chlorination) Daily: Turbidity, pH, Alkalinity, True Colour<br />
Twice a week – Dissolved Aluminum<br />
Reservoir Effluent: Daily: Chlorine Residual, pH, Turbidity, Temperature<br />
<strong>Water</strong> <strong>Quality</strong> staff sample and analyze at the Reservoir outlet. Bacteria, chlorine,<br />
conductivity, temperature and turbidity are completed weekly. The Monthly and Quarterly<br />
sampling schedules are outlined in the Appendices. The Chlorine Contact Time (CT) is<br />
applied at DCWTP reservoir. Calculations are completed daily and chlorine dosage can<br />
be altered if required.<br />
3.2 Mission Hill UV Disinfection <strong>Plan</strong>t<br />
The Mission Hill <strong>Water</strong> Treatment (MHWTP) consists <strong>of</strong> ultraviolet light disinfection and<br />
chlorination, generated on site. A chlorine residual analyzer monitors free chlorine levels<br />
after 20 minutes <strong>of</strong> contact. The UV Transmissivity is monitored on-line before the<br />
reactors. Both instruments are alarmed for low levels. Weekly grab samples are<br />
analyzed at the GVW lab for both filtered and unfiltered UV Transmissivity. Bacteria<br />
samples are taken at a sample site located after Contact time two days per week<br />
(Tuesday and Thursday).<br />
3.3 Sodium Hypochlorite<br />
The Coldstream Ranch Well #1 and the Antwerp Deep Well are equipped with sodium<br />
hypochlorite tote/tank systems. Both are equipped with Chlorine residual analyzers<br />
which report to SCADA.<br />
4 TRANSMISSION / DISTRIBUTION SYSTEM<br />
4.1 Distribution <strong>Water</strong> <strong>Quality</strong> Program<br />
This portion <strong>of</strong> the water quality program is designed to meet the community water<br />
system regulations prescribed by the British Columbia Drinking <strong>Water</strong> Protection<br />
Regulation (Drinking <strong>Water</strong> Protection Act) Schedules A and B. Supporting the design is<br />
also the Canadian Drinking <strong>Water</strong> Guidelines which provide levels set for health<br />
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reasons, Maximum Acceptable Concentrations (MAC), and aesthetic values, Aesthetic<br />
Objectives (AO). Other parameters may be monitored if they are known to create<br />
problems within water distribution systems.<br />
4.1.1 Sampling Stations - Type, Location and Number<br />
Type -The locations for distribution sampling have been determined by the <strong>Water</strong><br />
<strong>Quality</strong> Manager and staff, operations and Interior Health. The monitoring regime is<br />
designed to capture the changes in water quality as it flows through the pipeline, i.e.<br />
flow patterns in the water distribution system. The site locations are broken down into<br />
flow ratings <strong>of</strong> high, medium and low or dead ends. The ideal combination is:<br />
• 10% high flows or main transmission lines (HF)<br />
• 40% medium flow (M)<br />
• 40% low flow (L)<br />
• 10% dead-ends, un-looped lines and stagnant areas (DE).<br />
After a review <strong>of</strong> the sampling sites the breakdown for each water system is as follows:<br />
Duteau Creek supplied system<br />
• Total sites : 34<br />
• 15 % high flows or main transmission lines<br />
• 41% medium flow<br />
• 24 % low flow<br />
• 20 % dead-ends, un-looped lines and stagnant areas.<br />
Kalamalka Lake supplied system<br />
• Total Sites: 30<br />
• 17 % high flows or main transmission lines<br />
• 27 % medium flow<br />
• 30 % low flow<br />
• 26 % dead-ends, un-looped lines and stagnant areas.<br />
Number At this time there are 64 sampling sites throughout the Greater Vernon water<br />
distribution system.<br />
Location- The preferred connection for dedicated sampling sites is directly to the main<br />
for a number <strong>of</strong> reasons. Public buildings or residential homes may be inaccessible<br />
and/or results may not always be reliable. If a sample line cannot be run continuously,<br />
the sample line should be a suitable size to allow water from the main to reach the tap<br />
after a brief flush. Sampling sites are being reevaluated as the GVW program evolves.<br />
Some new sampling stations were installed in 2012 and others will be added in 2013.<br />
New Locations under review for 2013:<br />
−<br />
−<br />
−<br />
Near Noric House on Mission Hill – reflect the DND Reservoir<br />
Vernon City Hall – to remove Fire hall<br />
Marmot Court/ Star Road area – reflect the 655 zone in the Foothills area.<br />
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4.2 Distribution <strong>Monitoring</strong> Schedule for GVW <strong>Quality</strong> Program<br />
4.2.1 Duteau and Kalamalka Lake Distribution Sampling Sites<br />
During regular operations GVW has two main water sources and two treatment plants<br />
that supply the water distribution systems:<br />
1) Duteau Creek – DCWTP – Duteau <strong>Water</strong> Distribution system (gravity fed<br />
system)<br />
2) Kalamalka Lake – MHTP – Kalamalka <strong>Water</strong> Distribution system<br />
(pumped system)<br />
These two water systems have many interconnections which allow some blending <strong>of</strong><br />
treated water. The water distribution system can also run on one source/ treatment plant<br />
if an emergency arises or planned shutdown is needed. There are some obstacles if this<br />
happened during peak demand periods i.e.: summer flows but GVW could include<br />
seasonal sources CR Well #1 and Antwerp deep well to reduce to provide extra volume.<br />
The distribution monitoring schedule is prepared by the water quality staff and<br />
management. The operators from the <strong>District</strong> <strong>of</strong> Coldstream and City <strong>of</strong> Vernon and<br />
operators and water quality staff from the <strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong> <strong>Okanagan</strong> have<br />
routes that are covered on a rotating 4 week schedule.<br />
Provided in Appendix A is a map <strong>of</strong> all the distribution sampling sites. The water quality<br />
monitoring plan has divided the sampling sites into a four week schedule for the<br />
operators <strong>of</strong> the City <strong>of</strong> Vernon, the <strong>District</strong> <strong>of</strong> Coldstream and <strong>Regional</strong> <strong>District</strong> <strong>of</strong> <strong>North</strong><br />
<strong>Okanagan</strong>. This schedule rotates the sampling sites from week to week to assist in a<br />
weekly overview <strong>of</strong> the entire water system. Examples <strong>of</strong> Operations <strong>Water</strong> <strong>Quality</strong><br />
worksheets are located in Appendix C<br />
The following Tables 6 and 7 are listed by Distribution, Name, Sample ID, Type, flow<br />
ratings <strong>of</strong> high (H), medium (M) and low (L) or dead ends (DE), Locator and Descriptions<br />
or Location.<br />
Table 6<br />
Duteau <strong>Water</strong> Distribution sites<br />
Sampling Point Name<br />
Type<br />
<strong>Water</strong> Trax<br />
Sampling Point<br />
Locator<br />
Site Location Comments<br />
DCWTP Reservoir<br />
outflow<br />
H<br />
23E7C<br />
Sample line in Reservoir<br />
building<br />
Antwerp Springs Pump<br />
House<br />
M 1994D Lavington Hwy 6<br />
*Bessette Pump Station M<br />
Brewer Road Pump<br />
House (A)<br />
28DCC<br />
New station built in 2012. Rechlorination<br />
site<br />
M 6F52 Above ground Pump House<br />
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Sampling Point Name<br />
Type<br />
<strong>Water</strong> Trax<br />
Sampling Point<br />
Locator<br />
Site Location Comments<br />
Brewer Road Pump<br />
House (D)<br />
Braeburn Drive PRV#<br />
270<br />
M<br />
L<br />
5F00<br />
23B31<br />
BX Park SS L CD50<br />
Coldstream Creek Road<br />
Pump house<br />
M<br />
1994E<br />
Cunliffe Reservoir M 5EF9<br />
Underground station. Monitored<br />
by <strong>District</strong> <strong>of</strong> Coldstream<br />
Sample Station located on East<br />
Decker parking area <strong>of</strong> BX Park<br />
Copper line at chlorine analyzer<br />
in pump house<br />
Dedicated sampling point inside<br />
building<br />
Fire Hall (Old DOC) L 1F1FO Tap in <strong>of</strong>fice area<br />
Goose Lake Road<br />
Pump station<br />
M<br />
5ECE<br />
6604 Goose Lake Road<br />
Haynes Road SS DE 2D036<br />
Located near SPCA, new<br />
domestic Phase 1 separation<br />
Highland Place PRV 77 DE 82F5 Inside PRV building<br />
Husband Road Pump<br />
house<br />
M<br />
5ED5<br />
Lateral #3 H 5F01<br />
On-line chlorine analyzer.<br />
Copper sample line.<br />
Learmouth Rd.<br />
Lavington Esso<br />
M<br />
218BF<br />
Tap In public washroom<br />
<strong>North</strong> BX 2 M 5EE7<br />
6302 Apple Lane. Inside Pump<br />
house. Copper line<br />
*O’Keefe Ranch SS DE 28A82 SS at Historical Ranch<br />
Ponderosa Sample<br />
Station<br />
DE<br />
5F03<br />
Copper line inside building<br />
THM’s<br />
Palfrey Sample Station L 5ED7 Corner <strong>of</strong> Cunliffe and Palfrey<br />
Pine Rd. PRV 16 M 5F06<br />
Underground Station. Monitored<br />
by DOC<br />
PRV #1 H 5EFF<br />
PRV#2 H 5EE5<br />
Sample line inside pressure<br />
reducing site<br />
Sample line inside pressure<br />
reducing site<br />
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Sampling Point Name<br />
Type<br />
<strong>Water</strong> Trax<br />
Sampling Point<br />
Locator<br />
Site Location Comments<br />
PV Road SS L CE01<br />
Ravine Pump House L 18994<br />
Rugg Road DE 6002<br />
SBX #1 M 5ED6<br />
South BX# 2 M 5EEB<br />
Springfield Road DE 5EF0<br />
Stepping Stone P.H. L 5EE8<br />
Swan Lake P.H. H 5EEA<br />
Upland Drive SS L 5EEC<br />
Warren Road Pump<br />
Station<br />
M<br />
5EFA<br />
*9025 Hwy 6 Blow-<strong>of</strong>f DE 2BB4C<br />
Located near service for Mini<br />
Storage. 6522 PV Road<br />
Located in Coldstream Estates -<br />
Rechlorination<br />
Sample Site in underground<br />
station<br />
South BX #1 3600 East Vernon<br />
Road<br />
Dixon Dam 5121. Underground<br />
station<br />
9764 Springfield Rd. 3/4 in<br />
standpipe<br />
Stepping Stone Pump Station,<br />
sampling station<br />
Sample line inside pump house.<br />
THM’s<br />
Sampling station. BC Hydro<br />
right-<strong>of</strong>-way.<br />
7196 Buchanan Road.<br />
Monitored by DOC<br />
Monitored as dead end during<br />
Highway 6 construction 2013.<br />
Weekly Iron Bacteria samples.<br />
* New sites established or installed in 2012/ 2013<br />
Table 7<br />
Kalamalka Lake Distribution sites<br />
Sampling Point<br />
Name<br />
Mission Hill<br />
Treatment <strong>Plan</strong>t SS<br />
Type<br />
Sampling Point<br />
Locator<br />
Comments<br />
H 2427B Inside Treatment <strong>Plan</strong>tafter<br />
UV and Chlorine<br />
injection<br />
1802 Pottery Road M 13ED8 Sample station beside<br />
1802 Pottery Road<br />
2001 43 RD Street<br />
Sample Station<br />
M 177FFC Site replaced WWRP<br />
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Sampling Point<br />
Name<br />
Allenby Pump<br />
Station<br />
Type<br />
Sampling Point<br />
Locator<br />
Comments<br />
H 280F5 Month samples plus<br />
THM’s<br />
Amber Rd DE 181B0 7095 at meter box<br />
Anderson Way M 2416A Across from Home<br />
Depot (green box<br />
Brassy Place SS DE 1B408 Lot 15 Predator Ridge -<br />
Falcon Point<br />
Balsam Reservoir L 1B40D Sample <strong>of</strong>f 630 pressure<br />
zone. Second reservoir<br />
at the Rise.<br />
City Yard Fill<br />
Station<br />
Commonage Pump<br />
Station<br />
H 1456F Bulk Fill Station near<br />
City Yard PV Road<br />
L 5EF5 461 Commonage Road. Low<br />
flow. There are about 15<br />
users.<br />
Dunsmuir SS L CDED 3025 Dunsmuir SS<br />
Dutch's Campground L 5EF7 15408 Kalamalka Road.<br />
THM’s<br />
Foothills Pump Station M 5ECA 6805 Foothills Drive.<br />
Rechlorination on-line<br />
chlorine residual analyzer.<br />
THM’s<br />
Kal View Meter Sample<br />
Station<br />
*Kidston Elementary<br />
SS<br />
H F13F Sample may be direct from<br />
MHTP or Upper Mission Hill<br />
Reservoir<br />
DE 5EFC Site moved from inside<br />
Kidston School<br />
Kokanee Pump Station M 5EBF 9320 Kokanee Road.<br />
plus THM’s<br />
Long spoon Sample<br />
Station<br />
Mc Mechan Reservoir H 23CAE<br />
DE 1E48C Sampling/Flushing station up<br />
at Predator Ridge<br />
Mt Grady Rd SS L 15007 New SS in 2006, Low<br />
pressure site<br />
Mt Grady Crt SS DE 15006 New SS in 2006, High<br />
pressure site<br />
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Sampling Point<br />
Name<br />
Type<br />
Sampling Point<br />
Locator<br />
Comments<br />
Old Kamloops Road SS DE 2D0B5 End <strong>of</strong> Kal domestic Phase<br />
1 separation<br />
Sun Peak Reservoir L 229C3 Long Retention<br />
Tavistock Reservoir SS DE 264EB Sampling once a month until<br />
developed<br />
Tronson Road L 5EC6 4/34958 Sample Station on<br />
Tronson Road<br />
Turtle Mountain Pump<br />
station<br />
M 1B40F Flow can be to the reservoir<br />
or from the reservoir<br />
Vernon Fire Hall M 5EDC 3401-30th St.<br />
Vernon Jubilee Hospital<br />
SS<br />
Weeks Rd Sample<br />
Station<br />
M 5EC7 New - October 2010 (31 St &<br />
21 Ave)<br />
L 1410B 7540 Weeks Rd.<br />
Whitestone PRV L 5F04 Monitored by <strong>District</strong> <strong>of</strong><br />
Coldstream<br />
West Kal Road DE 5EF6<br />
* New sites established or installed in 2012/ 2013<br />
4.2.2 The Outback and Delcliffe <strong>Water</strong> Systems<br />
GVW owns two small water systems within the GVW service area.<br />
The Outback has a deep intake in <strong>Okanagan</strong> Lake with a pump station, booster station<br />
with Ultraviolet disinfection, chlorination and reservoir. The RDNO operates the intake,<br />
treatment and reservoir for this system. Monthly samples are taken at the lake station<br />
(pump station) and weekly at the reservoir. GVW provides a bulk supply to the Outback<br />
Strata. The Distribution sampling is not completed by the GVW.<br />
Delcliffe has an intake on <strong>Okanagan</strong> Lake, underground pump station, chlorination,<br />
reservoir and small distribution. The system is operated by a small water system<br />
operator who lives in the area. Three bacterial samples are taken by the operator, Hans<br />
Aarts monthly and hand held chlorine residuals and turbidity are retrieved daily.<br />
The following Tables 8 and 9 are listed by Distribution, Name, Sample ID, Type, Flow<br />
ratings, Locator and Descriptions or Location.<br />
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4.2.3 The Outback and Delcliffe Distribution Sampling Sites<br />
Table 8<br />
Sampling Point<br />
Name<br />
Out-back <strong>Water</strong> System site<br />
Type<br />
Sampling Point<br />
Locator<br />
Outback Reservoir M 17FFF<br />
Comments<br />
On recirculation line in<br />
Reservoir plus newly<br />
pumped water<br />
Table 9<br />
Delcliffe <strong>Water</strong> Distribution Sites<br />
Sampling Point<br />
Name<br />
Type<br />
Sampling Point<br />
Locator<br />
9726 Cameron Road M 147E4<br />
Cameron Rd 9736 M 1377E<br />
Delcliffe Road L C1B2<br />
Comments<br />
Operator's home (Hans<br />
Aarts)<br />
Near Reservoir and<br />
chlorination<br />
4.3 Bacteriological<br />
The frequency and number <strong>of</strong> samples for microbiological control monitoring is based on<br />
recommendations from the Drinking <strong>Water</strong> Protection Act and Regulations.<br />
Schedule A - <strong>Water</strong> <strong>Quality</strong> Standards for Potable <strong>Water</strong><br />
Fecal Coliform bacteria – No detectable fecal Coliform bacteria per 100mLs<br />
Escherichia coli (E.coli) – No detectable E.coli per 100mLs<br />
Total Coliform Bacteria:<br />
(a) 1 sample in a 30 day period - No detectable Total Coliform per 100 mLs<br />
(b) More than 1 sample in a 30 day period - At least 90% <strong>of</strong> samples have no detectable<br />
total bacteria per 100 mLs<br />
Schedule B – Frequency <strong>of</strong> <strong>Monitoring</strong> Samples<br />
Population served by the prescribed <strong>Water</strong> Supply System: 5,000 to 90,000<br />
Number <strong>of</strong> samples per month: 1 per 1,000 populations<br />
Other considerations when developing water quality monitoring program:<br />
• quality <strong>of</strong> the source water<br />
• the number <strong>of</strong> water sources<br />
• the past frequency <strong>of</strong> unsatisfactory samples<br />
• the adequacy <strong>of</strong> treatment and capacity <strong>of</strong> the treatment plant<br />
• the size and complexity <strong>of</strong> the distribution system<br />
• the practice <strong>of</strong> disinfection<br />
• size <strong>of</strong> population served<br />
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In Table 9, population and number <strong>of</strong> sources help determine the number <strong>of</strong> bacterial<br />
samples to be completed each month for GVW’s <strong>Water</strong> <strong>Quality</strong> Program. A total <strong>of</strong> 68<br />
bacteriological samples are sent to Caro Environmental Lab for analysis each month,<br />
with a balance <strong>of</strong> at least 59 bacterial samples completed at the GVW lab using the<br />
Colisure® and Colitag® methods for presence and absence. A total <strong>of</strong> 123 bacterial<br />
samples are analyzed monthly for the GVW utility. The Small <strong>Water</strong> systems schedule<br />
for the Outback and Delcliffe are shown below.<br />
Note: Samplers are asked to collect a presence/absence sample if the free chlorine is<br />
lower than 0.20 mg/L and to deliver it to the Greater Vernon <strong>Water</strong> Lab for analysis.<br />
Table 10 Bacteria – Distribution Systems Sample Frequency<br />
System<br />
Kalamalka Lake<br />
Duteau Creek<br />
Outback<br />
Delcliffe<br />
Total 2013<br />
Population<br />
(approx.)<br />
No. <strong>of</strong><br />
sources, or<br />
intakes<br />
No. <strong>of</strong><br />
sample<br />
sites<br />
Minimum<br />
Bacterial<br />
samples per<br />
month<br />
38,000 1 30 38<br />
15,000 1 34 15<br />
< 300 1 1 4<br />
< 300 1 3 4<br />
53,000 4 55 61<br />
Table 11 Greater Vernon <strong>Water</strong> sampling schedule<br />
Week<br />
Kal Lake Kal Lake Duteau Duteau P/A or Delcliffe/<br />
CARO P/A or MPN CARO MPN Outback<br />
1 10 5 6 10 5<br />
2 10 5 3 10 1<br />
3 14 7 8 8 2<br />
4 7 7 10 7 1<br />
Monthly<br />
total<br />
41 24 27 35 9<br />
4.4 Routine Chemical and Physical Parameters<br />
The chemical and physical-testing program in the distribution system includes<br />
conductivity, temperature, turbidity, free and total chlorine and pH. The parameters<br />
chosen for the weekly analysis help identify water quality issues before they become<br />
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problematic or where source blending is occurring in some areas <strong>of</strong> the distribution<br />
system.<br />
Further examination <strong>of</strong> water quality in the distribution system is completed at three<br />
sampling sites. These sites are:<br />
1. Foothills (<strong>of</strong>ten this site is a Kalamalka and Duteau blend)<br />
2. Allenby Pump station (Kalamalka supply)<br />
3. PRV#2 (Duteau supply).<br />
These sites help determine if there are water quality issues due to changes in alkalinity,<br />
pH, flow (high/low), chlorine levels or the type <strong>of</strong> water mains. The schedule and<br />
parameters for these sites are located in Appendix B. Total Aluminum is also being<br />
monitored monthly at designated sites in the Duteau distribution system.<br />
4.4.1 Trihalomethane’s and HAA’s<br />
Sites monitored for Trihalomethane’s and Haloacetic Acids have been designed to look<br />
at the first customer or point <strong>of</strong> entry, the worst case scenario (longest contact time) and<br />
the effect <strong>of</strong> different sources blending in the distribution system. The samples are taken<br />
four times a year and an Interim Maximum Acceptable Concentration (IMAC) is<br />
determined. The following sites will be monitored in March, June, September and<br />
December <strong>of</strong> 2013.<br />
Table 12<br />
Trihalomethane’s <strong>Monitoring</strong> Sites<br />
Sampling Point Name Distribution Location in Distribution<br />
System<br />
Duteau Creek <strong>Water</strong> Treatment Duteau<br />
First Customer<br />
<strong>Plan</strong>t Reservoir<br />
Palfrey Sampling Station Duteau Influenced by CR well #1 if<br />
in use<br />
BX Park Sampling Station Duteau Longest contact time<br />
Stepping Stones Duteau Longest contact time<br />
1802 Pottery Rd SS Kalamalka Mid Customer in<br />
Distribution<br />
Mission Hill <strong>Water</strong> Treatment Kalamalka First Customer<br />
<strong>Plan</strong>t<br />
Kokanee Pump Station Kalamalka Long contact time<br />
Allenby Pump House Kalamalka Mid Customer in Distribution<br />
Foothills Pump Station<br />
Duteau Kal<br />
Blend<br />
Long Contact Time<br />
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5 REPORTING<br />
The sampling results are reported to a data base called “<strong>Water</strong> Trax”. “<strong>Water</strong> Trax” is<br />
internet based s<strong>of</strong>tware that has been subscribed to since 2003 by the <strong>Regional</strong> <strong>District</strong><br />
<strong>of</strong> <strong>North</strong> <strong>Okanagan</strong>. The “<strong>Water</strong> Trax” database is accessible to all those who have<br />
been signed in as “users” by the administrator (Renee Clark, <strong>Water</strong> <strong>Quality</strong> Manager).<br />
The data base has a number <strong>of</strong> user levels; viewer only; data input; or data input and<br />
changes (GVW staff or the certified lab only). The users for Greater Vernon <strong>Water</strong><br />
include the Drinking <strong>Water</strong> Officer, Operations supervisors, consultants and <strong>Water</strong><br />
<strong>Quality</strong> staff.<br />
Another feature <strong>of</strong> ‘<strong>Water</strong> Trax” is an “Alert” function. An ”Alert” email message is sent<br />
out to users if a health or operational concern parameter such as E.coli,Total Coliform<br />
or low chlorine level is reported. This “Alert” goes out to all identified users (Drinking<br />
<strong>Water</strong> Officer, Operational management and supervisors) when data input is not within<br />
the acceptable level.<br />
Caro Environmental Services has access to the data base and reports all weekly results<br />
that are analyzed at their lab. All other data input is completed by water quality staff<br />
which includes field monitoring and GVW lab data.<br />
Daily turbidity reporting can be found on the GVW webpage www.rdno.ca. This<br />
information is a 24 hour calculated average at each surface source and point <strong>of</strong> entry to<br />
the distribution retrieved from the SCADA system.<br />
Weekly reports are generated by GVW water quality staff for operational supervisors by<br />
Friday <strong>of</strong> each week. This allows an overview <strong>of</strong> chlorine residuals, turbidity and<br />
bacterial results within the distribution and some source water information.<br />
Monthly <strong>Water</strong> <strong>Quality</strong> Reports are generated from <strong>Water</strong> Trax at the end <strong>of</strong> each month<br />
for review. All reports are sent to the Drinking <strong>Water</strong> Officer, Operations Supervisors and<br />
the Greater Vernon <strong>Water</strong> <strong>Quality</strong> Manager by the 15 th day <strong>of</strong> the following month.<br />
Following review the reports are posted on the RDNO website.<br />
An annual <strong>Water</strong> <strong>Quality</strong> Report includes microbiological, inorganic and organic<br />
parameters for the sources and the distribution system. From this report,<br />
recommendations are brought forward to improve water quality where standards and<br />
aesthetic issues are not met.<br />
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6 APPENDICES<br />
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6.1 Appendix A – <strong>Water</strong> <strong>Quality</strong> <strong>Monitoring</strong> Stations<br />
6.2 Appendix B – Parameters and Schedule<br />
6.3 Appendix C – Operator Worksheets<br />
2013 <strong>Water</strong> <strong>Quality</strong> <strong>Plan</strong> Page 23 <strong>of</strong> 23
APPENDIX A<br />
<strong>Water</strong> <strong>Quality</strong> <strong>Monitoring</strong> Stations
!(<br />
!(<br />
!(<br />
!(<br />
Legend<br />
!(<br />
!(<br />
!(<br />
!(<br />
!(<br />
Parcels Kal Lake PS<br />
Vernon Fire Hall<br />
!(<br />
!(<br />
!( !(<br />
!(<br />
!(<br />
!(<br />
!(<br />
Kirkland Dr<br />
Kidston SS<br />
West Kal Rd<br />
!(<br />
!(<br />
Sampling Stations - <strong>Water</strong> System<br />
!(<br />
!(<br />
!(<br />
!(<br />
Duteau Creek<br />
Vernon Jubilee Hospital<br />
Kalamalka Lake 1802 Pottery Rd<br />
King Edward Lake<br />
<strong>Okanagan</strong> Lake<br />
!( Well<br />
Mt Grady Crt SSMt Grady Rd SS<br />
Kal View GVW Meter Boundary SS<br />
<strong>Water</strong>mains<br />
Husband Rd PS<br />
Coldstream Creek Rd PSPalfrey SS<br />
Cunliffe Reservoir<br />
Ponderosa Lift Station<br />
McMechen Reservoir<br />
South BX #1<br />
!(<br />
!(<br />
Kalamalka Secondary<br />
DOC Old Fire Hall<br />
!(<br />
Upland Dr SS<br />
Ravine Pumphouse<br />
!( !(<br />
!(<br />
Pine Dr PRV 16<br />
PRV #1<br />
!(<br />
Antwerp PS<br />
!(<br />
!(<br />
!(<br />
Warren Rd PS<br />
!(<br />
Bessette Station<br />
Well 1<br />
!(<br />
!(<br />
!(<br />
Well 2<br />
Brewer Rd PS (A)<br />
!( !(<br />
!(<br />
Brewer Rd PS (D) Brewer Rd Meter Vault<br />
!(<br />
!(<br />
9025 Hwy 6 Blow-<strong>of</strong>f<br />
!(<br />
Deer Creek<br />
Lavington Esso<br />
Springfield Rd PS<br />
Lateral #3<br />
Von Keyserlingk<br />
!(<br />
DCWTP<br />
!(<br />
Headgates Chlorine Bldg<br />
This map was compiled by RDNO, using data believed<br />
to be accurate; however, a margin <strong>of</strong> error is in heren t in all map s.<br />
This pro duct is distrib uted without warranties <strong>of</strong> an y kind, either<br />
express or implied, including but n ot lim ited to warranties <strong>of</strong><br />
sustainability or particu lar purpose or use.<br />
GVW Sampling Stations - East<br />
Meters<br />
Plot Date: Jun 04, 2013 Scale: 1:50,000<br />
0 2,000<br />
4,000 8,000
Legend<br />
Sampling Stations - <strong>Water</strong> System<br />
!(<br />
!(<br />
!(<br />
!(<br />
!( Well<br />
Duteau Creek<br />
Kalamalka Lake<br />
King Edward Lake<br />
<strong>Okanagan</strong> Lake<br />
!(<br />
O'Keefe Flushing Station<br />
!(<br />
Stepping Stones PS<br />
GVW Boundary<br />
<strong>Water</strong>mains<br />
!(<br />
Highland Pl PRV 77<br />
Parcels<br />
Goose Lake<br />
!(!(<br />
Goose Lake Building<br />
!(<br />
Swan Lake PS<br />
!(<br />
Bella Vista PS<br />
!(<br />
PV Rd SS<br />
!(<br />
Rugg Rd SS<br />
!(<br />
!(<br />
<strong>North</strong> BX #2 PS<br />
!(<br />
Foothills PS<br />
Sun Peaks PS<br />
This map was compiled by RDNO, using data believed<br />
to be accurate; however, a margin <strong>of</strong> error is in heren t in all map s.<br />
This pro duct is distrib uted without warranties <strong>of</strong> an y kind, either<br />
express or implied, including but n ot lim ited to warranties <strong>of</strong><br />
sustainability or particu lar purpose or use.<br />
!(<br />
!(<br />
!(<br />
!(<br />
!(<br />
Anderson Way<br />
!(<br />
!(<br />
!(<br />
<strong>North</strong> BX #1 PS<br />
Haynes Road SS<br />
PRV #2<br />
!( City Yard Fill Station<br />
City Works Yard<br />
!(<br />
Old Kamloops Road SS<br />
Turtle Mountain PS<br />
Vernon Fire Hall<br />
!(<br />
!(<br />
McMechen Reservoir<br />
BX Park SS<br />
!(<br />
South BX #1<br />
South BX #2<br />
GVW Sampling Stations - <strong>North</strong><br />
Meters<br />
Plot Date: Jun 04, 2013 Scale: 1:50,000<br />
0 2,000<br />
4,000 8,000
Legend<br />
Sampling Stations - <strong>Water</strong> System<br />
!(<br />
!(<br />
!(<br />
!(<br />
Duteau Creek<br />
Kalamalka Lake<br />
King Edward Lake<br />
<strong>Okanagan</strong> Lake<br />
!( Well<br />
GVW Boundary<br />
<strong>Water</strong>mains<br />
Parcels<br />
!(<br />
!(<br />
!(<br />
!(<br />
!( West Kal Rd !( !(<br />
!(<br />
!(<br />
Coldstream Creek Rd PS<br />
!(<br />
!(<br />
Ponderosa Lift Station<br />
Kokanee Reservoir<br />
!(<br />
Kokanee PS<br />
!( !(<br />
Brassy Place SS<br />
Delcliffe Rd<br />
!(<br />
9726 Cameron Rd<br />
!( !(!(<br />
Cameron Rd 9736<br />
!(<br />
Tavistock Reservoir<br />
Longspoon Crt SS<br />
Tronson Rd SS<br />
Balsam Reservoir<br />
Dunsmuir SS<br />
!(<br />
Amber Rd SS<br />
Weeks Rd SS<br />
!(<br />
!(<br />
!(<br />
!(<br />
Alenby Pump Station<br />
!( !(<br />
Commonage PS<br />
2001 43Sst SS<br />
Mt Grady Crt SSMt Grady Rd SS<br />
Upper Mission Hill ReservoirKal View Meter SS<br />
Upper Mission Hill Reservoir<br />
Turtle Mountain PS<br />
Vernon Fire Hall<br />
!( !( !(<br />
!(<br />
!(<br />
!(<br />
!(<br />
Dutch's Campground SS<br />
Kal Lake PS<br />
!(<br />
!(<br />
Whitestone PRV<br />
Kirkland Dr<br />
Kidston SS<br />
!(<br />
!(<br />
Vernon Jubilee Hospital<br />
1802 Pottery Rd<br />
Husband Rd PS<br />
Palfrey SS<br />
Cunliffe Reservoir<br />
McMechen Reservoir<br />
!(<br />
!(<br />
Kalamalka Secondary<br />
South BX #1<br />
DOC Old Fire Hall<br />
!(<br />
Upland Dr SS<br />
Ravine Pumphouse<br />
!( !(<br />
!(<br />
Pine Dr PRV 16<br />
!(<br />
!(<br />
PRV #1<br />
9025 Hwy 6 Blow-<strong>of</strong>f<br />
Well 1<br />
!(<br />
Well 2<br />
Deer Creek<br />
!(<br />
!(<br />
!(<br />
Outback PS<br />
Outback Reservoir<br />
This map was compiled by RDNO, using data believed<br />
to be accurate; however, a margin <strong>of</strong> error is in heren t in all map s.<br />
This pro duct is distrib uted without warranties <strong>of</strong> an y kind, either<br />
express or implied, including but n ot lim ited to warranties <strong>of</strong><br />
sustainability or particu lar purpose or use.<br />
GVW Sampling Stations - West<br />
Meters<br />
Plot Date: Jun 04, 2013 Scale: 1:50,000<br />
0 2,000<br />
4,000 8,000
APPENDIX B<br />
Parameters and Schedule
3rd Tuesday<br />
Yearly Sampling (July)<br />
Sources: Kalamalka Lake every 2 years (2011, 2013 etc):<br />
Headgates/ Duteau<br />
Herbicides & Pesticides: June<br />
Fuels August<br />
Yearly:<br />
VOC's July<br />
Antwerp 2<br />
Well #1<br />
Well #2<br />
Deer Creek<br />
Goose<br />
emergency supply<br />
seasonal source<br />
irrigation only<br />
irrigation only<br />
irrigation only<br />
*NOTE: algae density can be take if sampler notices a distinct odor to the water - fishy, septic, skunky<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Kal Lake Intake<br />
6D65<br />
Headgates/ Duteau<br />
6CC4<br />
NOTE: bi-annually<br />
January & July<br />
Antwerp #2<br />
6CC3<br />
EMS: E266465<br />
Well #1<br />
6CC8<br />
EMS: E240461<br />
1 - Metals Caro<br />
1 - Cyanide<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - VOC Caro (2 bottles) VOC<br />
1 - 1 L Caro<br />
1 - 4 L Caro Chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro<br />
1 - Cyanide<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 1 L Caro<br />
1 - 4 L Caro Chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Cyanide<br />
1 - Metals Caro<br />
1 - 1 L Caro<br />
2- VOC bottles VOC'S<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - Caro Bacterial HPC<br />
1 - Caro Bacterial Iron Reducing Bacteria<br />
1 - Caro Bacterial Sulfur Reducing Bacteria<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Cyanide<br />
1 - Metals Caro<br />
1 - 1 L Caro<br />
2- VOC bottles VOC'S<br />
revised December 10, 2013 RC, CK, KP
3rd Tuesday<br />
Yearly Sampling (July)<br />
Sources: Kalamalka Lake every 2 years (2011, 2013 etc):<br />
Headgates/ Duteau<br />
Herbicides & Pesticides: June<br />
Fuels August<br />
Yearly:<br />
VOC's July<br />
Antwerp 2<br />
Well #1<br />
Well #2<br />
Deer Creek<br />
Goose<br />
emergency supply<br />
seasonal source<br />
irrigation only<br />
irrigation only<br />
irrigation only<br />
*NOTE: algae density can be take if sampler notices a distinct odor to the water - fishy, septic, skunky<br />
Well #2<br />
6CC9<br />
EMS: E240462<br />
Deer Creek Intake<br />
5E90<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Cyanide<br />
1 - Metals Caro<br />
1 - 1 L Caro<br />
2- VOC bottles VOC'S<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro<br />
1 - Cyanide<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 1 L Caro<br />
1 - 4 L Caro Chlorophyll a<br />
revised December 10, 2013 RC, CK, KP
1st, 2nd, 4th (5th) Tuesdays<br />
Sources & Treatment <strong>Plan</strong>ts<br />
Summer (May - Nov)<br />
Sources and Treatment <strong>Plan</strong>ts:<br />
Freshet (Feb/March - June)<br />
Kalamalka Lake<br />
Headgates/ Duteau<br />
*Headgates during freshet:<br />
DCWTP Reservoir<br />
if turbidity or flow picks up take extra samples:<br />
MHTP<br />
such as: TOC<br />
Well #1<br />
seasonal source<br />
Deer Creek irrigation only * take extra samples during events<br />
Well #2<br />
irrigation only<br />
Goose<br />
irrigation only<br />
during Freshet: Coldstream Creek sampling * monthly July - Freshet<br />
* weekly freshet until July<br />
*NOTE: algae density can be take if sampler notices a distinct odor to the water - fishy, septic, skunky<br />
Site and water trax # Bottles Parameters<br />
Kal Lake Intake<br />
6D65<br />
Headgates/ Duteau<br />
6CC4<br />
DCWTP Reservoir<br />
outflow<br />
23E7C<br />
MHTP<br />
2427B<br />
Well #1<br />
6CC8<br />
EMS: E240461<br />
check if on before<br />
sampling<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL in house UVT Filtered and Unfiltered<br />
1 - 250 mL Caro DOC<br />
1- TOC (2 bottles) TOC<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL in house UVT Filtered and Unfiltered<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Coldstream Creek Sampling<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
Kirkland<br />
1ECB7<br />
Howe Drive<br />
27619<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
* weekly - Feb-June (freshet, flooding and major rain events)<br />
* monthly July-January (first week <strong>of</strong> month or more frequently if flooding and major rain events)<br />
Freshet: increased turbidity<br />
decreased conductivity<br />
creek level<br />
major rain events:
3rd Tuesday <strong>of</strong> every month<br />
Monthly : Sources and Treatment <strong>Plan</strong>ts<br />
Summer (May - Nov)<br />
Sources:<br />
Freshet (Feb/March - June)<br />
Kalamalka Lake<br />
Headgates/ Duteau<br />
*Headgates during freshet:<br />
DCWTP Reservoir<br />
if turbidity or flow picks up take extra samples:<br />
MHTP<br />
such as: TN, TP, TOC, DOC<br />
Well #1<br />
seasonal source<br />
Deer Creek irrigation only * take extra samples during events<br />
Well #2<br />
irrigation only<br />
Goose<br />
irrigation only<br />
during Freshet: Coldstream Creek sampling<br />
*NOTE: algae density can be take if sampler notices a distinct odor to the water - fishy, septic, skunky<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
Kal Lake Intake<br />
6D65<br />
Headgates/ Duteau<br />
6CC4<br />
DCWTP Res<br />
23E7C<br />
MHTP<br />
2427B<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 250 mL Caro DOC<br />
1 - 500 mL in house Sulphate, UVT Filtered and Unfiltered<br />
1 - 4 L Caro chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro Al<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 250 mL Caro diss Al, DOC<br />
1 - 500 mL in house Iron, Color (true & apparent)<br />
1 - 4 L Caro chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro diss Al, DOC<br />
1 - Metals Caro Al<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 500 mL in house Alkalinity, iron, color (true & apparent)<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL in house UVT Filtered and Unfiltered, sulphate<br />
revised December 10, 2012 RC, CK, KP
3rd Tuesday <strong>of</strong> every month<br />
Monthly : Sources and Treatment <strong>Plan</strong>ts<br />
Summer (May - Nov)<br />
Sources:<br />
Freshet (Feb/March - June)<br />
Kalamalka Lake<br />
Headgates/ Duteau<br />
*Headgates during freshet:<br />
DCWTP Reservoir<br />
if turbidity or flow picks up take extra samples:<br />
MHTP<br />
such as: TN, TP, TOC, DOC<br />
Well #1<br />
seasonal source<br />
Deer Creek irrigation only * take extra samples during events<br />
Well #2<br />
irrigation only<br />
Goose<br />
irrigation only<br />
during Freshet:<br />
Well #1<br />
Coldstream Creek sampling<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
6CC8<br />
1 - Caro Bacterial HPC<br />
EMS: E240461<br />
1 - PA Bacterial (Most ProbableNumber)<br />
check if on before 1 - Metals Caro Manganese<br />
sampling<br />
1 - 500 mL in house Sulphate, Iron, Manganese<br />
Coldstream Creek Sampling<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
Kirkland<br />
1ECB7<br />
Howe Drive<br />
27619<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
* weekly - Feb-June (freshet, flooding and major rain events)<br />
* monthly July-January (first week <strong>of</strong> month or more frequently if flooding and major rain events)<br />
Freshet: increased turbidity<br />
decreased conductivity<br />
creek level<br />
major rain events:<br />
revised December 10, 2012 RC, CK, KP
3rd Tuesday <strong>of</strong> every 3rd month<br />
Quarterly: Sources & Treatment <strong>Plan</strong>ts<br />
Quarterly (Mar, Jun, Sep, Nov)<br />
Summer (May - Nov)<br />
Sources:<br />
Freshet (Feb/March - June)<br />
Kalamalka Lake<br />
Headgates/ Duteau<br />
*Headgates during freshet:<br />
DCWTP Reservoir<br />
if turbidity or flow picks up take extra samples:<br />
MHTP<br />
such as: TN, TP, TOC, DOC<br />
Well #1<br />
seasonal source<br />
Deer Creek irrigation only * take extra samples during events<br />
Well #2 irrigation only * if odour take 1L algae<br />
Goose<br />
irrigation only<br />
during Freshet: Coldstream Creek sampling<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC Caro (2 bottles) TOC<br />
Kal Lake Intake<br />
6D65<br />
Headgates/ Duteau<br />
6CC4<br />
quarterly (Mar & Sept)<br />
*see note above*<br />
*bi-annually<br />
comprehensive<br />
(Jan & Jul)<br />
DCWTP Res<br />
23E7C<br />
MHTP<br />
2427B<br />
1 - 500 mL Caro TN, TP, DOC<br />
1 - 1 L in house<br />
Sulphate, Iron, UV 254, color (true & apparent),<br />
alkalinity, hardness<br />
1 - 4 L Caro chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro Aluminum<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 500 mL Caro DOC, TN, TP, dissolved Aluminum<br />
1 - 1 L in house<br />
Iron, UV 254, color (true & apparent), alkalinity,<br />
hardness<br />
1 - 4 L Caro chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro diss Al, DOC<br />
1 - Metals Caro Al<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 500 mL in house UV 254 , Alkalinity, color (true & apparent), iron<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro TN, TP, DOC<br />
1 - TOC Caro (2 bottles) TOC<br />
1 - 1 L in house<br />
Sulphate, Iron, UV 254, color (true & apparent),<br />
alkalinity, hardness
3rd Tuesday <strong>of</strong> every 3rd month<br />
Quarterly: Sources & Treatment <strong>Plan</strong>ts<br />
Quarterly (Mar, Jun, Sep, Nov)<br />
Summer (May - Nov)<br />
Sources:<br />
Freshet (Feb/March - June)<br />
Kalamalka Lake<br />
Headgates/ Duteau<br />
*Headgates during freshet:<br />
DCWTP Reservoir<br />
if turbidity or flow picks up take extra samples:<br />
MHTP<br />
such as: TN, TP, TOC, DOC<br />
Well #1<br />
seasonal source<br />
Deer Creek irrigation only * take extra samples during events<br />
Well #2 irrigation only * if odour take 1L algae<br />
Goose<br />
irrigation only<br />
during Freshet: Coldstream Creek sampling<br />
Well #1<br />
6CC8<br />
EMS: E240461<br />
check if on before<br />
sampling<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - Caro Bacterial HPC<br />
1 - PA MPN<br />
1 - Metals Caro Manganese<br />
1 - 1 L in house<br />
Sulphate, Iron, Manganese, color, alkalinity,<br />
hardness<br />
Coldstream Creek Sampling<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
Kirkland<br />
1ECB7<br />
Howe Drive<br />
27619<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
1 - Caro Bacterial Total Coliform, E.coli<br />
1 - 500 mL Caro TP, TN, Ammonia<br />
1 - TOC (2 bottles) TOC<br />
* weekly - Feb-June (freshet, flooding and major rain events)<br />
* monthly July-January (first week <strong>of</strong> month or more frequently if flooding and major rain events)<br />
Freshet: increased turbidity<br />
decreased conductivity<br />
creek level<br />
major rain events:
3rd Tuesday <strong>of</strong> every month<br />
Distribution<br />
Distribution<br />
Monthly<br />
Foothills<br />
5ECA<br />
PRV #2<br />
5EE5<br />
Allenby<br />
Pumpstation<br />
280F5<br />
Foothills (blend)<br />
PRV#2 (Duteau and possibly Well 1)<br />
Allenby PS (Kalamalka)<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA PA (MPN if Cl 2
3rd Tuesday <strong>of</strong> every month<br />
Annually<br />
Distribution<br />
Foothills (blend)<br />
PRV#2 (Duteau and possibly Well 1)<br />
Allenby PS (Kalamalka)<br />
3rd Tuesday in January and July<br />
PRV#2<br />
5EE5<br />
3rd Tuesday in July<br />
Allenby<br />
Pumpstation<br />
280F5<br />
Bi-Annually - January and July<br />
1 - Caro Baterial Total Coliform, E.Coli<br />
1 - PA PA (MPN if Cl2
(Mar, Jun, Sep, Dec)<br />
THM's, HAA's & HPC<br />
Sites<br />
Most common<br />
Source<br />
DCWTP Reservoir 23E7C Duteau HPC<br />
BX Park SS CD50 Duteau HPC<br />
Palfrey Sample Station 5ED7 Duteau HPC<br />
Swan Lake PH 5EE4 Duteau HPC<br />
Foothills 5ECA Kal/ Duteau HPC<br />
MHTP 2427B Kal HPC<br />
1802 Pottery Rd<br />
* change to Old Kamloops Road or Weeks<br />
Road site when established in 2013)<br />
13ED8 Kal HPC<br />
Kokanee 5EBF Kal HPC<br />
Allenby Pump Station 280F5 Kal HPC<br />
Each site:<br />
1 - PA<br />
2 - THM Bottles<br />
2 - HAA's<br />
HPC (except DCWTP)<br />
TOC (sites in red)<br />
*Note - be sure Outback THM's are completed these months<br />
revised December 2012 RC, CK, KP
Outback monthly *RDNO operators sample weekly<br />
Monthly<br />
Outback Lake Station<br />
1729C<br />
Outback Reservoir<br />
17FFF<br />
Yearly - July<br />
Outback Lake Station<br />
1729C<br />
Outback Reservoir<br />
17FFF<br />
end <strong>of</strong> month<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC Caro TOC<br />
1 - 500 mL Caro TN, TP<br />
1 - 500 mL in house Sulphate, UV 254<br />
Quarterly:<br />
1 - 1 L in house<br />
Sulphate, Iron, UV 254 ,<br />
True Colour, Total Alkalinity, Total<br />
Hardness<br />
1 - 4 L Caro Chlorophyll a<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - Caro Bacterial HPC<br />
1 - PA PA (MPN if Cl2
Duteau <strong>Water</strong>shed<br />
Sites: 13 km Haddo (dry ~ July 25) Bi-weekly<br />
14 km Aberdeen (dry ~ Aug 25) Aberdeen Outflow<br />
18 km Aberdeen (dry ~July 15) Haddo Weir<br />
Duteau Creek Bridge<br />
Grizzly Outflow<br />
Peizometers and moisture content probes - first week <strong>of</strong> the month<br />
1st Wednesday <strong>of</strong> the month<br />
Sites and water trax # Bottles Parameters<br />
13 km Haddo<br />
6D92<br />
1 - PA Bacterial (Most ProbableNumber)<br />
14 km Aberdeen<br />
6D86<br />
1 - PA Bacterial (Most ProbableNumber)<br />
16 km Aberdeen<br />
2D0C5<br />
1 - PA Bacterial (Most ProbableNumber)<br />
18 km Aberdeen<br />
6D8F<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Haddo Weir<br />
6A16<br />
Grizzly Outflow<br />
CBE3<br />
Duteau Creek Bridge<br />
6A17<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC (2 bottles) TOC<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro TP, TN<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC (2 bottles) TOC<br />
Aberdeen Outflow 1 - PA Bacterial (Most ProbableNumber)<br />
revised December 2012 RC, CK, KP
Duteau <strong>Water</strong>shed<br />
Monthly<br />
3rd Wednesday <strong>of</strong> the month<br />
monthly<br />
Site Bottles Parameters<br />
13 km Haddo<br />
6D92<br />
1 - PA Bacterial (Most ProbableNumber)<br />
14 km Aberdeen<br />
6D86<br />
1 - PA Bacterial (Most ProbableNumber)<br />
16 km Aberdeen<br />
2D0C5<br />
1 - PA Bacterial (Most ProbableNumber)<br />
18 km Aberdeen<br />
6D8F<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Caro Baterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro TN, TP<br />
Haddo Weir<br />
1 - TOC Caro TOC<br />
6A16<br />
1 - L in house Sulphate, Iron, Color<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Chlorophyll-a Caro Chlorophyll a<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Grizzly Outflow<br />
1 - 500 mL Caro TP, TN<br />
CBE3<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
Duteau Creek Bridge 1 - PA Bacterial (Most ProbableNumber)<br />
6A17<br />
1 - TOC Caro TOC<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro TP, TN<br />
1 - TOC Caro TOC<br />
Aberdeen Outflow<br />
1 - 500 ml in house iron<br />
248AB<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
revised December 2012 RC, CK, KP
Yearly<br />
Site Bottles Parameters<br />
13 km Haddo<br />
6D92<br />
1 - PA Bacterial (Most ProbableNumber)<br />
14 km Aberdeen<br />
6D86<br />
1 - PA Bacterial (Most ProbableNumber)<br />
16 km Aberdeen<br />
2D0C5<br />
1 - PA Bacterial (Most ProbableNumber)<br />
18 km Aberdeen<br />
6D8F<br />
1 - PA MPN<br />
Haddo Weir<br />
6A16<br />
Grizzly Outflow<br />
CBE3<br />
Duteau Creek Bridge<br />
6A17<br />
Aberdeen Outflow<br />
248AB<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro<br />
1 - Cyanide<br />
1 - TOC Caro TOC<br />
1 - 1 L Caro<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 500 mL Caro TP, TN<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - TOC Caro TOC<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - Metals Caro Iron<br />
1 - 500 mL Caro TP, TN<br />
1 - 1 L Algae Density *if odor is present Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
revised December 2012 RC, CK, KP
Weekly (Tuesdays)<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
Goose Lake Building<br />
6CC5<br />
Goose Lake - non potable argiculture water<br />
1 - PA Bacterial (Most ProbableNumber)<br />
1 - 1 L Algae Density<br />
* Lake obervation visual / odor comments<br />
Monthly - on the boat<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
1 - Caro Baterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Goose Lake 3m<br />
10663<br />
1 - 500 ml wide mouth <strong>Plan</strong>kton tow (algae species)<br />
1 - 1 L Algae Density TN, TP, DOC<br />
1 - 4 L Caro Chlorophyll A<br />
Secchi disk for clarity<br />
DO and Temperature - lake pr<strong>of</strong>ile<br />
Yearly<br />
Site and <strong>Water</strong> Trax # Bottles Parameters<br />
1 - Caro Bacterial Total Coliform, E.Coli<br />
1 - PA Bacterial (Most ProbableNumber)<br />
Goose Lake Building<br />
6CC5<br />
1 - 250 mL Metals<br />
1 - Cyanide<br />
1 - TOC Caro TOC<br />
1 - 1 L Caro<br />
1 - 1 L Algae Density<br />
1 - 4 L Caro Chlorophyll a<br />
Boat Check List:<br />
BIN: secchi disk, life jackets, funnels<br />
CASE: water sampler, plankton tow<br />
DO Probe
Duteau Creek <strong>Water</strong> Treatment <strong>Plan</strong>t<br />
Effluent and Creek Sampling<br />
Effluent Sampling:<br />
Two sites samples 3 times per year (mid May, July, Mid September)<br />
Started April 28, 2011<br />
Sites: Effluent Pond 1 (WTrax # 256E7) - at the pond inlet (west side) at DCWTP<br />
Effluent Pond 3 (Wtrax # 256E8) - at the pond outlest (east side) at DCWTP<br />
Equipment:<br />
DO Probes<br />
sampling kit<br />
Parameters to Caro<br />
pH<br />
Specific conductance<br />
Total dissolved solids<br />
Total suspended solids<br />
Dissolved sodium<br />
Dissolved chloride<br />
Dissolved aluminum<br />
Total aluminum (metals bottle)<br />
Bottles for each site:<br />
1 - 1 L Caro<br />
1 - 125 mL metals<br />
Field Parameters<br />
pH<br />
Conductivity<br />
Turbidity<br />
Temperature<br />
Dissolved oxygen<br />
Creek Sampling:<br />
2013 - bi-annually (June and August)<br />
2012 Quarterly (April/May, June, August, September/October)<br />
Started: May 19, 2011 bi-annually (May and October)<br />
Sites: Duteau Creek at Headgates Bridge (Wtrax # 256EA) - downstream <strong>of</strong> pipe near bridge<br />
Duteau Creek at Smolt Pond on Whitevale Road (Wtrax # 256EB) - at the stop log weir<br />
Equipment:<br />
DO Probes<br />
sampling kit<br />
Parameters to Caro<br />
pH<br />
Specific conductance<br />
Total dissolved solids<br />
Total suspended solids<br />
Dissolved sodium<br />
Dissolved chloride<br />
Dissolved aluminum<br />
Total aluminum (metals bottle)<br />
Bottles for each site:<br />
1 - 1 L Caro<br />
1 - 125 mL metals<br />
Field Parameters<br />
pH<br />
Conductivity<br />
Turbidity<br />
Temperature<br />
Dissolved oxygen<br />
Revised December 10, 2012
APPENDIX C<br />
Operator Worksheets
Route<br />
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Time<br />
Site<br />
Greater Vernon <strong>Water</strong> Utility- Sampling by City <strong>of</strong> Vernon - Week 1<br />
WTRAX<br />
Chlorine<br />
Coliforms<br />
Turb. pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample<br />
type<br />
Comments<br />
Goose City Yard Fill Station 1456F Caro<br />
Goose Rugg Rd 6002 P/A<br />
Goose NBX#2 5EE7 Caro<br />
Goose PV Road SS CE01 PA<br />
Goose Swan Lake PH 5EEA Caro<br />
Goose Turtle Mnt PS 1B40F Caro<br />
Goose Anderson Way 2416A P/A<br />
Goose O'Keefe Ranch SS 28A82 P/A<br />
HG's 1802 Pottery 13ED8 Caro<br />
HG's Mt Grady Ct 15006 Caro<br />
HG's PRV #1 5EFF<br />
Kal Commonage 5EF5 Caro<br />
Kal Longspoon Court SS 1E48C Caro<br />
Kal VJ Hospital 5EC7 Caro<br />
P/A +<br />
Aluminum<br />
Kal Sun Peaks Reservoir 229C3 P/A Cell:<br />
Land. 2001-43rd Street 17FFC Caro<br />
Land. Amber 181B0 P/A<br />
Land. Weeks Rd SS 1410B Caro<br />
Revised: May 8, 2013 RC, CK
Greater Vernon <strong>Water</strong> Utility- Sampling by City <strong>of</strong> Vernon - Week 2<br />
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Route<br />
Time<br />
Site<br />
WTRAX<br />
Chlorine<br />
Coliforms<br />
Turb. pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample<br />
type<br />
Comments<br />
Goose BX Park SS CD50 P/A<br />
Goose Dunsmuir CDED P/A<br />
Goose Goose Lake PH 5ECE P/A<br />
Goose Highland Place 82F5 Caro<br />
Goose PRV #2 5EE5 P/A<br />
Goose Stepping Stone PH 5EE8 P/A<br />
HG's Mt Grady Rd 15007 Caro<br />
HG's SBX #1 5ED6 Caro<br />
HG's Vernon Fire Hall 5EDC Caro<br />
Kal Brassy Point SS 1B408 Caro<br />
Kal Foothills PS 5ECA Caro<br />
Kal VJ Hospital 5EC7 Caro<br />
Kal McMechan Reservoir 23CAE Caro Line:<br />
Kal Old Kamloops Rd SS 2D0B5 P/A<br />
Land. Balsam Reservoir 1B40D Caro<br />
Land. Kokanee PS 5EBF Caro<br />
Land. Tronson Rd 5EC6 P/A<br />
Revised: May 8, 2013 RC, CK
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Greater Vernon <strong>Water</strong> Utility- Sampling by City <strong>of</strong> Vernon - Week 3<br />
Route<br />
Time<br />
Site<br />
WTRAX<br />
Chlorine<br />
Coliforms<br />
Turb. pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample<br />
type<br />
Comments<br />
Goose Haney Road SS 2D0B6 Caro<br />
Goose NBX #2 5EE7 Caro<br />
Goose PV Road SS CE01 P/A<br />
Goose Swan Lake P/S 5EEA P/A<br />
Goose Turtle Mnt PS 1B40F Caro<br />
Goose Anderson Way 2416A Caro<br />
Goose O'Keefe Ranch SS 28A82 Caro<br />
HG's 1802 Pottery 13ED8 Caro<br />
HG's Mt Grady Ct 15006 Caro<br />
HG's PRV #1 5EFF P/A<br />
Kal Commonage 5EF5 Caro<br />
Kal Longspoon Court SS 1E48C P/A<br />
Kal Sun Peaks Reservoir 229C3 Caro<br />
Kal VJ Hospital 5EC7 Caro<br />
Land. 2001-43rd Street 17FFC Caro<br />
Land. Amber 181B0 Caro<br />
Land. Weeks Rd SS 1410B P/A<br />
Land. Tavistock Reservoir 264EB Caro Cell:<br />
Revised: May 8, 2013 RC, CK
Route<br />
Greater Vernon <strong>Water</strong> Utility- Sampling by City <strong>of</strong> Vernon - Week 4<br />
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Time<br />
Site<br />
WTRAX<br />
Chlorine<br />
Coliforms<br />
Turbidity pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample<br />
type<br />
Comments<br />
Goose Highland Place 82F5 P/A<br />
Goose PRV #2 5EE5 Caro<br />
Goose Goose Lake PH 5ECE Caro<br />
Goose BX Park SS CD50 P/A<br />
Goose Stepping Stone PH 5EE8 Caro<br />
HG's City Yard Fill Station 1456F P/A<br />
HG's Mt Grady Rd 15007 P/A<br />
HG's SBX #1 5ED6 P/A<br />
HG's Vernon Fire Hall 5EDC P/A<br />
Kal Brassy Point SS 1B408 Caro<br />
Kal Foothills PS 5ECA Caro<br />
Kal VJ Hospital 5EC7 P/A<br />
Kal McMechan Reservoir 23CAE Caro Line:<br />
Land. Balsam Reservoir 1B40D P/A<br />
Land. Dunsmuir CDED Caro<br />
Land. Kokanee PS 5EBF Caro<br />
Land. Tronson Rd 5EC6 Caro<br />
Revised: May 8, 2013 RC, CK
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Week: Week 1<br />
Greater Vernon <strong>Water</strong> Utility<br />
<strong>District</strong> <strong>of</strong> Coldstream<br />
Time<br />
Site<br />
Wtrax<br />
Chlorine<br />
Coliforms<br />
Turbidity pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample type<br />
Comments<br />
Dutch's 5EF7 Caro<br />
Lateral #3 5F01 P/A Aluminum<br />
Palfrey SS 5ED7 P/A<br />
Ravine PH 18994 P/A<br />
Warren Road PH 5EFA Caro<br />
Bessette SS 28DCC Caro<br />
9025 Hwy 6 Blow<strong>of</strong>f 2BB4C<br />
1 - P/A<br />
2 -Caro bacterial<br />
1 - 500 mL inhouse<br />
during the Highway 6<br />
improvement project<br />
revised: February 20, 2012 RC, CK
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Week: Week 2<br />
Wtrax<br />
Time Site<br />
Greater Vernon <strong>Water</strong> Utility<br />
<strong>District</strong> <strong>of</strong> Coldstream<br />
Chlorine<br />
Coliforms<br />
Turbidity pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample type<br />
Comments<br />
Kidston SS 2BAC3 Caro<br />
Brewer Rd PH (A) 6F52 PA<br />
Pine Rd PRV 5F06 PA<br />
Ponderosa SS 5F03 PA<br />
Lavinton Esso 218BF PA<br />
Kal View SS F13F Caro<br />
9025 Hwy 6 Blow<strong>of</strong>f 2BB4C<br />
1 - P/A<br />
2 -Caro bacterial<br />
1 - 500 mL inhouse<br />
during the Highway 6<br />
improvement project<br />
revised: February 20, 2012 RC, CK
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Week: Week 3<br />
Time<br />
Site<br />
Wtrax<br />
Greater Vernon <strong>Water</strong> Utility<br />
<strong>District</strong> <strong>of</strong> Coldstream<br />
Chlorine<br />
Coliforms<br />
Turbidity pH Temp Cond sample type Comments<br />
Free Total Total E.coli P/A E P/A<br />
West Kal Road 5EF6 Caro<br />
Bessette SS 28DCC Caro<br />
Husband Road PH 5ED5 PA<br />
Coldstream Creek<br />
PH<br />
Braeburn Drive<br />
PRV #270<br />
1994E<br />
23B31<br />
PA<br />
PA<br />
Warren Road PH 5EFA Caro<br />
9025 Hwy 6 Blow<strong>of</strong>f 2BB4C<br />
1 - P/A<br />
2 -Caro bacterial<br />
1 - 500 mL inhouse<br />
during the Highway 6<br />
improvement project<br />
revised: February 20, 2012 RC, CK
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Week: Week 4<br />
Time<br />
Site<br />
Wtrax<br />
Greater Vernon <strong>Water</strong> Utility<br />
<strong>District</strong> <strong>of</strong> Coldstream<br />
Chlorine<br />
Coliforms<br />
Turbidity pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample type<br />
Comments<br />
Whitestone PRV 5F04 Caro<br />
Cunliffe Reservoir 5EF9 Caro<br />
DoC Old Fire Hall 1F1F0 Caro<br />
Springfield 5EF0 Caro<br />
Brewer Road<br />
Pumphouse (D)<br />
5F00<br />
PA<br />
Upland Sample Statio 5EEC Caro<br />
9025 Hwy 6 Blow<strong>of</strong>f 2BB4C<br />
1 - P/A<br />
2 -Caro bacterial<br />
1 - 500 mL inhouse<br />
during the Highway 6<br />
improvement project<br />
revised: February 20, 2012 RC, CK
Route<br />
Date:___________________________<br />
Weather:________________________<br />
Operator:________________________<br />
Time<br />
Site<br />
Mission Hill<br />
Treatment <strong>Plan</strong>t<br />
Outback Reservoir<br />
not pumping<br />
WTRAX<br />
2427B<br />
17FFF<br />
Greater Vernon <strong>Water</strong> Utility- RDNO Operators<br />
Chlorine<br />
Coliforms<br />
Turb. pH Temp Cond<br />
Free Total Total E.coli P/A E P/A<br />
sample<br />
type<br />
P/A<br />
Caro<br />
Comments<br />
Antwerp Springs PH 1994D Caro<br />
DCWTP Reservoir 23E7C P/A<br />
Revised: January 23, 2013 CK