WATER DEPARTMENT
Shop location: 577 Elm Road, Estes Park, CO 80517
for after-hours water emergencies, please call:
970-586-4000
To set
up a Utility account with the Town of Estes Park, please call
Utility Billing at: 970-586-5331
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Water Quality Manager Tom Blaue (left) and Water
Superintendent Jeff Boles discuss a project at the Water Shop
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Utilities Director:
Bob Goehring
Telephone: 970-577-3580
E-mail:
bgoehring@estes.org
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Water Superintendent:
Jeff
Boles
Telephone:
970-577-3608
E-mail:
jboles@estes.org
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Assistant Water Superintendent:
Cliff Tedder
Telephone: 970-577-3622
E-mail:
ctedder@estes.org
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Water Quality Control Manager:
Tom Blaue
Telephone: 970-577-3619
E-mail:
tblaue@estes.org
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Cross-Connection Control
Specialist: David Devine
Telephone: 970-577-3625
E-mail:
ddevine@estes.org
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ABOUT THE WATER DEPARTMENT
ANNUAL
WATER QUALITY REPORT
CROSS-CONNECTION/BACKFLOW CONTROL PROGRAM
WATER
CONSERVATION
WATER
DEPARTMENT STAFF
WATER RATE INCREASE ARTICLE 2008 - 2010
WATER RATE SHEET 2008 - 2010
WATER SYSTEM DEVELOPMENT CHARGES AND WATER
RIGHTS FEES DECEMBER 2007
WATER
TREATMENT FACILITIES EVALUATION
WINDY GAP
RESERVOIR
More than 4,200 customers are served by the Town of Estes Park's
Water Department. The department's coverage area is bordered by the east edge of
town, the turn-in to Eagle Rock School on Dry Gulch Road, McCreery Lane on
Devil's Gulch Road, the southwest side of Carriage Hills off Highway 7, the Fish
Hatchery area off of Fall River Road, and the YMCA border on Spur 66. Each of
those customers resides below the "blue line" elevation of 7,580 feet.
A staff of eight maintains more than 100 miles of pipelines
and nearly 500 fire hydrants. The Water Department currently operates with a
capacity of 3 million gallons per day, with the ability to produce an additional
1
million gallons per day. All Town water receives full chemical treatment and
filtration, with the water disinfected and adjusted for pH.
Tap fees for an average single-family residence are $7,240
within town limits, plus $75 for materials/labor and $275 for the meter. The costs
increase by $21 (filing fees) for those outside town limits. In addition,
potential customers residing in the county must be members of the Northern
Colorado Water Conservancy District. To learn more about the history of
the NCWCD and the Colorado-Big Thompson Project, check out the district's web
site at www.ncwcd.org. This comprehensive
site also includes information about water conservation, irrigation tips,
weather records and much more.
To learn more about the quality of Estes Park's drinking water, be sure to
read the
2003 Consumer Confidence
Report.
Click here to read
the Town of Estes Park's Annual
Water Quality Report.
CROSS-CONNECTION/BACKFLOW CONTROL
PROGRAM
The Town of Estes Park Water Department is committed to
providing quality, safe drinking water to the residents and visitors who come
here. Recognizing that health and well-being are important and directly related
to good water, water quality is monitored closely from the time water first
enters the treatment plants to the time it exits your water faucet. It is for
these reasons the Water Department has implemented the Cross-Connection and
Backflow Control Program.
Backflow testers: this is the
approved form for testing and maintenance of backflow devices.
Click here for an Excel version that can be filled out on
your computer;
click here for a .pdf version
that can be downloaded and printed.
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QUESTION |
ANSWER |
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What is a
cross-connection, and what is meant by “backflow?” |
Simply put, a cross-connection is a direct connection
between clean, safe drinking water (also known as potable water) and any
“pollutant” or “contaminant.” Backflow
is the undesirable reversal of flow bringing such pollutants or contaminants
into the potable water system. |
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How does a
backflow situation occur? |
A backflow will occur
any time there is a siphon or backpressure in the water
system.
A
siphon can take place when atmospheric
pressure is greater than the pressure in the water system same
principle as drinking water through a straw.) An example of how it may happen is
when a water pipe breaks. More water is leaving the system than what is being
put in. This in turn, creates a vacuum or void that will ‘siphon’ into the
system possible contaminants or pollutants.
A backpressure situation takes
place when the pressure in the potable water system is less than the pressure in
an auxiliary or attached system. This results in possible pollutants or
contaminants being “pumped” or forced back into the potable water system. An
irrigation pump taking water from a stream and pumping it into the potable water
system is an example of backpressure. |
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What can be done to prevent
backflow? |
100% protection can be achieved only by the elimination of all
cross-connections. Since elimination of all cross-connections isn’t always
possible or practical, what can be done?
Installation of an approved
backflow preventer is the next step to protect the potable water
system. As the term suggests, a properly installed and maintained backflow preventer will “prevent” a backflow from occurring. A typical backflow preventer
at a private residence is located between the irrigation system and the house
water supply. (See illustration A) This device will prevent the backflow of
contaminants such as pesticides, herbicides, and fertilizers from flowing into
the drinking water supply of the residence.
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How do I
find out if I need to have a backflow device installed? |
Contact the Town of
Estes Park Water Department Cross-Connection Control Specialist at 970-577-3625.
You will be provided with detailed information describing what device to install
if any. The Cross-Connection Control Specialist will be glad to visit your
property if needed.
Private home residences
will typically need a device on the irrigation system. If you have a home photo
lab or other unusual circumstances the Cross-Connection Control Specialist will
gladly visit your home and provide detailed direction.
If you own a commercial property you will be required to contact the Cross-Connection
Control Specialist before any variance is granted.
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Questions to ask yourself:
1. Is your property a
commercial property?
2. Do you have a
business that you operate out of your home?
3. Do you have an
irrigation system or are you planning to install an irrigation
system?
4. Do you have at your
residence a photo lab or hobbies that include:
chemicals, gases,
radiological, biological or other contaminants or pollutants?
5. Do you have pumps
attached to the potable water supply at your residence?
(This includes
pumps attached to wells.)
If you are supplied water by the Town of Estes Park and
have answered “yes” to any of the above questions, or simply do not know, please
contact the Cross-Connection Control Specialist at 970-577-3625. We will be glad
to help.

Illustration A
WATER CONSERVATION
In mid-2003, the Town of Estes Park adopted a Water Conservation Plan
that includes voluntary and mandatory measures to ensure the integrity of the
Town’s water supply.
At the
Stage I
level (normal water conditions), all reductions in water use are voluntary
measures, intended as tools for increasing the community’s awareness, rather
than imposing restrictions. It is only in
Stages II and III
that restrictions become mandatory in nature.
The Town obtains
its water supply from the Colorado-Big Thompson (CBT) project and Glacier Creek.
These sources are directly connected to the Town’s treatment plants and do not
include raw water storage. The recent drought has increased sensitivity
toward our water sources and the drought’s impact upon them.
The newly constructed
Mary's Lake Raw Water Pump Station will play an important role in supplying the
Town of Estes Park with water should severe drought conditions drastically limit
available supplies. Construction on the Mary’s Lake Raw Water Pump Project
began in February of 2003 to coincide with the Bureau of Reclamation’s annual
March draw-down of the lake. The pump station became operational in June.
This $670,000 project was
designed and constructed to provide an alternate source of potable water for the
Town during maintenance of the Adams Tunnel. This maintenance takes place two to
three times each year. In addition, the pump will ensure dependable water
supplies during drought years when the remote possibility exists that the tunnel
may become dry due to a lack of water in the Colorado-Big Thompson reservoir
system located west of the Continental Divide.
The project consists of a
30-foot deep, 12-foot-diameter pump station at the west end of Mary’s Lake. The
system utilizes two 88-horsepower submersible pumps capable of generating 1,400
gallons of water per minute. The pump station’s operation can be controlled
either manually or remotely via electric and SCADA (Supervisory Control and Data
Acquisition) controls, with data from the plant used to control the pump system.
Water
Conservation Stages
Town staff has
defined three water conservation stages that are triggered by the availability
of water resources. These stages are as follows:
Stage I
This is the normal mode of operation. Voluntary water conservation measures are
suggested to encourage prudent water use, but none are mandated.
Stage II
This stage is triggered by the loss of one of the water supply sources and a
likely reduction in the other supply source. Mandatory water restrictions are
in effect to reduce water demands. Water
rates are increased to recover the same amount of revenue as existing rates
recover under Stage I conditions.
Stage III
This stage is triggered by the loss of both water supply sources. Severe water
restrictions are in effect and water rates are drastically increased to recover
same amount of revenue as existing rates recover under Stage I conditions and to
penalize unnecessary water usage.
Water Conservation Measures
Stage I
Voluntary
conservation measures are included in this stage to embed water efficiency
programs into the fabric of the community and achieve permanent reductions in
per capita water use. Long-term water demand management programs include both
structural and
non-structural measures.
Structural Measures: Structural
controls are “built into” each individual home or business and do not require a
daily, conscious effort on the part of the consumer to save water. Examples of
such devices include such easily installed items as low-flow shower heads, water
faucet aerators and toilet tank banks.
Non-Structural Measures:
Non-structural controls include public education, pricing systems, and
enforcement of restrictions that are imposed during drought periods.
Stage II
Immediate action is necessary in Stage II to reduce water demands. The Town’s
primary tool for achieving short-term reductions in water use is to declare that
Stage II conditions exist and to enact restrictions to reduce water consumption
until adequate supplies are available. The goal of the restrictions is to
assure that water is continuously available to all customers for minimal
irrigation and essential uses that protect the health, safety and welfare of the
public.
How
can I help to make a difference ?
Individuals can make
a difference during periods of drought simply by improving conservation habits.
Here are some simple ideas:
·
Bathroom.
Turn off water while brushing teeth and shaving. Do not use toilets as waste
baskets. Bathe using half-full tubs and take shorter showers.
·
Kitchen.
Store drinking water in the refrigerator and run the dishwasher only when full.
·
Laundry.
Purchase high-efficiency appliances and wash full loads of laundry.
·
Voluntary
Watering Days and Watering Hours of the Day.
Adhere to the Town’s suggested voluntary watering schedule.
·
Open Hoses.
Only use hoses without shutoff valves for deep watering of trees,
bushes, flowers and gardens.
·
Hose Shutoff
Valves.
Equip hoses with shutoff valves that require hand pressure to open.
·
Exterior
cleaning.
Sweep patios, sidewalks, driveways, and other hard exterior surfaces before the
final spray of water is applied, if needed.
·
Car
Washing.
Use spray from a hose equipped with a shutoff valve and/or a bucket of water to
wash car.
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Town of Estes Park, Colorado
Water
Conservation Plan (Note: Stage I measures are
voluntary) |
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Conservation Measures |
Stage I
(Normal) |
Stage II
(Moderate) |
Stage III
(Emergency) |
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Impose
water rate surcharge |
No |
No |
Yes |
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Allow turf
Irrigation |
Yes |
Yes |
No |
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Voluntary watering days are designated |
Yes |
N/A |
N/A |
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Mandatory watering days are designated and should
be observed |
N/A |
Yes |
N/A |
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Voluntary landscape/lawn non-watering between
10 am and
6 pm. |
Yes |
N/A |
N/A |
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Mandatory landscape/lawn non-watering between
10 am and
6 pm. |
N/A |
Yes |
N/A |
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Limit lawn
watering to 2 hours per day on designated watering days |
N/A |
Yes |
N/A |
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Prohibit
new lawn seeding or sod |
No |
Yes |
Yes |
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Allow hand
watering |
Yes |
Yes |
Yes |
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Allow
spray or bucket car washing |
Yes |
Yes |
No |
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Allow use
of automated car washes that recycle wash water |
Yes |
Yes |
No |
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Allow use
of automated car washes that do not recycle wash water |
Yes |
No |
No |
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Watering days – Voluntary in Stage I, Mandatory in Stages II and III
Street
addresses ending in 0 to 4: Monday, Thursday, Saturday
Street
addresses ending in 5 to 9: Tuesday, Friday, Sunday
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