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Flagstaff, Arizona | Drinking Water Utility Company

The vicinity drinking water in City of Flagstaff could be tainted by different toxins including Dibromomethane, p-Dichlorobenzene, Cyanide and Monobromoacetic acid, and may battle with soaring degradation of water hardness. City of Flagstaff supplies this county with drinking water which originates its water from Surface water.

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City of Flagstaff Details

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Area served:

Flagstaff, Arizona

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Population served:

67328

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Water source:

Surface water

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Phone:

928-213-2000

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Address:

211 W Aspen Avenue, Flagstaff, AZ 86001

Arizona Dinking Water Utility

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Contaminants Detected In Flagstaff, Arizona

Chromium (hexavalent); Arsenic; 1,4-Dioxane; Chlorate; Strontium; Vanadium… more

Flagstaff Dinking Water Utility

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City of Flagstaff

Annual Drinking Water Report

List of Drinking Water Contaminants Tested by City of Flagstaff

But Not Detected:
1,1-Dichloroethane; 1,2,3-Trichloropropane; 1,3-Butadiene; Bromochloromethane; Bromomethane; Chlorodifluoromethane; Chloromethane; Cobalt; Molybdenum; Perfluorobutane sulfonate (PFBS); Perfluoroheptanoic acid (PFHPA); Perfluorohexane sulfonate (PFHXS); Perfluorononanoic acid (PFNA); Perfluorooctane sulfonate (PFOS); Perfluorooctanoic acid (PFOA)

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City of Flagstaff

About Us


86001 Annual Water Report

Email

mlee@flagstaffaz.gov


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Continuing Our Commitment The City of Flagstaff is focused on providing the highest quality water and reliable delivery to our customers. I'm proud to present the annual Consumer Self confidence Report, also known as a water quality record, which summarizes every testing conducted to make sure we are providing each of our customers with the maximum quality drinking water. Each of our water provided to the customers meets or exceeds almost all Federal and Express drinking water standards. This kind of report covers the time between January you and December thirty-one, 2016. Public Conferences We want our appreciated customers to be knowledgeable about their water top quality. If you would like to learn more about general public participation or to go to any of our frequently scheduled meetings, make sure you contact the Utility bills Division at (928) 213-2400. Flagstaff Drinking water Commission meetings happen to be held the third Thurs of each month. Seeing locations are submitted to the official City message board at Metropolis Hall, 211 Watts. Aspen Ave., Flagstaff, and on the City’s Web page at www.flagstaff.az.gov/utilities. Substances That Could Be in Water To ensure that plain tap water is safe to drink, Az Department of Environmental Quality prescribes laws limiting the amount of specific contaminants in drinking water provided by public normal water systems. U. T. Food and Drug Administration regulations create limits for impurities in bottled water. Water, including bottled water, may possibly reasonably be expected to contain at least small amounts of a few contaminants. The presence of these kinds of contaminants does not automatically indicate that the drinking water poses a wellness risk. The reasons for drinking water (both faucet water and bottled water) include rivers, waters, streams, ponds, reservoirs, springs, and water wells. As water trips over the surface in the land or throughout the ground, it dissolves naturally occurring minerals, in some instances, radioactive material; and substances resulting from arsenic intoxication animals or via human activity. Contaminants that will be present in source drinking water include: Microbial Pollution, such as viruses and bacteria, which may result from sewage treatment crops, septic systems, farming livestock operations, or perhaps wildlife; Inorganic Pollutants, such as salts and metals, which can be natural or may result out of urban stormwater runoff, industrial or home wastewater discharges, gas and oil production, mining, or perhaps farming; Pesticides and Weed killers, which may come from many different sources such as cultivation, urban stormwater runoff, and residential uses; Organic Chemical Impurities, including synthetic and volatile organic chemical compounds, which are by-products of business processes and petroleum production, and may as well come from gas stations, downtown stormwater runoff, and septic systems; Radioactive Contaminants, which can be natural or may be the consequence of oil and gas production and mining activities. More details about contaminants found in tap water and potential health effects can be acquired by calling environmentally friendly Protection Agency’s A safe drinking water supply Hotline at (800) 426-4791 or go to online at www.epa.gov/safewater/hotline. Information on bottled water can be acquired from the U. S i9000. Food and Drug Administration. Where Will My Water Originate from? I n 2016, the Utilities Department produced approximately several, 979 acre-feet (or ~2. 6 million gallons) of moving water at an average of seven. 11 million gallons per day. This is a decrease of 0. 4% from the previous season, 2015. The City of Flagstaff, produces drinking water coming from three sources: 1 ) Upper Lake Martha Reservoir 2 . In season runoff from the Internal Basin of the Bay area Peaks. The water can be described as combination of spring normal water from snowmelt and shallow ground drinking water wells. 3. Profound ground water bore holes located in two very well fields outside of area and seven water wells located inside of community. Water Treatment Procedure The City of Flagstaff offers two water treatment plants: 1 . Pond Mary Water Treatment Plant - Natural water is driven approximately 9 a long way from an absorption tower at the Top Lake Mary ravage to the Lake Margaret Water Treatment Vegetable. Water is pretreated with chlorine dioxide to prevent algae development and formation of disinfection byproducts, normal water is treated within a conventional filtration flower, consisting of coagulation, flocculation, sedimentation, filtration, and disinfection. Final cared for water is combined with groundwater from the Pond Ma.

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City of Flagstaff Drinking Water Company and EPA

City of Flagstaff Drinking Water Report Info
The City of Flagstaff was built up in 1882 as a railroad stop for train water and travelers and first used spring water close to what is currently known as "Old Town Spring" nearby Mars Hill. This water source was exceptionally constrained and another stockpile was before long required. After the City wound up consolidated in 1884 with just 1,500 inhabitants, Mayor Abineau started the City's first of three significant water supply importation ventures from miles outside its corporate cutoff points. The vision of the City's first solid water supply originated from inside the San Francisco Peaks where a 12 mile, 6-inch dirt pipeline was built from the Inner Basin through Shultz Canyon to a 2.5 million gallon store found north of Flagstaff along what is currently Shultz Pass Road (Figure 1.1). A 8-inch cast iron pipeline proceeded into town giving the railroad and residents its first solid water supply. Extra enhancements of Jack Smith Spring, Flagstaff Spring and Snowslide Spring situated between 9,600 feet and 11,020 feet were directed by the City and Arizona Lumber and Timber Company in 1899 and 1900, separately. The new water framework went into utilization with around 300 clients where habitations paid $2/month, which at the time was a day's pay for most men (Cline, 1994). The first month to month expense is proportional to $52.41 in 2010 dollars (USBLS, 2010). Looking for extra surface water supplies in mid 1905, T.A. Riordan built lower Lake Mary Dam more than six miles away southeast of as far as possible in what was then known as Clark Valley. This dam exploited the surface water inside Walnut Creek watershed and speaks to the City's subsequent significant water supply importation venture (Figure 1.2). Lake Mary and the dam got their name from Riordan's most established little girl, Mary. As the City's water requests developed, the City obtained the little, private sewer organization that contained more than 4,500 feet of 12" fundamental in 1917 (Cline, 1994). This was significant given that with another water framework, numerous structures were then built with toilets and after that came the issue of sewage transfer. The release purpose of the sewer was into "sewer gulch" south east of town, in the region of the present Butler Avenue and the Rio de Flag. As indicated by Cline (1994), the expense of the sewer organization was $60,000 or $1.205 million of every 2010 dollars (USBLS, 2010). Since most residents in country America at the time had never needed to pay for sewer benefits, the association charge to the sewer arrangement of $60 was a staying point ($1,025 in 2010 dollars (USBLS, 2010)). Moreover, every client was then charged a yearly expense of $9 or $0.75 every month ($12.81/month in 2010 dollars (USBLS, 2010)). The Santa Fe Railway developed another 50 million gallon stockpiling supply to grow Inner Basin water stockpiling limit in 1914 at the Shultz Pass Road office. The City at that point casted a ballot in 1925 to develop a second 52 million gallon stockpiling repository, upsize the pipeline from the Inner Basin to 14-inch and buy the water rights and framework from the railroad for $475,000 or $5.9 million of every 2010 dollars (USBLS, 2010) (Figure 1.1). Because of irregular nature of the streams in Walnut Creek and the high invasion rates in the base of lower Lake Mary, a subsequent dam was developed up-inclination (Figure 1.2). Upper Lake Mary Dam and Lake Mary Water Treatment Plant (WTP) were built in 1941 for $200,000 ($2.97 million out of 2010 dollars (USBLS, 2010)) so as to store, treat and convey this surface water straightforwardly to the residents of Flagstaff. The dam was then raised an extra 10 feet in 1951 to its present tallness and has a capacity limit of 16,300 section of land feet (AF) (Hornerwer and Flynn, 2008), In 1950, Arizona wellbeing guidelines required the City to burn through $192,000 (or $1.74 million out of 2010 dollars (USBLS, 2010)) to supplant old sewer lines and expand new ones. Be that as it may, in lieu of structure a wastewater treatment plant at the time, the City essentially broadened the sewer outfall ½ mile further downstream in the Rio de Flag (Figure 1.2). One of the advantages of this exertion was to basically take out the majority of the open air privies that stayed in the City. Additionally during the 1950s, dry spell required the City to search for a progressively solid water supply past surface water. The City deliberated with U.S. Topographical Survey geologist John Harshba.

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City of Flagstaff Drinking Water Company and CDC

FAQs What have to I understand approximately Cal Water’s lab? Why does my water appear milky or cloudy? What causes the spots on my dishes? Should I buy a water softener? Should I buy a domestic filtration unit? What needs to I do if my espresso has an oily look? What causes taste and odor troubles? What reasons a few glasses of water to be discolored? Is bottled water higher satisfactory than faucet water? Why does water need to be disinfected? Why is there dust or sand in my water? Why does Cal Water occasionally flush water from pipes? What causes tough water? What are trihalomethanes? Why is drinking water chlorinated/chloraminated? Is there a regulatory widespread for chlorine or chloramine in ingesting water? What are the California Division of Drinking Water and EPA doing to look at the problem of THMs in ingesting water?.

City of Flagstaff consumer info

City of Flagstaff provides drinking water services to the public of Flagstaff and Flagstaff, Arizona.

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