We often get asked if people who have city/town water ought to test their drinking water from time to time. If you live in the city of Edgewood, Iowa, you no longer have to ask that question.

While the Iowa Department of Natural Resources says they do not believe any dangerous water safety issues avoided detection, the fact that a city employee responsible for testing the city’s public drinking water supply on a regular basis purchased only enough supplies for 100 tests — despite claiming to have performed 3,889 water tests between January 2006 and July 2009 — would make just about anyone curious.

A former Edgewood city employee has been sentenced to probation after he admitted that he failed to test the town’s water supply and submitted false reports to the Iowa Department of Natural Resources.

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Harris, 43, pleaded guilty in April to one count of making false statements in a matter within the jurisdiction of the Environmental Protection Agency.

In the plea agreement, Harris admitted he sent false monthly reports to the DNR from February 2008 and July 2009. He falsely claimed testing for fluoride, chlorine and manganese. DNR tests showed less chlorine in the water than the 1.5 milligrams per liter required by state law to kill bacteria.

The review found lower-than-acceptable levels of fluoride, which reduces tooth decay, and manganese oxide, which helps remove cancer-causing radium from the water. Residents in the eastern Iowa town were not exposed to any short- or long-term health risks, a DNR officer said.

The DNR originally alleged that Harris claimed to have done 3,889 water tests between January 2006 and July 2009, but bought enough material for only 100 tests. Harris resigned in August 2009.

The investigation began after some residents complained about declining water quality. ( source )

OK, now having read that, does the statement, “DNR tests showed less chlorine in the water than the 1.5 milligrams per liter required by state law to kill bacteria.” make you feel… safe?

How about “The investigation began after some residents complained about declining water quality.” Does that give you any sense of security?

Can individuals test their city/town/tap water?

Of course they can! While only certified water testing laboratories can give the absolute last word on the safety and potability of drinking water, at-home drinking water test kits from companies like SenSafe and WaterSafe allow the average homeowner to test critical water parameters on their own, whenever they want, and for little money.

What water parameters should homeowners test?

Given the number of possible drinking water contaminants, the average homeowner would find it difficult (and expensive!) to test for them all… but as a general rule, if typically makes sense for people on city/town/tap water to test for water parameters such as:

• free chlorine residual
• total chlorine residual
• lead in water
• copper in water
• iron in water
• total hardness
• bacteria in water
• hydrogen sulfide

Should homeowners with city water test for other things? That all depends on where their water company gets its water. As an example, if the water comes from a well, other potentially harmful water contaminants such as pesticides and arsenic could find their way into the water supply and an ill-equipped water treatment facility may not have the proper technology installed to remove them.

As always, though, if you have serious reason to suspect that your tap water has ‘issues’, seek advice from certified water quality experts. Home water test kits serve as great field tests, but the final word regarding a water supply’s potability should come from a certified water testing laboratory.

We have all heard the stories about people having date rape drugs slipped into their drinks while out at bars and nightclubs, but how many have heard of THIS? A male co-worker put his own…. ‘seed’…. into a female co-worker’s water bottle. Twice.

Just… Wow. What a flippin’ disgusting individual!

SANTA ANA, Calif. (KABC) — A 31-year-old Fullerton man was arrested on Tuesday for allegedly ejaculating twice into a co-worker’s water bottle.

Authorities said Michael Kevin Lallana was linked through DNA to the crimes.

Lallana allegedly entered the victim’s office and deposited his ejaculation into a water bottle that was on her desk in January. Police said the unsuspecting victim later drank the water, which made her feel sick, so she threw it away.

In April, investigators said Lallana did the same thing, but this time, the victim saved the water bottle and sent it to a private lab for testing. She then reported the results to the Orange Police Department.

Lallana is charged with two misdemeanor counts each of releasing an offensive material in a public place and assault, with sentencing allegations for committing a crime for sexual gratification.

If convicted, Lallana faces a maximum of three years in jail with mandatory sex offender registration. He is free on $500 bond and will be arraigned next month. ( source )

If this little bit of news does not make you want to take proper precautions to guard your water, whether in the bottle you leave on your desk at the office or as the drinking water that comes up from the aquifer and into your home, then perhaps nothing will.

Do you have control over the quality of the water in the aquifer supplying your well? Most likely not, but you always have the chance and opportunity to test the quality of water for unwanted contaminants. Periodic use of a well water test kit helps to ensure that no changes in the quality of your well water have taken place.

What sort of well water testing should well owners consider? At the very least we suggest they test for naturally occurring contaminants such as bacteria, nitrates/nitrates, heavy metals like mercury and lead, arsenic, etc.

Huh? Test for arsenic? Why? Is someone trying to poison us? Most likely not, but we have good reasons to suggest well owners test their water for arsenic. If you want to know why arsenic testing for well owners makes sense, take a look at Arsenic-Test-Kit.Com and ArsenicQuick.Com.

Getting back to the topic of well water testing, the United States Environmental Protection Agency as well as public health officials on State and Local levels urge private well owners to have their well water tested by a certified water testing laboratory annually. Qualified water testing labs like National Testing Laboratories typically provide reliable test results in under two weeks.

Oh, and before we forget, you paranoid folks out there may want to invest in a Cyanide in Water Test Kit… ‘cuz you never know. Maybe your neighbors really ARE out to get you!

This multi-stage (six) inline filter does a lot more than just remove arsenic from water at a rate of up to 1 gallon per minute, a rate perfect for use with water fountains, bottleless water coolers, commercial coffeemakers, and ice machines. It uses all six of its filtration layers to effectively remove a number of drinking water contaminants.

• In stages 1 and 6 water flows through pre and post one – micron filters capable of removing suspended particles such as silt, sediment, cyst (Giardia, Cryptosporidium), sand, rust, dirt, and other types of unwanted matter.

• In stage 2 water flows through a specially engineered arsenic removal/reduction media.

• In stages 3 and 4 water flows through a media bed comprised of high purity KDF-55D ®, and KDF-85D ®, which operate using electrochemical and spontaneous oxidation/reduction (REDOX) principles. The combination of these two special media completely oxidizes any chlorine in the water.

  As an added bonus, heavy metals such as lead, mercury, copper, nickel, chromium, cadmium, aluminum, and other dissolved metals also get removed/reduced during this stage of filtration.

  While some KDF media beds can harbor unwanted bacteria, studies have shown that this particular unit reduces the likelihood of bacteria growth by as much as 90%, thus eliminating the need for silver, an element considered by some to pose health risks.

  Worried about the possible addition of copper or zinc to the water in any significant amount? On a sample of water containing 2.3 ppm chlorinated water, testing after filtration detected <0.05 mg/l copper and only 0.46 mg/l zinc. The EPA has set the aesthetic levels for copper at 1.0 mg/l and 5.0 mg/l for zinc. Additionally, the human body requires both zinc and copper for good health. The FDA recommends a daily intake of 15 mg of zinc and 2 mg of copper.

• In the fifth stage of filtration, water flows through granulated activated carbon (GAC) which adsorbs a wide variety of organic contaminants, such as any remaining chlorine (99.9%), chemicals linked to cancer such as Trihalomethanes and benzene, pesticides, herbicides, insecticides, volatile organic compounds (VOC’s), PCB’s, MTBE’s and a laundry list of other chemical contaminants that may exist in your source (i.e. tap or well) water.

What about replacement filters? Will I have difficulty finding them? Highly unlikely! The manufacturer of this inline arsenic filter, Crystal Quest has existed in one form or another in the commercial water purification industry for more than thirty years.

You can order replacement filters for the inline arsenic filter on FilterWater.Com, a leading online vendor of water quality improvement products from Crystal Quest and other manufacturers.

Of all the things a person should have to worry about affecting their drinking water, who in their right mind would think that torpedo testing would ever become an issue?

Not us, but folks in the San Gabriel Valley region of California have something to think about… unfortunately.

The San Gabriel Mountains may be an unlikely site for a U.S. Navy torpedo lab, but 17,000 cubic yards of soil contaminated by torpedo tests is going to be hauled away from a lake in a canyon above Azusa, according to reports.

The Navy tested torpedo engines and shapes in the lake behind Morris Dam beginning in World War II. After 50 years, it closed the facility but left behind bad chemical residue.

Perchlorates, a cancer-causing type of rocket propellant, arsenic and other dangerous compounds coat rocks on the 20-acre test site on a peninsula in the lake, which is a domestic drinking water supply for the San Gabriel Valley. ( source )

Yeah… Not too many people will ever have to deal with the residuals of torpedo testing winding up in their drinking water supply, but plenty of other folks — whether they know it or not — really ought to keep a close watch on the quality of their drinking water.

Sneaky contaminants like arsenic, which occurs naturally in the environment, can show up in well water unannounced. Something as simple as a change in the weather can result in increased arsenic levels in well water. Therefore owners of wells owe it to themselves and everyone their wells serve to test for arsenic on a regular basis.

Most health officials suggest that private well owners have a thorough water quality analysis performed at least once a year by a certified water testing laboratory. Whether done by a local lab or a company like National Testing Labs, owners of private wells owe it to themselves and their families to have their water tested on a regular basis.

A recent study done on fish and sediment taken from Mountain Island Lake in North Carolina detected higher than expected, and some cases safe, levels of toxic metals and PCB’s.

Toxic chemicals and heavy metals are collecting in the tissue of fish and the sediment beneath the water of Mountain Island Lake, according to a new study out this week.

A recent independent study by the Catawba Riverkeeper Foundation determined that drinking water supplied by the lake is safe but the fish and sediment from the lake contains high levels of unacceptable industrial matter, according to David Merryman, Catawba Riverkeeper.

“I think from these results we should at least evaluate our fish consumption for PCBs, and that’s something I’ll be calling for,” said Merryman.

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A PCB concentration of 70.7 parts per billion was found in largemouth bass that were tested. That is more than 20 points higher than levels considered safe by the U.S. Environmental Protection Agency, said Merryman.

Mountain Island Lake provides water to Gastonia, Mount Holly and several other municipalities and is also a popular fishing spot for anglers in the area.

Samples of fish also showed signs of barium, mercury and selenium.

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Any advisories about the consumption of fish would have to come from the N.C. Department of Health and Human Services.

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The water in Mountain Island Lake proved to be free of PCBs but did include arsenic and barium. Sediment contained arsenic, barium, lead, selenium and mercury. These elements may not surpass acceptable levels, but they are alarming to Merryman.

“This is important. This is the water we drink. It’s where we swim,” he said.

Many of the chemicals detected during the independent test come from the neighboring coal-ash ponds operated by area power plants, according to Merryman.

While the coal-ash ponds are independent of Mountain Island Lake, water is skimmed off the top of the ponds regularly and dumped into the lake.

“Those coal-ash ponds are a source of heavy metals to that lake that a million and a half of us depend on to drink, to cook and wash our clothes,” said Merryman. “We really shouldn’t let industry pump heavy metals into a lake that we depend on.”

Duke Energy is allowed to discharge into the river system under a permit.

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The Catawba Riverkeeper Foundation contracted with Pace Analytical Laboratories in Huntersville to conduct the tests on Mountain Island Lake.
( source )

We will post more information about the water quality in Mountain Island Lake as we learn it. For now, though, please take a look at the test kits below, as they will work for testing lake water, tap water and well water for potentially hazardous levels of metals in water.

We have repeatedly posted information about arsenic remediation systems for residential and small commercial applications, but what about the ‘big boys/girls’ who have arsenic in their water? What about them?

Fear not, because we recently learned that Filter Water a leading retailer of water testing, water filtration and drinking water contaminant elimination equipment has started carrying a line of arsenic removal filters designed specifically for customers whose water requirements range from 15 to 288 gallons per minute (GPM).

A few words about arsenic levels

Based upon a standard dating back to 1942, the USEPA (United States Environmental Protection Agency) enacted legislation that required water systems to make sure arsenic levels did not exceed 50 ppb (parts per billion). More recently, however, health experts and other professionals questioned the safety of water containing 50 ppb dissolved arsenic and in 2001 the USEPA dropped the maximum contaminant level for arsenic in drinking water to 10 ppb.

The debate over what defines a ‘safe’ arsenic level in drinking water will come up again, most likely, because some health officials warn that levels above 3 ppb pose a credible danger to humans.

Need to test for arsenic in water?

For most field/home water testing applications the Arsenic Quick line of water test kits work very well. They have the shorter testing times, safer reagents and greater detection ranges than any comparable test kit on the market.

For information on these kits, visit ArsenicQuick.Com and/or Arsenic-Test-Kit.Com

A quick look at the arsenic map on Arsenic-Test-Kit.Com will show you that arsenic can appear in groundwater all across the Continental United States and in some areas naturally occurring arsenic levels in ground water greatly exceed the 10 ppb (parts per billion) limit set forth by the USEPA several years ago.

Want to know if your drinking or well water contains dissolved arsenic in concentrations greater then recommended by the USEPA? At-home test kits such as the Arsenic Quick Test Kits for Drinking Water work well as a field screening tool, but the final word ought to come from a certified water testing lab such as National Testing Labs… or you can find lists of certified water testing labs in your state here.

As more and more people become aware of the fact that levels of arsenic in well water can fluctuate with the changing of seasons, after periods of heavy rain and in periods of drought, the demand for arsenic removal systems for residential and commercial use continues to rise.

One of the most common methods of arsenic removal requires the use of a specific type of water filter media, an example of which is a nano-particle based selective iron oxide resin media designed to remove arsenic (arsenate and arsenite) from water.

A quality arsenic removal resin of that nature will have passed all testing and quality requirements outlined in the NSF/ANSI 61 standard.

While the debate over public water system fluoridation rages on,

    – Arsenic and Fluoride Still a Problem

    – Fluoride Exposure Linked to Sperm Damage

    – Fluoride in Drinking Water Facts

    – More Information on Fluoride in Drinking Water

… more and more people install filters to remove fluoride in their homes, offices and places of business.

While some fluoride removal systems use replaceable filter cartridges and/or reverse osmosis membranes, larger units and whole house systems use special filtration media that must get replaced every so often.

A good quality fluoride removal water filter media will work using both adsorption and chemical reaction and not rely exclusively on an ion exchange reaction only.

The newest fluoride removal water filter media carried by FilterWater.Com contains a synthetic aluminum oxide adsorbent media, a resin designed specifically to have a high affinity for Fluoride, Lead and Arsenic.

The Arsenic Quick Test II Mini-Kit detects low levels of arsenic, as low as 2 ppb (micrograms/L), in just 14 minutes. Testing can take place as easily in the field as it can in a lab, in a home, or just about anywhere.

To make testing for arsenic in private wells more affordable, Arsenic Quick Test II Mini-Kits contain enough of the three needed reagents — tartaric acid (food grade), zinc powder, and monopersulfate — and patented detection strips to run two full tests for arsenic in water.

While other arsenic test kits use harsher acids and have more complex testing procedures, Arsenic Quick Test Kits provide a safer, faster method for testing arsenic in well water, groundwater, surface water, etc.

Arsenic Quick Test Kits work so well, in fact, that the States of Michigan and Arizona have each incorporated an Arsenic Quick Test Kit into their Arsenic Testing Compliance Regulations.

Lisa wrote in on behalf of her son who wishes to perform water testing on the water in the creek near their home for a science project:

My son is doing a science project on the water in the creek by our house. He wants to measure the runoff contaminants after a rain storm and then measure again a few weeks later to see the change and what was washed into the creek. What test kits should he buy and where should he get it.

thank you.

WaterSafe manufactures a science project test kit which may prove useful for your son’s project. The WaterSafe Science Project Kit includes tests for Lead, Bacteria, Pesticides, Nitrates, Chlorine, Hardness and pH. It comes with enough testing materials to test a total of four separate bodies of water or the same body of water on four separate occasions.

The kit also comes in a larger size which includes ten sets of tests for the parameters mentioned above. See Science Project Kit 10-Pack for additional details.

Testing for Chemical Pollutants and Contaminants

As a general rule, you will not find a test kit that can test for chemical pollutants because testing for such items typically requires the use of advanced laboratory techniques and/or equipment.

This does not mean, however, that you cannot test for other, more natural forms of pollution. The USEPA forbids the dumping excessive amounts of iron, copper, chromium, arsenic, mercury, cyanide, etc. into the environment… and at-home test kits DO exist for those compounds.