Why People Test Their Water?

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There are limitless reasons why people test their drinking water. Whether you want to find the cause of an unusual color or smell, to choose an appropriate water treatment system, or are simply curious about what flows from your tap–beginning the process can be daunting. There are a myriad of testing options across a range of price points, which can make you wonder: what’s the right choice?

We, at Tap Score, are here to give you the inside scoop about when DIY kits are the right choice and when laboratory testing is the way to go.

Why You Might Want to Test Your Water

Changes in Water Color

People often start thinking about testing their water when they notice a visible change in water quality. For example, if your water has turned a strange color. When you’re used to seeing crystal clear water flowing from the faucet, yellow or brown water can certainly be alarming. The good news is that most of the time discolored water does not pose a significant health risk. For details about common causes of discolored water, what it could mean for your health, and ways to fix it take a look at the following articles:

  1. Why Is My Water Yellow?

  2. Why is My Water Brown? (or reddish brown)

Once you’ve gathered some handy Tips for Taps, we still recommend that you investigate changes in your water quality.

There are several different options when it comes to finding the source of the problem. There are both DIY kits and laboratory testing options. As you might have guessed, these two options have different capacities. DIY kits do not typically have detection limits as low as laboratory testing; they can usually provide an indicator of presence or absence as opposed to an accurate concentration at low levels.

For yellow or brown water, a good first step is our Iron-oxidizing Bacteria DIY test. However, changes in water color can happen for a variety of other reasons, and laboratory testing may give you a more complete picture. Take a look at our Yellow Tap Water testing package.

Changes in Water Smell  

Whether it smells like rotten eggs or chlorine, odd smelling water is another instance where at-home testing may be a good first step.

A few good options to help identify causes of smelly water include:

For Chlorine or Bleach-Like Smell: Chlorine Strips are a great way to get an idea of how much chlorine is in your water. Because laboratory testing for chlorine has specific preservation requirements due to its volatile nature, it can be quite expensive. Testing directly at the tap is a much more affordable route, that will give you a good sense of how much Total and Free Chlorine are in your water.

For Rotten Egg Smell: Rotten egg smell is most often attributed to sulfur. Tap Score’s Hydrogen Sulfide Bacteria DIY test can help determine if this is the culprit.

However, if you are looking for more thorough answers (as well a treatment recommendations), our our TapScore home water testing packages will help. Our national team of certified laboratory scientists, engineers, and health experts provide each customer with a personalized Tap Score Water Quality Report.

Before Installing A Water Treatment System:

This is an instance of when we strongly recommend laboratory testing. Treatment systems come in a variety of shapes, sizes, and prices–and before you take the plunge, you should ask yourself: what problem needs treating? Because treatment systems can be targeted towards filtering specific contaminants, how do you know the right system to choose if you don’t know what’s actually in your water?

Filtration units can set you back thousands of dollars (depending on the unit), so you want to be sure that you’re not paying for something you don’t need.

Our Tap Score testing packages will give you a great sense of your overall water quality, allowing you to make an informed decision. With every water quality report, we provide a personalized and unbiased list of treatment options certified by NSF and WQA.

Local Water Quality Issues:

From hurricanes to wildfires to floods–natural disasters can disrupt water quality for months. Immediate danger does not subside once fires are extinguished or flood levels recede. Contaminants can find their way into drinking water supplies–leading to a multitude of health and safety risks. Whether it’s mold, bacteria, or any other contaminant–this is a good time forlaboratory testing, as it will help keep you and your family safe.

Concerns About Infrastructure:

It’s no secret that american infrastructure is failing. In fact, the 2017 Infrastructure Report Card by the  American Society of Civil Engineers (ASCE) granted U.S water infrastructure a measly “D” (on an A through F scale).  This comprehensive assessment of the nation’s 16 major infrastructure categories evaluates their current state and indicates that  the U.S. must invest approximately $3.6 trillion in overall infrastructure repairs and improvements by 2020 to reach acceptable standards. Unfortunately, there is no timetable for if this will happen.

Additionally, if you live in a house built prior to 1986, laboratory testing is a wise investment. It is also important to note that  lead is legal in many fixtures and pipes and even though the concentrations are lower post 1986, the water quality could lead to leaching. We, at Tap Score, recommend our Essential City Water test if you live in an older home or you are served by old infrastructure.

New Baby, New Concerns

Having a baby is an exciting time, but it brings with it a whole new set of safety concerns. Young children are considered the most vulnerable population group. Children typically drink more water per pound of body weight than adults. This leads greater exposure and subsequently, greater risk. Because their bodies are still developing, toxic chemicals cause more harm to growing tissue.

A common concern for parents with a new baby is too much nitrate–leading to methemoglobinemia (also known as blue baby syndrome). If you have young children in your home, laboratory testing a sure-fire way to know if they are at risk. Read more on our post about Taps for Tots.

Perhaps You’re Just Curious

With knowledge comes power–the power to make informed decisions and to help keep you safe. Laboratory testing is a great way to get a sense of your water’s overall chemistry. Many contaminants–such as lead and arsenic–may be lurking in your water that you can’t smell, taste or see. Home DIY kits and home test trips fall short. Our water testing packages can test for hundreds of contaminants that you didn’t even know were putting you at risk!

Beware of the Free Lab Water test!

If you are interested in water testing, we can’t emphasize enough that you should stay away from “free” water tests. Don’t be fooled–”free” water testing is a scam. Remember the adage, “if it seems too good to be true, it probably is.” If someone is offering you a free water test, be very suspicious, as it is highly likely that these are the same people trying to sell expensive (and perhaps unnecessary) water treatment products or bottled water subscription.

A Final Word on Water Testing:

Whether you want to investigate a change in water quality or if you are just curious about what flows from your tap–testing your water is the way to go. While some instance are suitable for testing at home (such as testing for chlorine), most of the time, laboratory testing is the smart choice. For more information about any of our laboratory test packages, send us a message at hello@simplewater.us and our team of chemists, engineers, and treatment experts will be standing by!


Sources:

http://www.ewg.org/enviroblog/2016/03/five-reasons-your-tap-water-changed-color#.Wcwy8NOGMyk

http://www.excellenceforchildandyouth.ca/sites/default/files/gai_attach/ECBG-898_Final_Outcomes_Report.pdf

http://www.asce.org/

https://www.infrastructurereportcard.org/

https://www.infrastructurereportcard.org/cat-item/drinking-water/

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1071541/

Pesticides and Water Quality

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In modern agriculture, almost everything is grown with the help of pesticides. When these chemicals are sprayed on nearly everything we eat, we must ask: can they harm us?

Rachel Carson's book Silent Spring put the toxic and damaging effects of Dichloro-diphenyltrichloroethane (DDT) on the map in 1962, inciting a global conversation about the environmental and public health dangers of widespread pesticide use. 

The word “pesticides” refers to chemicals used to kill or deter pests. Different pesticides are used on different pests: herbicides for weeds and insecticides for insects, for example. Though some older, harmful pesticides (like DDT) are now banned, over 1,000 pesticides are still used globally, each with its own properties and human health effects.

So they kill weeds and pests, but what about humans? We help break down how pesticides can get in water and what their impacts could be on your health.

How Do Pesticides Get Into the Water Supply?

One of the primary ways that pesticides work their way into the water supply is by seeping through the soil to the groundwater. Around 50 percent of people in the US — and about 95 percent of those living in agricultural areas — rely on groundwater for drinking water.

Pesticides are most widely used in agricultural areas, so concentrations of pesticides are usually higher in those regions. Once in the environment, however, pesticides can easily spread, ending up in water through many paths: precipitation, leaching, runoff, and wind, for example.

This process can take years for chemicals to work their way through soil to the groundwater, creating a time lag between pesticide use and appearance in deeper water reserves. Once there, chemicals can stay in groundwater for decades, even if efforts are made to reduce pesticide use above ground.

Changing Pesticides, Changing Risk

Protecting crops and increasing yields has been a goal for decades now. Chemicals have been used to achieve that goal for as long, but the kinds of chemical used have changed.

Before the 1940s, compounds that included arsenic, mercury, or lead were common. Though these chemicals pose serious threats to human health, they are not very soluble, so they turned up in food more often than in water.

After World War II, pesticides shifted towards synthetic organic compounds, which were thought to be safer. These compounds, including chlorinated hydrocarbons such as DDT, are more attractedto soil than water, and so they tend to accumulate in soil and food chains as opposed to water.

When the toxic health effects of these chlorinated hydrocarbons were discovered, an effort began to replace them with safer, less toxic chemicals. One group of these new pesticides are called carbamates, and they are highly soluble in water.

Thus, while pesticides may be trending safer, they may also appear more frequently in our water sources. Long-term studies are still underway to figure out what the health effects are, but in the meantime, scientists are finding carbamates and their transformation products in our drinking water.

Environmental Protection Agency (or EPA) has health standards for pesticides before being released into the environment, but environmental groups have repeatedly identified chemicals (e.g. chlorpyrifos) that pass EPA’s requirements mark but are later found to be toxic.

What Are the Risks to Human Health?

The effects of pesticides on the human body are as varied as the chemicals themselves. Organophosphates and carbamates, for example, affect the nervous system, while others irritate the eyes or skin. They can be carcinogenic or disrupt the body’s endocrine system.

Scientists are studying both the acute and chronic effects of ingesting pesticides. Pesticides are being detected at low concentrations, and as such, acute toxic effects (like nausea or chemical burns) are of less concern for most people. Farmworkers and landscapers directly applying herbicides and pesticides are likely most at risk (consider the evolving case of glyphosate).

Many are concerned, though, that these chemicals can accumulate over time, leading to greater health effects.

Are Pesticides in My Drinking Water?

Only small quantities of pesticides have shown up in treated drinking water. There are two directions of research, however, that promise to illuminate more about how pesticides impact drinking water: 1) cumulative exposures and 2) transformation products.

So far we have been writing about one chemical at a time. In reality, there are multiple herbicides and insecticides present in the environment. Health impacts of cumulative exposure to these compounds are not well understood, which means that our general assessments of risk are likely under-estimating the potential health impacts of pesticide exposures.

As we noted above, scientists have found the transformation products of pesticides in drinking water. A pesticide transformation product is a new chemical formed when the “parent” compound (e.g. DDT) reacts under different conditions – e.g. sunlight or bacteria in the environment or UV treatment in a water treatment facility. Sometimes, these transformation products are even moretoxic than the parent compound. Until engineers and scientists identify the multiple transformation products formed when chemicals enter our treatment systems, we can’t be sure that we are adequately treating our water.

Check out our water testing packages to make an informed decision about your drinking water or get in touch with us here for more information!

Sources:

https://www.safewater.org/fact-sheets-1/2017/1/23/pesticides

https://serc.carleton.edu/NAGTWorkshops/health/case_studies/pesticides.html

https://www.epa.gov/pesticide-science-and-assessing-pesticide-risks/human-health-issues-related-pesticides

https://www.epa.gov/safepestcontrol/drinking-water-and-pesticides

https://www.epa.gov/pesticides/pesticides-and-public-health

https://water.usgs.gov/edu/pesticidesgw.html

http://psep.cce.cornell.edu/facts-slides-self/facts/pes-heef-grw85.aspx

http://npic.orst.edu/envir/dwater.html



Is Drinking Water Safe For My Baby?

Drinking Water and Babies: What You Need to Know

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One question runs through the minds of new parents every day: Is this safe for my baby? With all household items under new scrutiny, tap water is no exception.

Drinking water is generally safe, so tap water is usually safe for babies–whether you’re mixing infant formula or they’re drinking from a sippy-cup. When there are contaminants, however, even trace amounts pose a higher health risk to babies than adults as babies are more sensitive than adults.

Common contaminants differ a lot based on where you live. Nitrates, for example, are especially prevalent in rural drinking water wells because of their use in fertilizers. Testing water is the only way to know for sure what contaminants are in your water, especially if your water comes from a well, where you have the responsibility to test and treat the water.

Why Are Babies More Vulnerable Than Adults?

Infant health is a major predictor of future outcomes of well being—from adult health to success in school and at work. When so much is at stake, health at birth and for the first year of a child’s life is extremely important.

What’s more, infants are especially sensitive to water quality. They drink more relative to their weight than adults, and so the concentration of chemicals in their body relative to their body weight is higher.

Babies under six months shouldn’t drink plain water at all. If they are drinking formula, however, you often have to mix it with tap water. If your tap water is not safe, your baby will be exposed to contaminants in their formula mix.

In early infancy, babies undergo rapid development, so the impact on their organs and brains are more severe than on adults. In this critical stage, exposure to chemicals can also affect cognitive and physical development.

Babies bodies’ do not have high tolerances to chemical exposures, and thus they are less effective at processing and expelling harmful substances than adults.

What Contaminants Should You Be Most Worried About?

Some contaminants are more common than others and pose a more present threat to infant health. When you’re testing your water with a new baby in the house, you should take a screening approach to scan for a variety of contaminants. However, there are a few common contaminants of particular concern: coliform bacteria, nitrates, and lead.

All of these have different adverse health impacts and require different treatment. Bacteria can cause flu-like symptoms and may indicate the presence of other viruses or parasites.

Nitrates are of particular concern for pregnant women and babies, as they can cause methemoglobinemia, also known as blue-baby syndrome. Methemoglobinemia causes severe oxygen deficiency, which can lead to cyanosis (skin discoloration) and, in extreme cases, suffocation.

Lead is toxic to children — it gets stored in bones and slowly releases over time. Its toxic effectscan harm many different systems in the body.

If you want to read more in depth about any of these potential contaminants, start with Simple Water’s guides on bacterianitrates and heavy metals.

What Can I Do About Contaminated Drinking Water?

While a carbon filter over-the-counter may be sufficient to treat your water, you can’t know until you’ve tested. Knowing what’s in your water is the best first step to protect your baby (and yourself!). Check out our water testing packages to make an informed decision or get in touch with us here for more information.

Sources:

http://www.health.state.mn.us/divs/eh/wells/waterquality/safebaby.pdf

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4849482/

https://www.nature.com/articles/jes201728

https://prheucsf.blog/2018/07/22/new-method-uncovers-hidden-chemicals-in-pregnant-women/

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4849482/

https://www.mayoclinic.org/healthy-lifestyle/infant-and-toddler-health/in-depth/infant-formula/art-20045791

https://www.mayoclinic.org/diseases-conditions/lead-poisoning/symptoms-causes/syc-20354717

http://www.who.int/news-room/fact-sheets/detail/lead-poisoning-and-health

https://www.annualreviews.org/doi/full/10.1146/annurev-publhealth-031912-114413

The Link Between Fluoride in Water and ADHD: Should You Be Concerned?

New Findings Suggest Fluoride Connected to An Increased Rate of ADHD in Children

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What is Fluoride?

All water contains some fluoride. Naturally occurring in water, soil, rocks ,and air, fluoride is a mineral also found in your bones and teeth. There have been numerous studies championing the benefits of fluoride on dental health and many U.S. water systems intentionally add fluoride to the drinking water supply.

While fluoride has been added to drinking water for upwards of 70 years in the United States, fluoride has come into the hot seat in recent years. A study published in the Journal Environmental Health found that areas with a higher proportion of artificially fluoridated water also had a higher prevalence of attention deficit hyperactivity disorder (ADHD) in children.

Additionally, a University of Toronto study suggests that higher levels of urinary fluoride during pregnancy are associated with an increase in ADHD-like symptoms in young children.

This begs the question: How concerned should you be about fluoride in drinking water?

What is Artificial Water Fluoridation?

Artificial water fluoridation is the practice of adding low concentrations of fluoride–0.7 parts per million (ppm)–to drinking water with the goal of improving dental health. Despite no legal mandate to fluoridate water, nearly 75% of the U.S. population of people had access to fluoridated water. It is widely considered to be a major factor in the 25% decrease in rates of tooth decay in the United States. While hailed as “one of public health’s greatest success stories” by some, the addition of fluoride to drinking water has always had its skeptics, and some people are downright opposed.

Does Fluoride Increase the Risk of ADHD?

For decades, health experts have disagreed as to whether artificially fluoridated water is toxic to the developing human brain. While extremely high levels can cause dental and skeletal fluorosis, it can also cause neurotoxicity in adults. Far less, however, is known about the impact on children's’ developing brains.  

What Does Research Suggest about the Risks of Fluoride?

Since a popular study on fluoride and neurodevelopment began in 1992, the percentage of the U.S. population that drinks fluoridated water has increased from 56 percent to nearly 70 percent. During that same time frame, the percentage of children with an ADHD diagnosis has increased from around seven percent to more than 11 percent.

Additionally, the 2018 University of Toronto study included the analysis of urine from women during pregnancy, as well as from their children from ages six to 12. Researchers examined how levels of fluoride in urine related to the children’s inattention and hyperactivity. After adjusting factors that impact neuro-development (such as gestational age at birth, birth-weight, birth order, sex, maternal marital status, smoking history, age at delivery, education, socioeconomic status and lead exposure), researchers were able to assign scores related to ADHD. They concluded that prenatal exposure to fluoride was associated with an increased frequency of inattentive behaviors and cognitive problems.

Finally, upwards of 40 studies show that children born in areas with elevated concentrations of fluoride (i.e. above the concentration typically used in U.S. public water system), have lower than average IQs. In fact, many studies demonstrate a significant link–showing that children in high fluoride areas had IQs that were seven points below those of children from areas of low concentrations of fluoride.

How Might Fluoride Increase the Prevalence of ADHD in Children?

The studies mentioned above suggest an association between fluoride and ADHD, however they do not prove causality. The question becomes, how might fluoride increase the prevalence of Attention-deficit/hyperactivity disorder? Below are some possible links:

Fluoride and Fluorosis:

Several studies suggest that children with moderate to severe fluorosis–i.e. The change in the appearance of tooth enamel due to excessive fluoride intake–can lead to a lower score on IQ tests and other measures of cognitive skills. According to a report by the Center for Disease Control  (CDC) suggests that 41% of Americans ages 12 to 15 have some form of fluorosis.

Fluoride and Lead Absorption:

The form of fluoride typically added to U.S. water supplies (fluorosilicic acid) can leach lead–a potent neurotoxin–from pipes. Research has shown that fluoride may increase the body’s ability to absorb lead and children in regions with highly fluoridated water frequently have elevated blood lead levels. Lead has been shown to play a role in ADHD.

Fluoride and Thyroid:

It’s been proven that fluoride impairs the activity of the thyroid gland, which is important for proper brain development.

Not Everyone Agrees on the Link Between Fluoride and ADHD

These findings have led many people to advocate against fluoride, however others were also eager to point out that this is just one study and may not definitively prove the causal link between fluoridation and ADHD. Limitations on the study include:

  1. Individual fluoride exposures were not measured

  2. ADHD diagnoses were not independently verified

  3. There may be other unknown factors (i.e. confounders) that explain the link

Should You Be Concerned About Fluoride in Drinking Water?

Despite the controversies surrounding artificial water fluoridation, the literature on the matter remains overwhelming positive. Fluoride is safe in low, controlled doses.

If you are concerned about your water quality (for any reason), Tap Score home water testing can help. Tap Score tests for fluoride, as well as 100s of other contaminants. For any questions, send us a message at hello@simplewater.us and our team f chemists, engineers, and water quality experts will be standing by!

Sources:

https://www.hsph.harvard.edu/news/features/fluoride-childrens-health-grandjean-choi/

https://www.medscape.com/viewarticle/903653

https://www.sciencedaily.com/releases/2018/10/181010132343.htm

https://www.thechronicleherald.ca/community/health-naturally-fluoride-adhd-link-found-in-recent-study-252381/

https://www.newsweek.com/water-fluoridation-linked-higher-adhd-rates-312748

https://ehjournal.biomedcentral.com/articles/10.1186/s12940-015-0003-1

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4389999/https://www.ncbi.nlm.nih.gov/pubmed/29192688

https://mytapscore.com/blogs/tips-for-taps/why-do-u-s-water-systems-add-fluoride-to-public-water-supplies

https://www.medicalnewstoday.com/articles/154164.php

https://www.cdc.gov/mmwr/preview/mmwrhtml/mm4841a1.htm

https://www.cdc.gov/fluoridation/statistics/2012stats.htm

https://www.cdc.gov/fluoridation/index.html

https://www.cdc.gov/fluoridation/basics/index.htm

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4851520/

https://www.nimh.nih.gov/health/topics/attention-deficit-hyperactivity-disorder-adhd/index.shtml

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3491930/

http://fluoridealert.org/studies/brain01/

http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3621205/?tool=pmc

https://www.hsph.harvard.edu/philippe-grandjean/

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5805681/

https://www.ncbi.nlm.nih.gov/pubmed/17420053

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4547570/

https://www.sciencedaily.com/releases/2018/10/181010132343.htm

https://www.ncbi.nlm.nih.gov/pubmed/3295994

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4547570/

Arsenic and Water Treatment

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Testing your water and detecting arsenic at any concentration is never good news, but rest assured there are reliable steps you can take to safely protect your health by treating your water.

Arsenic is a well known human carcinogen that occurs naturally in groundwater. Public water systems are regulated by the US EPA to never exceed 10 parts per billion of arsenic concentration, but health research demonstrates that no level of arsenic is safe to drink. In fact, EPA proposed 5 ppb as a standard in 1996. Levels this low have shown statistically significant impacts on IQ among children, but economic requirements for setting maximum contaminant levels have kept the official threshold higher than levels harmful to health.

If you want to remove arsenic from your tap water, there are a few important things you need to know. We’ve broken it down into a simple FAQ sheet.

What is “total arsenic”?

Your total arsenic concentration is generally comprised of two common oxidation states (or forms), arsenic III (aka arsenite) and arsenic V (aka arsenate). In drinking water, we are usually worried about Arsenic V. If you drink water with Arsenic V, however, it is quickly converted to Arsenic III–which is more toxic and bioreactive inside your body.

Does the source of my water make a difference?

The source of your water makes a difference to the amount of arsenic III versus arsenic V in your water. This matters for choosing appropriate treatment options. If your water is coming from a community or public water treatment system and that treatment system uses chlorine for disinfection, then you can generally assume that most arsenic (if found in your water) is in arsenic V form.

If your drinking water comes from a groundwater well and there is no chlorination (or other oxidative step) installed as existing treatment, then you can’t be sure what fraction of your total arsenic is comprised by arsenic III or arsenic V. A type of water quality test called Arsenic Speciation can help determine if your total arsenic is mostly arsenic III or arsenic V.

Does reverse osmosis remove arsenic?

Reverse osmosis water treatment technology can reliably remove arsenic V but does not reliable remove arsenic III. If your water’s arsenic is all or mostly arsenic V then you can reliably use reverse osmosis technology to remove arsenic from your drinking water.

If your water’s arsenic is mostly comprised of arsenic III then you will either need a special treatment technology OR you will need an additional treatment step to oxidize arsenic III to arsenic V before using reverse osmosis for treatment.

Reverse osmosis is not the ONLY method of arsenic removal, companies like AdEdge and others provide other ion exchange and filtration-based treatment options.

Do I need whole home water treatment to remove arsenic?

Whole home water treatment for arsenic removal is NOT necessary unless you regularly drink water from many of the taps in the house. You can safely choose to treat only the water you ingest or use for drinking by installing a Point of Use filter at your main water source in the home or building (like under your kitchen sink). This can save thousands of dollars, because according to public health research, arsenic does not show an appreciable impact on health via showers, tubs, or brushing teeth (unless concentrations are enormous, >1,000 parts per billion).

It is important to note that no treatment technology can ever truly remove a contaminant 100%. Water treatment with reverse osmosis can remove arsenic as much as 98% however. Most professionals and public health research suggests trying to reduce arsenic intake by drinking water to less than 3 parts per billion. 

Get in touch with the Tap Score team here if you have further question about your water quality or about treating arsenic in your water.



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