RoboRocks team visits fresh H2O to ask Water experts about filtration.
fresh H2O can help….Please Read…..Very Important
Lead in NJ's drinking water: Utilities, NJDEP address a problem exacerbated by an aging infrastructure
Results of recent U.S. Environmental Protection Agency Lead and Copper Rule (LCR) testing revealed levels of lead above the federal limit in the drinking water supplied by 60 water treatment utilities across New Jersey.
Several major New Jersey water utility companies, including Trenton Water Works, Newark Water Department and the Passaic Valley Water Commission, had tap water samples that exceeded what is known as the “lead action level” according to the LCR test results. The “lead action level” refers to the maximum test results allowable before the water utility is required to take action to address the issue.
Those three utility companies, and many others on the list, are in full compliance with NJDEP lead remediation procedures, confirmed NJDEP Press Director Robert Geist.
The Lead and Copper Rule, implemented by the EPA in 1991 and updated several times in the past 25 years, calls for regular random testing of all city and municipal water systems throughout the country. Regulations require systems to monitor drinking water at customer taps.
When the LCR tests are conducted, any result that exceeds federal regulations triggers New Jersey Department of Environmental Protection involvement.
At present, the NJDEP is monitoring the 60 utility authorities in question to assure they are complying with lead remediation guidelines including public notification and various other procedures.
Trenton Water Works, which serves 64,000 customers (not residents) in Trenton, Hamilton Township and parts of Lawrence Township, is fully complying with all NJDEP requests, said Merkle Cherry, director of the Trenton Water Works Department of Public Works.
The utility conducted its LCR test in early 2017 with mixed results. Of the randomly selected 119 homes tested, 14 homes tested positive for both lead levels in the drinking water. This is a representative sample of all Trenton Water Works customers.
The 2017 LCR results shine a light on a continuing challenge for New Jersey, namely, aging infrastructure.
The main water pipes which carry water from treatment plants to customers are made of cast iron and connected by heavy-duty iron screws. They do not contain lead nor lead solder that can leach into the water, said Lawrence Hajna, NJDEP press officer.
That’s a good thing, as is the fact that water is presumably lead-free when it exits a water treatment plant.
While the government is monitoring the workings of water authorities, said Hajna, “the issue isn’t with our water sources; the lead is in the pipes in some homes.”
Once the water leaves the main line and enters a customer’s service line, that’s where the problem can take hold. These service lines, the pipes that connect a house or office to the main water line in the street, are the pipes that are tested during LCR tests. Throughout New Jersey, these service lines are either made of lead or soldered with lead. Home fixtures also contain lead, the EPA reports.
“If lead concentrations exceed an action level of 15 (parts per billion) ppb or copper concentrations exceed an action level of 1.3 ppm in more than 10 percent of customer taps sampled, the system must undertake a number of additional actions to control corrosion,” according to EPA guidelines.
The numbers, at “parts per billion,” may seem inconsequential but, according to Geist, the results of LCR testing are significant. In fact, according to the World Health Organization (WHO), “there is no known level of lead exposure that is considered safe.”
Director Cherry said his department is taking the LCR test results seriously. Trenton Water Works sent out an educational notice to all customers in mid-August alerting them to the results of the lead testing. The three-page notification spelled out sources of lead and various safety and health concerns associated with drinking water containing lead. Further, the letter included advice about water testing and home mitigation techniques to reduce and even eliminate any risks.
Tips on reducing lead exposure from drinking water
The ingestion of lead can lead to serious health risks, including anemia, kidney and brain damage. Exposure to very high lead levels can lead to death.
All lead exposure is particularly risky for pregnant women and young children. And, regardless of what may seem like minute levels of lead reported in routine water testing, according to the World Health Organization (WHO), “there is no known level of lead exposure that is considered safe.”Further, “lead is a cumulative toxicant that affects multiple body systems,” the WHO reports.
Once lead enters the body, it doesn’t get excreted. It is stored and accumulates in human bones and teeth over time. Too much exposure can result in lead poisoning; this can happen when a person absorbs too much lead by swallowing or breathing something with lead in it.
According to the New Jersey Department of Environmental Protection (NJDEP), “up to 20 percent of a person’s potential exposure to lead may come from drinking water. When water stands in leads pipes or plumbing systems containing lead for several hours or more, the lead may dissolve in your drinking water.”
However, the Centers for Disease Control (CDC) reports “exposure to lead-contaminated water alone would not be likely to elevate blood lead levels in most adults, even exposure to water with a lead content close to the EPA action level for lead of 15 parts per billion (ppb).”
In fact, risk varies based on the person consuming the water and the amount of water they drink. “For example, infants who drink formula prepared with lead-contaminated water may be at a higher risk because of the large volume of water they consume relative to their body size,” according to the CDC.
For those who are concerned, it is better to be safe than sorry, said Lawrence Hajna, NJDEP press officer.
Recent results of federal water testing guidelines, the Lead and Copper Rule, revealed customers of 60 water utility systems throughout the state may have been exposed to unacceptable levels of lead in their drinking water. The vast majority of these utilities are complying with NJDEP guidelines for remediation.
The good news is that lead poisoning is preventable. Hajna suggested that anyone concerned about the possibility of lead in their drinking water should have their home plumbing systems tested. They can contact their local utility or a New Jersey-certified water testing lab.
If a water test reveals the presence of lead, there are several steps that can be taken to reduce exposure.
Flush it out. The longer water remains in lead-contaminated pipes, the more likely the lead will leach into the water supply. Always allow water to run from the cold water faucet for about 15 to 30 seconds before drinking it or cooking with it.
Use alternative sources of water. Buy bottled water or use a simple NSF International-approved water filter to bypass the issue of lead in drinking water. Contact NSF at 800-NSF-8010 or visit www.nsf.org for information regarding water filter standards.
Install a home water filtration system. This can be an expensive, but effective, solution if a home water supply is heavily lead-contaminated. The NJDEP recommends selecting a company that has been certified to meet federal standards.
Smart water tips
Use cold water for cooking as lead dissolves more quickly in hot water. If hot water is needed, use water from the cold tap and heat it up.
When it comes to making baby food, do not use hot tap water to prepare formula or cereals. Use filtered or bottled water.
Consider replacing the lead solder used in the home plumbing system.
Finally, for those who want to be personally tested for lead, general practitioners, including pediatricians, can perform blood tests and provide advice on how to manage positive test results.
“These steps may include adjusting water pH or introducing additives that coat the interior of piping to prevent leaching of lead,” said Hajna. “In some cases, water systems may need to implement a program to replace service lines made of lead.”
Trenton Water Works is conducting additional testing and early results show a reduction in the number of samples that exceeded the lead action level. Testing will continue through the end of 2017.
Trenton Water Works has agreed to replace certain service pipes by June 2018. The utility has applied to the DEP for funding through the NJ Environmental Infrastructure Trust, a state revolving loan fund to replace service lines.
Director Cherry confirmed Trenton is aggressively replacing the water service lines. “We’ve spent probably in the neighborhood of $12 million in replacing services….so that the lead is no longer an issue. We continue to do that and the program is ongoing. It’s a part of our effort to improve the entire water delivery system.”
New Jersey’s guidelines for testing frequency are stricter than those specified by the Federal Safe Drinking Water Act, said Hajna. The Act requires public community and nontransient, non-community water systems to conduct lead testing every six months, annually or triennially, depending on past compliance history.
As of January 1, 2017, New Jersey requires all large water systems (those serving more than 50,000 customers) to conduct Lead and Copper Rule testing to monitor for lead every six months — regardless of past compliance history.
This year’s LCR tests revealed that 60 water utility systems exceeded federal minimum lead guidelines. Geist explained 18 of the 60 utility systems are public community water systems (those systems that serve 15 or more service connections or regularly serve 25 or more people). The other 42 systems are public non-community water systems (systems that do not meet the definition of a public community water system).
“These could include commercial establishments, schools, hospitals, etc.,” he said.
Since replacing all plumbing across the state isn’t practical and would be cost-prohibitive, Hajna said, “water systems monitor routinely for lead, actually getting samples from a representative cross-section of their service system.
“The sampling program for each water system is weighted as much as possible to make sure that areas of a community with known housing stock with lead pipes are monitored most aggressively.”
Water samples are taken after water has been sitting in pipes for at least six hours. This is known as a “first-flush” sample. If 10 percent or more of the samples exceed the federal lead action level, the system is considered in violation of the Lead and Copper Rule.
According to NJDEP records, Trenton exceeded the lead action level in first half of 1992. Public Education was required at that time. Geist confirmed that Trenton did not exceed the lead action level between the second half of 1992 and 2016, as per Lead and Copper Rule guidelines.
Cause for concern, not panic
New Jersey isn’t Flint, Michigan. The lead challenges faced by citizens of the Garden State are worthy of attention, but there’s no cause for panic, the experts said.
While lead is a common element found in the environment, man-made lead exposure — usually through lead-based paint, lead-contaminated dust or soil and plumbing materials including pipes and solder —remains a challenge for pregnant women, young children, the elderly and those with compromised immune systems.
For families using water to prepare baby formula, the concern should be paramount, Hajna said. Although, he pointed out, even if there is lead in your home’s water supply, there is something you can do about it. (See sidebar for tips on reducing exposure to lead in drinking water.)
Lead and many other contaminants including copper and natural radioactive particles are part of New Jersey’s natural geology. New Jersey is an agricultural state and land here has fallen victim to countless years of pesticides. In addition, there have been years of un-monitored dumping in the state.
For these reasons, utility authorities dig extremely deep wells from which they source public drinking water. The deeper the wells, the cleaner the water. Also, some cities, including Trenton, source water supplies from fresh groundwater, including the Delaware River which is lead free.
Drinking water is not the only way people come in contact with lead. Various types of everyday products including food, cosmetics, some pottery and pewter and many other items may contain lead. Also, many people face lead exposure in the workplace. All of these things add to the amount of lead a person could be exposed to in totality.
However, for the purposes of the Lead and Copper Rule, the issue at hand is potable drinking water, said Hajna. “The problem is close to home for many New Jersey residents.”
If you live in a New Jersey home built before 1986, there is a possibility your indoor plumbing includes lead pipes or simply lead solder. More recently, contractors use copper pipes in New Jersey construction, but even new pipes may very well be soldered with lead.
Also, new brass faucets, fittings and valves may leach lead into the drinking water supply — even if they are labeled “lead-free.”
“Current laws permit end-use fixtures, such as faucets, to contain up to 0.25 percent of lead and still be labeled lead-free,” according to the NJDEP. “However, prior to January 4, 2014, ‘lead-free’ allowed up to 8 percent lead content of the wetted surfaces of plumbing products.”
When asked whether New Jersey residents should you be concerned that their drinking water contains led, Hajna answered with a solid “maybe.” He said it’s better to be safe than sorry.
“Lead was used in solder to connect sections of pipes for many decades, and was even used in fixtures until the mid-1980s,” Hajna said. “So, throughout New Jersey, most everyone should be aware of the potential for lead to be in their drinking water.
Knowledge is power, he said. “Anyone who is concerned should contact an NJ-certified water testing company. At the DEP, we know we have to do our best to make these risks as minimal as possible for New Jersey citizens. Awareness and education are key.”
It is important to note that even if a municipalities’ utility authority passed the federal LCR tests, there still might be lead in a personal water supply. This is because the tests are conducted randomly on a very small number of locations throughout the community. The test results are designed to approximate overall risk, Geist said.
For those with concerns, Hajna suggested contacting the local water utility or having water privately tested by a New Jersey certified testing lab. Don’t rely on water tests that can be purchased in stores, he cautioned, because the object is to learn accurate information, not to be a potential customer for a water filtration company.
Both Geist and Hajna stressed the NJDEP’s interest in getting the word out about the health-related dangers of lead.
“The DEP works with water systems and their customers to implement plans to ensure that the risks posed by contaminants are reduced to the safety levels set by EPA and DEP scientists,” Geist said. “We also offer resources – in communities and online – to help consumers use best practices to protect themselves.”
For additional information, the NJDEP maintains a website, NJ Drinking Water Watch, that provides years of data on testing results for all contaminants, including lead. There is also information on violations that may have occurred throughout the state and how the situation was resolved.
By Bari Faye Siegel, November 20, 2017 at 12:14 PM
The recommended amount of water that should be drunk per day varies from person to person depending on factors such as how active they are and how much they sweat. There is no universally agreed upon threshold of water consumption that must be reached, but there is a general level of consensus as to what a healthy amount is.
According to the Institute of Medicine (IOM), an adequate intake for men is approximately 13 cups (3 liters) a day. For women, an adequate intake is around 9 cups (2.2 liters).
Many people may have heard the phrase, "Drink eight 8-ounce glasses of water a day," which works out at around 1.9 liters and is close to the IOM's recommendation for women. Drinking "8 by 8" is an easy-to-remember amount that can put people on the right track in terms of water consumption.
Water also helps dissolve minerals and nutrients so that they are more accessible to the body, as well as helping transport waste products out of the body. It is these two functions that make water so vital to the kidneys.
You can help your body by drinking when you're thirsty and drinking extra water when you exercise and when it's warm out. Your body will be able to do all of its wonderful, waterful jobs and you'll feel great!
AMAZON TABLET GIVEAWAY
Win an AMAZON FIRE 7 with ALEXA
1. Give us a Rating/Review and Comment on Facebook and Google
2. LIKE our Facebook page
One winner will be chosen on November 30, 2017
Nearly one in five New Jerseyans are delivered tap water that contains at least trace amounts of a chemical linked to cancer and low birth weights, according to new data released Wednesday morning.
The Environmental Working Group gathered and analyzed testing records between 2010 and 2015 from 48,712 U.S. water utilities and found 267 industrial and agricultural contaminants present in the water that Americans drink and bathe in.
One of those chemicals, perfluorooctanoic acid, or PFOA, is more prevalent in New Jersey tap water than anywhere else.
More than 1.6 million residents of the Garden State are served by a utility that detected at least 1 parts per trillion (ppt) of PFOA in their water, according to the data.
You can see how your water utility scored using EWG's new Tap Water Database.
What is it?
PFOA is a man-made chemical that was used for decades in cookware and fabric coatings.
Manufacturers phased out the use of PFOA in 2002, but the chemical has proved to be ubiquitous and does not break down in the environment.
Most PFOA litigation is related to the chemical's release into the water supply. (Photo: Getty Images)
In fact, the U.S. Centers for Disease Control and Prevention believes that most everyone in America has some concentration of PFOA in their bloodstream.
At what level of exposure PFOA causes problems is not known.
According to the U.S. Environmental Protection Agency, the list of adverse health effects PFOA has been linked to is vast, including:
Despite the dangers, there is no federal standard on the amount of PFOA that a water utility is allowed to serve its customers before action is taken.
However, the EPA did adopt a non-enforceable guideline of 70 ppt last year.
New Jersey has been ahead of the curve in some respects: Ten years ago, it was the first state to set a limit — at 40 ppt — although it also carries no penalties for violations.
"This guidance level ... is used by the state’s water systems to determine whether any actions are needed, such as shutting off a particular well, blending, or adding treatment," said Larry Hajna, a spokesman for the New Jersey Department of Environmental Protection.
After a long wait, the Drinking Water Quality Institute, which advises the the state DEP on actionable thresholds for contaminants, recommended a maximum of 14 ppt in March.
That proposal is currently being reviewed, Hajna said.
The EWG notes that very few utilities are violating federal drinking water standards, but often because those standards are too lax.
“Just because your tap water gets a passing grade from the government doesn’t always mean it’s safe,” said EWG President Ken Cook in a statement. “It’s time to stop basing environmental regulations on political or economic compromises, and instead listen to what scientists say about the long-term effects of toxic chemicals and empower Americans to protect themselves from pollutants even as they demand the protective action they deserve from government.”
For PFOA, the EWG relies on the word of Harvard University environmental professor Philippe Grandjean, who believes the federal guidance level on the chemical may be "may be 100-fold too high" to prevent danger.
What can be done?
The easy answer? Purchase and use a water filter.
Most popular pour-through filters, such as Brita and PUR, employ something called granular activated carbon, or GAC, technology and can be widely purchased for under $20.
Utilities also rely on GAC, albeit on a much larger scale, to remove PFOA from water, according to Keith Cartnick, senior director of water quality for Suez Water.
Water is fed through a filter tank with GAC and the carbon latches onto PFOAs as they pass through.
It's the best method currently available, but it isn't perfect, Cartnick said. There are developments in the water treatment industry that are promising, he added.
But PFOA remains a challenge.
"It is particularly difficult to remove," he said. "It's not like bacteria where you can add chlorine and disinfect. You can't purge (PFOA) out of the water."
Cartnick also gave voice to a common refrain from utility companies: Let's stop the pollution from entering water supplies in the first place.
“We’re doing everything we can to control it … but you have to clean these things up at the source,” he said.
Fresh-H2O can help! Call us today!
The study suggests that drinking water helps in reducing the opportunities for the bacteria to spread.
Urinary Tract Infections or also known as UTI is an infection from microbes that may affects the urethra, urinary system, bladder and even the kidneys. The most common symptoms include pelvic pain, increased urge to urinate, burning sensation during urination and blood in the urine. The infection can be treated with antibiotics but a new study has found that drinking more water on a daily basis may help in reducing the risk of contracting UTI all-together.
According to the National Institute of Diabetes and Digestive and Kidney Diseases, 40 to 60 percent of women will develop UTI at least once during their lifetimes and one in four have a repeat infection unless proper precautions are taken. The study suggests that drinking water helps in reducing the opportunities for the bacteria to spread.
The team of researchers surveyed about 140 women and discovered some significant revelations. They found that women tend to have a shorter urethra than men. Urethra is a tube that connects the urinary bladder with urinary meatus and helps in removing the fluids from the body. This enables the bacteria to travel from the rectum and vagina to the bladder, making women more vulnerable to UTIs than men.
Therefore, researchers suggest that drinking more fluids increases the rate of flushing out the bacteria from the bladder and reduces the concentration of bacteria that enter the bladder from the vagina, at the same time. Previous studies have also linked drinking cranberry juice or buttermilk as remedies for UTI and that may work on the same principle.
Their findings showed that women who increased their water intake on an average suffered UTIs 1.6 times, while those with low intake were 3.1 times more affected with UTIs. "It's good to know the recommendation is valid, and that drinking water is an easy and safe way to prevent an uncomfortable and annoying infection," concluded lead author Thomas M. Hooton, Clinical Director of the Division of Infectious Diseases at the University of Miami.
Call us at
Proudly serving NY, NJ, PA, CT and FL.
Copyright © fresh H2O