Archives : water quality

Tis’ The Season For Giving Back

November 8th, 2017

Can you imagine being able to impact an entire community with the simple gift of clean water? Tis the season of giving and in light of recent natural disasters, it’s important to give back to those who are in need this precious gift.

Last year, Berkey Filters had the opportunity to help ROWAN (Rural Orphans & Widows AIDS Network) in Eastern Uganda. The network exists to help Orphans & Widows through; education, medical care and treatment, and business training. We were happy to provide Berkey systems as well as Berkey Sport Bottles, to deliver clean water. This year we partnered with the program again.

The thing I love about ROWAN is that they work closely with Ugandan widows, caregivers & community members – most of whom lost their spouse to AIDS.

The pure joy and health provided to these widows and orphans is priceless.

Here at Berkey Filters, we are also working closely with relief organizations like the Salvation Army to help in aiding recently affected hurricane communities with clean water.

What would you do if you could help?

The Berkey system can help people across the globe. Recently our friends at the Blinded Veterans Association of Puerto Rico were able to provide blind veterans access to clean water with the Berkey systems.

“Angel Reyes, President of the Blind Veteran’s Association, along with Sergeant- Major Ruben Sanchez, the Secretary-Treasurer have organized a team of workers, many of whom are blind or legally blind, to prepare, assemble and load the filters into private vehicles that are able to get into areas where larger relief vehicles can’t go,” explained Walt Gallaway in an email to Berkey Filters.

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Walt has been the middleman in helping us ship systems to Puerto Rico.

He goes on to explain, “These guys, are using their own money and vehicles to get filters to the most remote and needy areas. They go into smaller remote neighborhoods where a blind veteran lives, organize the neighborhood to share one or more filters, teach a responsible person how to maintain and keep the filter producing.”

What’s so extraordinary about these men is Sanchez, himself, is legally blind and his son drives him on filter deliveries. Can you imagine what it must be like to hand a filter to someone who has had nothing but rainwater to drink for over a month!

It’s because of these selfless organizations like Rowan and the Blind Veteran’s Group that so many without access to clean water can now confidently provide such a vital human necessity to those in need. Gallaway described it perfectly in saying, “These filters are making a huge difference in the mental and emotional health of the people delivering them as well as those who are using them.”

So, in the season of giving back, we applaud these organization for spreading the Berkey love!

Ways To Use Berkey Water

October 6th, 2017

So, you bought a Berkey.  Now you get to enjoy pure, chemical free water. If you are like me then you are super excited about your new water purifier. So much so that you want to use your Berkey water for everything! After I purchased my Berkey I noticed I was also drinking way more water! However, it is important to keep in mind that you should be refilling your system at least every other day. Having a hard time using up all the water in two days? Berkey water doesn’t have to be used just for drinking!  Check out these 40 other ways to use your purified water!

 

Photo by Shannon Shear

  • Drinking
  • Smoothies
  • Water plants
  • Water for pets – Your pets can taste the difference. My cats won’t go near tap water! 
  • Wash produce
  • Kombucha – Are you loving the healthy benefits of Kombucha as much as I am? This fermented tea is packed full of probiotics!

 

 

  • Making Coffee or Tea – I swear my coffee tastes so much smoother and rich when I use Berkey water!
  • Lemonade/beverages
  • Making Ice cubes
  • Cooking- boiling pasta, soups, etc.
  • Make homemade soap and home products
  • Nut Butters – When making your own nut butter you can use Berkey water to soak the nuts.

  • Popsicles
  • Hand-wash only laundry
  • Baby Formula
  • Essential Oils Diffusers
  • Shower – our Berkey shower filter removed 99% of free chlorine! I also noticed that my skin and hair is much softer after using the shower filter. 
  • Brush teeth
  • Wash face
  • Sprout seeds/vegetables
  • Household CleaningCanning/preserving food
  • Filtering rainwater
  • Traveling
  • Fermented foods
  • Potpourri
  • Bathing infants/children
  • Coconut Milk
  • Almond Milk
  • Watercolor
  • Rosewater
  • DIY Antibacterial Spray
  • Storing for an emergency
  • Instant Milk
  • Fresh bouquets – I noticed my bouquets will last almost two weeks longer when I put them in Berkey water! And they keep their fresh scent longer too.
  • Sharing with family/friends
  • In a soda stream
  • Hummingbird feeder
  • In your camper/tent
  • Fill a pitcher in your fridge- never be without cold water! You can refrigerate Berkey water for up to 7 days.

Photo by Steve Cox

Did we forget something? Feel free to share your Berkey water uses in the comments!

Pets Need Berkey Water Too!

August 17th, 2017

You feed them expensive food, buy them lots of fun toys, they may even sleep on memory foam beds, but do you think about the water you are giving to your fur babies?

Just like humans, cats and dog’s bodies are made up of 80% water. It only makes sense that you would want to provide them with the best H2O possible.

 

“Remember, if you wouldn’t drink the water coming out of the faucet, you probably shouldn’t give it to your dog. And if the city government tells you not to drink the water, your dog shouldn’t drink it either,” advises PetMD.com.

The same harmful contaminants in tap water are just as susceptible to our pets especially since their bodies are smaller; unsafe drinking water can cause more damage more quickly.

So how can you keep your pets healthy? Start by testing your water. This way you will know exactly what harmful contaminants you and your pets could be ingesting. You can also ask your local water company for a yearly report on your water conditions.

Next, invest in a water filter and provide your pets with the filtered water. Berkey Systems removes bacteria and viruses at 99.99% while allowing healthy minerals (such as calcium, magnesium, and potassium) to remain. Your pets will appreciate this extra benefit!

Finally, frequent cleaning of your pet’s water dish will keep away bacteria and mold. We recommend giving their food and water dishes a good clean with warm soapy water every few days.

 

You and your pets will taste the difference. If the water tastes better, it will only encourage your animals to drink more water, keeping them from getting dehydrated!

So, go ahead and keep spoiling your four legged friends. Give them the filtered water! They will thank you in sloppy kisses, sweet purrs, and wagging tails!

 

Sources:

www.petmd.com/dog/general-health/tap-water-safe-dogs

www.iheartcats.com/could-tap-water-be-causing-health-issues-in-pets/

www.freedrinkingwater.com/water-education3/2-water-pets-page2.htm

www.waterforlifeonline.com/blog/pets-love-drinking-water-more-than-humans/

Photo credit 1st photo: @melissayogi1111

Photo credit 2nd photo: @inhonorofmotherhood

Why You Need Filtered Water!

May 10th, 2017

 

Do you know what’s in your drinking water? According to the Natural Resources Defense Council, 77 million people across the US are drinking contaminated tap water. The EPA states “This is now forcing more people to figure out how and where to get clean drinking water.”  As US citizens, we are fortunate enough to have running water, but is your water “healthy”? From Flint, MI to Newark, NJ our drinking water is under siege as a result of cost-cutting budgets and careless disposal of waste.

You care about the food you eat and getting enough exercise, but have you considered the quality of water you drink?  High quality “healthy” water is just as, if not MORE important as high-quality, non-GMO food. Filtered water is no longer just a taste preference, but a necessity.

Even if you are lucky enough to live in an area with a cleaner water source there still may be chemicals present in the water. It is still important to consider investing in a water purification system.

The easy “solution” millions make is to buy bottled water, but can you really trust what you are drinking? Where does this water come from, how long has the water been in that plastic water bottle, what chemicals are leaching from the plastic, and are you recycling the plastic bottles? These are all important questions to consider when buying bottled water. 

Additionally, if you’re buying bottled water for its convenience and low price, you might want to reconsider.  A 40 pack of 16.9 oz. water bottles costs on average $3.98. That’s 5.28 gallons of water which works out to $0.75 per gallon. Remember this number; we’ll come back to it a bit later. To reach the recommended 64 oz. of water a day, each member of your household needs to drink four 16.9 oz. bottles. For a family of four, your 40 pack will last only 2.5 days.

If you’ve already made the decision that bottled water is not for you, you likely know there are many options on the market to filter your water including pitcher, sink and refrigerator filters.  However, there are fewer water purification options on the market. A purifier is more powerful than a filter. It’s like a super filter removing more contaminants than a standard filter, such as bacteria and viruses. Whichever option you choose, it’s important to do your research to truly understand what your water filter or purification system removes.

The Berkey system is a purifier meaning it will remove more heavy metals, pesticides, viruses, bacteria, and trihalomethanes, than a typical pitcher, sink or fridge filter. The technology that Berkey uses to purify water can handle the very smallest of water contaminants, even viruses, making it one of the most powerful water filtering systems available.

A common area of anxiety many experience when buying a filtration system is the initial cost.  Filter systems are typically less expensive for initial setup than purification systems, however, as you add up the cost and time to buy replacement filters every 1 to 3 months, they are actually substantially more expensive than a purification system, like the Berkey. Consider the average cost of bottled water is $0.75 per gallon (calculated above).  A Berkey filter’s cost is $0.02 per gallon ($107 cost / 6,000-gallon filter lifespan). That is 37 times less than bottled water! Let’s also consider the price of pitcher and faucet filter replacements. Typically, pitcher filter replacement cost $0.15 per gallon, as they last 40 gallons and cost $6.33 each. A Faucet filter is even more expensive at $0.18 per gallon, as they typically last 100 gallons and cost $18.99 each.  Compared to Berkey Filters both pitcher and faucet filters are 7.5 to 9 times more expensive. Also, take into consideration the lifespan of Berkey Filters (6,000 gallons) will last 150 to 160 times longer than pitcher and faucet filters.

Even though the initial set up cost for Berkey may seem pricey (systems start at $228) you will be saving more money and time than buying plastic water bottles, pitcher and faucet filters. With a Berkey Filter system, your water is a mere $0.02 per gallon for clean drinking water, and your filters will last for years, saving you valuable time!

With Berkey Filters you can now be in control of the water you drink.  Make the choice today to cut out unhealthy water and switch to Berkey Water; you won’t be disappointed!

Kidney Health and Drinking Water Contaminants

March 15th, 2013

When consumed, drinking water contaminants can harm the body in many different ways. Some effects are acute, meaning that they occur within days of ingesting the contaminated water. Chronic effects, on the other hand, occur after several years of exposure to the contaminant. The kidney is one organ that frequently suffers chronic effects from long-term exposure to contaminants. Since March is National Kidney Month it seems appropriate to discuss the types of contaminants that can affect kidney health.

The Kidneys

Since the main purpose of the kidneys is to filter the blood for toxins and other impurities, it is not surprising that many contaminants can easily damage this very important organ. These contaminants can be released into your drinking water from a variety of different sources. Below is a list of the drinking water contaminants that can damage the kidneys. The contaminants are grouped by their primary source.

Water Disinfection Byproducts

Total Trihalomethanes

 

Discharge from Factories

1,1,2 – Trichloroethylene

Chlorobenzene

Hexachlorobenzene

Hexachlorocyclopentadiene

Mercury

o-Dichlorobenzene

p-Dichlorobenzene

Pentachlorophenol

Styrene

Thallium

Toluene

 

Runoff from Petroleum Refineries

Ethylbenzene

Ethylene dibromide

 

Herbicide / Insecticide Runoff

2,4-D

Alachlor

Glyphosate

Lindane

Toxaphene

 

Corroded Plumbing Systems

Cadmium

Copper

Lead

 

In addition to the chemical contaminants listed above, a particular strain of the biological contaminant, E. coli (O157: H7), can lead to kidney damage as well. The bacteria infect the gastrointestinal system which causes premature destruction of red blood cells. These red blood cells clog the kidneys which can result in kidney failure, especially in children.

The Solution

In order to maintain good kidney health it is important to limit your exposure to any of the above contaminants that might be in your drinking water. The Berkey Water Filters are very effective at removing or reducing nearly all of the drinking water contaminants that can potentially damage the kidneys. If there is a chance that any of these drinking water contaminants could be in your water, consider purchasing a Berkey Water Filter. It will not only benefit your kidney health but your overall well-being as well.

 

Simple Test Developed to Determine the Presence of Mercury in Water

February 28th, 2013

Earlier this month, researchers from the University of Burgos in Spain announced that they have developed a new test to detect mercury in water that can be used by anyone, even those individuals without knowledge of water chemistry. This innovative test, which is discussed in more detail in the Analytical Methods journal, only requires submerging a test sheet in the water for five minutes. If mercury is present in the water at or above the EPA maximum contaminant level of 2 parts per billion, the sheet will turn red.

Credit:  J.M Garcia et al.

Color analysis of the mercury water test using a mobile device. Credit: J.M Garcia et al.

In addition to being able to quickly detect the presence of mercury, the researchers have also created the ability for a mobile device to assist in determining the amount of mercury present as well. The user first takes a picture of the sheet with a mobile phone or tablet. Image treatment software such as GIMP, which is free, open-access software, is then used to compare the particular shade of red with reference values. Essentially each shade of red represents a different concentration of mercury.  The ability to simply use a mobile device to analyze a water sample makes this test very unique. The researchers claim that this test is inexpensive however it is currently unknown how it will compare to mercury water test kits currently available.

Mercury is a toxic metal that can be released through processes such as the burning of coal and oil, incineration of mercury-containing materials, or through natural erosion of rock and soil. The mercury eventually is deposited in the water. Drinking water with high levels of mercury can harm the nervous system, leading to nervousness, irritability, changes in vision or hearing, and memory issues. Young children are particularly susceptible to the effects of mercury. It is unknown whether drinking water contaminated with low levels of mercury for a long period of time causes any effects as well.

Microorganisms in the water can also convert the mercury to methylmercury which is a highly toxic form of mercury that can accumulate in organisms such as fish and shellfish. When consumed, the methylmercury can damage the kidneys as well as the nervous system. Nearly all of the 50 states have had at least one fish consumption advisory related to mercury which suggests that it is an abundant contaminant. Since mercury is a contaminant of concern in both the US and abroad, an easy and potentially inexpensive analytical tool like this new mercury water test should prove to be very useful.

 

Arsenic in Drinking Water is a Serious Concern

January 31st, 2013

The topic of arsenic in drinking water has been in the news lately. Earlier this month, the water supplier in the small town of Tacna, Arizona was cited for numerous violations of high arsenic levels in the drinking water. Elsewhere in the country, local wells have been found to have extremely high levels of arsenic in Hinkley, California, a community already well-known for having contaminated groundwater. Even if you have read these news stories, you, like most Americans, may not know what arsenic is, where it comes from, and how harmful it can be if consumed at high levels for a long period of time. It is worthwhile for you to take a moment to learn a little bit more about this drinking water contaminant.

What is arsenic?

Arsenic is a tasteless, odorless semi-metal. It can be released into the groundwater via several sources, including mining and smelting operations, agricultural applications, and processes used to ma7167445_snufacture products like glass, electronics, paints, drugs, soaps, and dyes. Unfortunately for certain regions of the country, arsenic can also enter the groundwater through natural weathering of soil and rocks. Arsenic is a regulated drinking water contaminant and the EPA has declared that 0.010 milligrams per liter (mg/L) or 10 parts per billion (ppb) is the maximum contaminant level that can be present in drinking water.

Where is arsenic found?

In most regions of the country, drinking water supplies contain less than 2 ppb of arsenic. Approximately 12% of groundwater sources in the western US and 12% of surface water sources in the North Central region, however, have levels that exceed 20 ppb. A few individual wells in the West were found to have levels up to an unbelievable 3,400 ppb.The majority of the high arsenic concentrations are found in the West, the Midwest, the Northeast, and parts of Texas. This is most likely due to local geology. These regions tend to have volcanic rock and sulfide-containing mineral deposits that are high in arsenic which release the contaminant to the water through natural processes.  The US Geological Survey (USGS) provides a map of arsenic concentrations in groundwater which clearly shows a pattern of higher concentrations in the western United States.  This map was created in 2000 but still provides a good representation of current concentrations.

How can arsenic affect your health?

If you drink water that is contaminated with higher levels of arsenic for a long period of time you may experience certain health effects. Changes in the skin such as thickening, discoloration, or “warts” on the palms, soles, and torso, are the most common health effects. Arsenic can also cause circulatory system problems such as decreased red and white blood cells, abnormal heart rhythm, and bruising from blood vessel damage. Irritation of the stomach and intestines may also occur, causing nausea, vomiting, and diarrhea.

The EPA, Department of Health and Human Services, and the International Agency for Research on Cancer have all classified arsenic as a human carcinogen (cancer-causing agent). Skin tumors are the most common type of cancer caused by arsenic but if you regularly consume high levels of this contaminant you also increase your risk of cancer in the bladder, lungs, liver, kidney, and prostate.

Is arsenic in your water?

With its relatively widespread distribution and long list of potential health effects, arsenic is a water contaminant that you should take seriously. If your drinking water comes from a municipal water supply, the arsenic level should not exceed the maximum contaminant level however you can contact your local water supplier to find out if it is present in your water supply and if any violations ever occurred. If you have a private well, experts recommend that you have the well water tested by a state-certified laboratory if you suspect arsenic contamination. If arsenic is present in your drinking water supply, rest assured that water filters are available that can remove this contaminant. Do not risk your health or that of your family – take the time to determine if arsenic is in your drinking water and, if necessary, find a way to reduce the contamination as soon as possible.

 

Fluoride and Thyroid: Can Fluoride in Your Drinking Water Cause Thyroid Problems?

January 16th, 2013

According to the American Thyroid Association, more than 12 percent of Americans will develop a thyroid condition in their lifetime. Many Americans feel that this rate is higher than expected and that perhaps not only genetics are to blame. A quick search on the internet reveals many websites suggesting that fluoride, an additive in many community water systems, may be partially responsible for thyroid problems. Since January is Thyroid Awareness Month, it seems worthwhile to investigate whether fluoride affects the functioning of the thyroid.

What is the Thyroid?

The Thyroid Gland

The thyroid is a gland located in the middle of your lower neck, in front of your trachea (windpipe). Though it is small, the thyroid affects the major functions of your body by releasing the hormones, triiodothyronine (T3) and thyroxine (T4). The thyroid gland uses iodine from your food to produce T3 and T4. These hormones affect growth and development, body temperature, and metabolism. T3 and T4 are necessary for brain development in infants and children as well.

Research Results

Studies of how fluoride may affect thyroid functioning have been ongoing since the early 1900s. In 2006, the National Research Council (NRC) released a report that reviews many studies about fluoride and thyroid problems. Numerous experiments have been performed on animals with varying results. While some did not show any effect of fluoride on thyroid functioning, a few studies of rats and mice showed decreased thyroid hormone levels and increased goiter development (swelling of the gland) at higher fluoride intake levels. The intake levels varied with each study. One interesting fact that was mentioned in a few of the studies was that high fluoride levels intensified the effects of the test subjects that were iodine-deficient. Remember that, as mentioned previously,  iodine is necessary to produce the thyroid hormones.

The NRC report also mentioned several studies that examined thyroid hormone levels in children in other countries with high fluoride levels in the drinking water. The conclusions of these studies were similar to several of the animal studies in that the scientists speculated that high fluoride levels may cause greater effects in low-iodine situations.

A Word of Caution

It is important to not rush to any conclusions about fluoride and thyroid issues. As the NRC mentions in the report, there are many inconsistencies in the studies that make them difficult to compare. The studies vary in:  1) types of test subjects used, 2) test concentrations of fluoride, 3) the types of measurements taken, such as hormone levels and occurrence of goiters, and 4) the types of effects observed. Scientists are not even certain how fluoride affects the thyroid gland. One theory that fluoride competes with iodide has been disproven. Clearly, more research is needed in this area.

Takeaway Message

Though the EPA has set limits for fluoride in drinking water, it is not known how much fluoride is necessary to cause effects in humans. If you already have a thyroid condition or are iodine-deficient, you might want to consult your doctor about limiting your exposure to fluoride. Visit the blog about Drinking Water Quality to learn about how you can discover how much fluoride is added to your drinking water.

 

What is Fracking?

January 3rd, 2013

On January 4th, the drama “Promised Land” will premiere in theaters across the country. The basis of this film is centered on the subject of hydraulic fracturing, more commonly known as fracking, and the possible consequences of this drilling process on nearby communities. Though fracking may seem like an odd topic to choose for a Hollywood film, it has gained a lot of recent attention regarding concerns about environmental impacts, particularly water contamination.

Hydraulic fracturing is a means of extracting resources like natural gas and oil from underground by pumping fluid, usually a mixture of water and chemical additives, into geological formations like shale and coalbed. The pressure from the fluid creates fractures underground, allowing extraction of the resources. A large portion of fracking is conducted in Pennsylvania, West Virginia, Virginia, New York, Maryland, and Ohio. These states are on top of the formation called Marcellus Shale which is one of the most important gas reserves in the United States. Fracking can also be found in other parts of the country, such as Colorado, Texas, North Dakota and Wyoming.

Natural Gas: A valuable resource extracted by fracking.

Though fracking has been performed for many years, it was brought to our attention in 2011 when the EPA reported that sampling showed that water contaminants in a local aquifer in Pavillion, Wyoming were possibly associated with fracking operations. This study was initiated because many local residents complained the drinking water had a bad taste and odor. EPA stressed that the fracking conditions in Pavillion were different from conditions in other parts of the country because it occurred in and below the aquifer and in close proximity to drinking water wells. Therefore, water sources in other parts of the country may not be at risk of contamination if the fracking conditions are different.

So how can fracking result in contaminated water?

As mentioned previously, fracking fluids contain chemical additives. These chemicals are added to change the fluid properties. For instance, some chemicals are used to increase the thickness of the fluid. Hundreds of different chemicals may be used and the types used will vary depending on the site and company performing the fracking. Many of these companies prefer to not publicly disclose the chemicals used which causes more concern.

As part of a 2011 study, the US Committee on Energy and Commerce surveyed 14 leading oil and gas companies to learn about the composition of the fluids used for fracking. The most common chemical used was methanol. Isopropyl alcohol, 2-butoxyethanol, and ethylene glycol were also frequently used. These chemicals are not regulated by the EPA due to their low toxicity. A small percentage of companies were found to use petroleum compounds like benzene and toluene which are regulated by the EPA because they are highly mobile in ground water and are known human carcinogens. Other additives, such as instant coffee and walnut hulls, are not chemicals of concern but people are curious about their purpose as an additive.

The additives can possibly contaminate water sources through several routes. A common method of fracking fluid disposal is via underground injection of wastewater. EPA determined that this method is not likely to contaminate drinking water sources though it is mentioned that they reserve the right to conduct additional studies if necessary. Other means of wastewater disposal have a greater risk of water contamination. Since there are no specific national standards for fracking wastewater disposal, some wastewater is transported to treatment plants which are not all equipped to treat this type of water, according to the EPA.

Spills are probably one of the greatest sources of surface water contamination. From January to July 2012, several natural gas drilling incidents occurred in Pennsylvania alone. Thousands of gallons of production fluid were spilled in several of these incidents.

Since this process of natural resource extraction is quickly gaining in popularity, the EPA is still in the process of establishing regulations for fracking. Proponents of fracking, which often include local residents, firmly believe that it is a drilling method that is necessary to increase economic development and energy independence. It is important, however, that the operations are conducted responsibly in order to prevent unnecessary contamination.

 

What is Alkaline Water?

December 19th, 2012

If you take a moment to peruse the internet for drinking water topics, you will find many health-related websites encouraging the use of alkaline water for drinking. But you may be wondering, what is alkaline water? Unless you have taken a high school or college chemistry class, this term may be foreign to you. Read below to gain a better understanding of the facts behind this particular health craze.

Alkaline Water Defined

Alkaline water is related to pH. The term, pH, refers to the amount of hydrogen in the water. The pH value can range from zero to 14 with a pH of 7 considered to be neutral. Any pH value below 7 is considered to be acidic and becomes increasingly more acidic as the number reaches zero. This is due to more hydrogen ions being present in the water. On the other hand, a pH value that is greater than 7 has less hydrogen in the water and increases in alkalinity as the number reaches 14. Much of the time, alkaline water is due to the presence of a mineral source like calcium carbonate.

Either extreme on the pH scale is unsafe for consumption. For example, it is common knowledge that we do not drink battery acid (pH=0) or liquid drain cleaner (pH=14) but now many health-conscious individuals are promoting alkaline water as the most healthy beverage to consume. In many areas, drinking water naturally tends to be more alkaline anyway, with a pH ranging from 6.5 to 8.5. But should you purposefully drink only alkaline water?

Benefits of Alkaline Water

One proposed benefit of alkaline water is that it can help to neutralize acid in your bloodstream. Blood is strictly maintained at a slightly more alkaline pH ranging from 7.35 to 7.45. Ingesting water or any other food item, whether it is acidic or alkaline, will not determine your blood pH level. This is because your kidneys serve to regulate the pH of your blood. The kidneys maintain the pH level by excreting more acidic or alkaline substances in the urine. Oftentimes, if you consume more acidic substances your urine will be slightly more acidic with a lower pH but this is not an indicator of your blood pH level. Health experts say that if your blood pH is more acidic, it is not due to your diet but actually indicates that your kidneys are not functioning normally, possibly due to a serious health condition.

While alkaline water does not play a large role in helping to neutralize acid in your blood, researchers are investigating other potential benefits. Alkaline water may possibly help decrease bone resorption which is the process where bone is broken down and calcium is released into the blood. This is a natural process but can become excessive in older adults, leading to osteoporosis. In recent years, several scientific studies have suggested that when people regularly drink alkaline mineral water that is rich in bicarbonate, the level of parathyroid hormone (PTH) secreted by the body decreases. Since PTH is a hormone that causes bone resorption, decreased PTH helps the bones retain calcium. The Mayo Clinic ,however, warns that more research is needed since it is unknown if alkaline water influences overall bone mineral density. Furthermore, these studies were only performed on a short-term basis (four weeks). Long-term benefits of drinking alkaline water are largely unknown at this time.

It is very important to drink plenty of water but, as with any health craze, be sure to research the topic of alkaline water carefully before you decide to only consume this particular type of water.

 

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