Dangers of Fracking Chemicals in Water

 

Dangers of Fracking Chemicals in Water

Fracking or hydraulic fracturing is the process of injecting or drilling any fluids into the earth at high pressure to release the gas inside to fissure earth elements to discharge natural gas.

More than 600 chemicals use fracking unsolidified components like carcinogens and toxins. Examples of these are lead, uranium, mercury, ethylene glycol, radium, methanol, hydrochloric acid, and formaldehyde. Fraction fluid injects into the ground with pressure through a drilled pipeline. 

Some companies use fracking waters to resist divulging fracking waters, assuming that being informative is proprietary. Some companies use fracking to remove billions of gallons of crystal clear waters from the water cycle.

Fractures can be extended for hundreds of feet away from the water source. The proponents, such as ceramic pellets, sands, and other tiny incomprehensible particles, hold new opened created features.

Mathematical Calculations

Five hundred thousand active wells in the United States multiplied by 8 million gallons of water per fracking and multiplied by 18 times a gallon can be fractured is equal to 72 trillion gallons of water. Furthermore, 360 billion gallons of chemicals are needed to run the current gas wells.

Contamination of Fractured Chemicals in Water

Chemicals and toxic methane gas percolates in this process and infects water in adjacent water sources. Concentrations of methane are 17 times higher in drinking water near other fracturing sites than normal drinking water. Contaminated drinking water is used in cities, moreover, nearby towns.

According to studies and researches, over 1,000 cases of water are documented. This usually happens next to areas of gas drilling sites. Cases of sensory, respiratory, and neurological damage were also reported due to the indigestion of water contamination.

There were also cases in which there were 30-50% of fractured water was recovered. The rest of the fractured water was left behind in the earth, and it is non-biodegradable.

The toxic fluid evaporates into thin air to release harmful VOCs or volatile organic compounds. In addition, evaporation occurs when it is left in the open in air depths. When VOCs are released, they cause acid rains, polluted air, and earth-level ozone.

The research team from the Institute of Health and the Environment, the University of Missouri, and the Center for Environmental Health conducted studies and research. The studies and research shows that bodies exposed to chemicals released by hydraulic fracturing lead to health risks for men, women, and children. Hydraulic fracturing is harmful to women since it can affect the reproduction of childbirth and its development.

The Process of Hydraulic Fracking

Hydraulic fracking is a technique usually used in alternative gas productions. Alternative tanks are cost-effective gas producers. It is only used with a special stimulation technique like other special technologies and special processes.

Shale gas extraction was produced recently, while the CBM or coalbed methane was produced in 1984. There are three processes of hydraulic fracking. Namely, shale gas extraction, the second is the production of CBM or coalbed methane, and the third is by using tight sands.

Shale Gas Extraction: In many locations, shale gas is present in the United States of America, wherein the gas or oil production is rare or didn't happen at all. Shale rock formations are an important natural source of gas in the USA.
 
Production of Coalbed Methane: CBM or coalbed methane was extracted first from the coal mines to lessen the explosion hazard created by methane gas in mines. Nowadays, methane is taken and is being made as a source of energy. However, to release natural gas, hydraulic fracturing might be needed in deeper coal formations.
 
Tight sands: Tight sands are fine-grained, gas-bearing carbonates or sandstones with low permeability. Most tight sand tanks need hydraulic fracturing to release natural gases into thin air.

Berkey Water Filters against Fracking of Chemicals in Water

A healthy lifestyle is the topmost priority in today's society. Maintaining a healthy keeps us well and able, especially in fulfilling our daily routines. Most importantly, it is better to secure yourself water worth and safe for drinking.

Water is one of the most important necessities in a person's life. A person survives a long period of days without food, given that water is present. In today's generation, there are a lot of things that we can no longer pour our 100% trust, especially in the field of business and marketing. Most companies either exaggerates the details or promises their consumers false facts. And yes, it is disappointing and scary. 

In that light, you need not worry anymore about looking for a trustworthy water supplier. People around the world trust products of Berkey Water Filters since they are of high quality and promote water safety. 

Big Berkey Water Filter one of the most popular Berkey models. It is perfect for everyday use in households. This water filter is different from other water filters because of its unique filtration system.

Why Big Berkey Water Filter is Mostly Used in Households Worldwide

Dangers of Fracking Chemicals in Water

The steel features of Big Berkey Water Filter are a huge advantage. Using this Berkey water filter, there's no hose taste because this water filter has no hose attached to its body. The water is clean and safe to drink. It has no medical aftertaste.

Big Berkey Water Filter dramatically reduce trihalomethanes, inorganic minerals, heavy metals, pharmaceuticals, pesticides, VOCs, petroleum products, perfluorinated chemicals, rust, silt, sediment, radiologicals, and more.

This water filter system is so powerful that it can also remove red food coloring in natural water resources without removing advantageous minerals your body needs.

This powerful water filter system will provide you clean and chemical-free water. Therefore, assuring you and your family with the safety and satisfaction that you have been looking for. 



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