Clean drinking water is something that every society needs.
Wherever you find the purest drinking water, you also find the healthiest people.
But, today, there is a problem.
Our technological advancements have allowed us to do many things that previous generations did not even dream about.
But, those same advancements have threatened our ability to get clean drinking water.
Our Water is Polluted Rivers, lakes and streams could easily become polluted.
There was always the possibility of animal waste upstream and if someone unknowingly drank from the stream, they could become very ill.
The purest drinking water was found underground.
It was protected from animal waste and the soil itself acted as a filter to remove debris and bacteria.
So, we dug wells or drank from protected springs.
But, as time went by, the soil that protected the groundwater became polluted.
The use of pesticides and herbicides has affected our ability to get clean drinking water, even from a well or spring.
Chemical dumping, industrial waste, gasoline spills, leaks from underground storage tanks and even the pipelines use to transport the water are all sources of the contamination that we now face.
Losing Our Clean Water I would venture to say that the purest drinking water no longer exists in a naturally occurring aquifer.
There are simply too many people causing contamination.
Even those of us who are very careful about polluting the environment must flush, shower, shave, do dishes and laundry.
Everything that goes down the drain ends up in the groundwater.
Of course the public facilities make every effort to provide clean drinking water.
When something goes down the drain and into the sewer, it ends up a treatment facility where many steps are taken to remove solid waste and other contaminants, but eventually, the facilities dump the treated water back into a river or the ocean.
The solid material that is left behind is often used as fertilizer.
The rain falls and all of those contaminants filter through the soil and back into the groundwater.
Farm runoff ends up in the reservoirs carrying E coli and other bacteria, along with protozoan life forms and microscopic cysts.
In an effort to provide the purest drinking water possible and protect citizens from waterborne illnesses, the facilities use chlorine to kill the bacteria and other life forms, but the microscopic cysts survive.
Technology caused a lot of our problems, but it has also given us the ability to clean drinking water right in our homes.
The old purifiers were expensive and wasted lots of energy.
The new ones are affordable and operate without electricity.
Getting Back to Clean Water Today, the purest drinking water comes through a filtration device that removes chlorine and its byproducts, along with the cysts that are resistant to public disinfection methods.
A single unit can remove all of the pesticides and herbicides, the industrial waste and chemical contaminants that cannot be removed by treatment facilities.
It can even remove the lead that seeps in because of city pipelines.
Shop Carefully for an Efficient Water Filter System Of course, you have to compare quality and contaminant removal.
Businesses know that you have a need for clean drinking water and they sometimes take advantage of this need by supplying inferior products.
So, be sure to shop wisely.