LEARN ABOUT W.E.T.
Because water is a precious resource, we are constantly looking for ways to use technology to conserve it. W.E.T, or Water Efficient Technology, allows a water softener to use only the amount of water and salt it needs to clean itself and nothing more. This unique feature and patented process is good for the environment, it’s cutting edge and it’s exclusively offered on the WaterCare Series water softener.
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Water is essential for the survival of all known forms of life. Seventy-one percent of Earth's surface is made up of water, but only 1.6% of all of Earth's water is found below ground in aquifers.
The State of Texas covers twenty-three aquifers which underlie approximately
75% of the state. Seven of these are considered to be major aquifers.
The Ogallala Aquifer accounts for about ninety percent of the water in all the Texas
aquifers and is the largest aquifer in North America, covering 174,000 square miles in eight different states (Texas, Oklahoma, Kansas, Nebraska, Colorado, South Dakota, and Wyoming).
More than fourteen hectares of land are irrigated by the Ogallala, incorporating some of the most important agricultural land in the nation.
The main aquifer system in Montague County, Texas, is the Trinity Aquifer,
which extends in a 550-mile-long band from the Arkansas border with
southeastern Oklahoma to south-central Texas.
The Trinity Aquifer underlies an area of about 41,000 square miles, comprising
of all or parts of sixty-eight counties in Texas and Oklahoma.
The width of the Trinity Aquifer ranges from less than ten miles near its
southern tip to about 170 miles in the central part of the state.
Depths of wells completed in the Trinity Aquifer commonly range between 50 and 800 feet, but some well depths exceed
3,000 feet. Wells commonly yield from 50 to 500 gallons per minute, and some yield as much as 2,000 gallons per minute.
The water is generally a hard, calcium bicarbonate type, and typically has concentrations of dissolved solids that range from
500 to 1,500 parts per million.
Humans require water that does not contain too many impurities. Common impurities include metal salts and oxides (including copper, iron, calcium and lead), harmful bacteria or pollutants.
Surface water must always be purified for safe human consumption. Often ground water will also require treatment to remove impurities. This may involve removal of undissolved substances, dissolved substances and harmful microbes.