DRINKING WATER AND WATER TREATMENT 
Water treatment is the process of removing contaminents and
organics from water. Treatment makes the water safe for people to drink.
Because water is a good solvent, it picks up all sorts of natural pollutants. In
nature, water is not always clean enough for people to drink. When the
microscope was invented in the 1850s, germs could be seen in water for the first
time. In 1902, Belgium was the first country to use chlorine to clean or treat
water in a public water supply. Today, almost every city in the world treats
their drinking water. Treatment includes disinfectionwith chlorine or other
chemicals to kill any germs in the water.
WHY YOU NEED HOME WATER TREATMENT
There are several reasons millions of US residents have made the decision to
add some form of water treatment to their homes:
- Many US households receive their water from wells and do not have any
treatment. This water may contain contaminants that make it unpleasant or even
unsafe to drink. Local codes do make it mandatory to check the safety of wells
when a house is sold; however, may become unsafe after the testing.
- While municipally supplied water is usually safe to drink, it may
contain chemicals or minerals that make it unfit to drink. In a recent
presentation to a water quality group, an official of the Los Angeles water
utility reported the following result from a survey they conducted. "70 % of our
customers reported that they would not feed their water to their pets."
Additional comments indicated that the disinfectants that were added for safety,
plus the minerals in the water in LA make it taste and smell bad.
- Each year the EPA issues thousands of "boil water alerts." These
alerts are issued when water from a specific utility has become dangerous. (See
"News" tab above for examples)
DRINKING WATER
Most people prefer their drinking water to be odorless and almost tasteless.
The growing popularity of bottled waters is clear evidence of that fact.
Municipal water systems usually cannot deliver this quality of water because
they are required by the EPA to add a disinfectant to their water; making it
bacteria and virus free. While this is why the United States has one of the
finest and safest drinking water systems in the world, it is also why the water
in many regions of the country tastes and smells foul.
The most common disinfectants used are chlorine and chloramine ( a
combination of chlorine and ammonia). Unfortunately, two problems may exist with
these municipal systems. First, these disinfectants have a very distinctive
taste and smell that is objectionable to most people. Just ask yourself if you
prefer bottled water to your tap water? If the answer is yes, you can have the
same water you are getting from that bottle with a point-of-use drinking water
system.
The second problem that may exist with your municipal system is
contamination. This contamination can happen two ways. First, EPA requires the
utility to maintain their standards at the point the water leaves the utility .
. . not when it arrives in your home. In communities with long water mains,
contamination may occur as the disinfectant dissipates during the long trip to
your home. The second way contamination can occur in a municipal system is
through an accident like a broken water main or flooding. Accidents are why EPA
issues thousands of "boil alerts" per year. One of the most publicized recent
examples was the lead alert in Washington DC. As a result of the EPA finding
excess lead in the municipal water system, they issued a "do not drink order."
EPA finally "solved" the problem by giving every consumer a water filter. Any of
the drinking water systems offered on this site would have made that water
perfectly fine to drink.
TYPES OF DRINKING WATER SYSTEMS
REVERSE OSMOSIS 
The best type of Drinking water system that you can install is a Reverse Osmosis Reverse osmosis utilizes a thin film membrane
that only allows extremely small molecules to pass through. The resulting
drinking water is at least 85% pure H2o and is so pure that it will barely
conduct electricity. This is the same product that you get in bottled water that
is labeled "purified drinking water."
The one serious drawback to these Standard RO systems is that generate waste
water in large quantities when compared to the usable drinking water. These
systems produce water in drips and therefore require a tank to store water in
useable quantities. Typical systems have a 3 gallon storage tank that the system
will replenish in approximately 3 hours. When this tank is empty, these systems
generate 3 to 4 gallons of waste water for every gallon of pure drinking water
produced. However, if you simply use water a glass at a time, they will generate
15 to 20 gallons of waste water for every gallon of drinking water produced.
Since the average household uses 2.5 gallons of water a day for drinking and
cooking, this means that the average water wasted is approximately 45 gallons
per day or 16,400 gallons per year.
There is a wonderfully effective solution to the water wasted by a standard
RO system. The patented Zero Waste System™ manufacturers the finest quality RO water
available from any system while WASTING NO WATER. It uses state-of-the-art
electronics to divert the waste water into your homes hot water system. This
system has been approved in all of the countries building codes. It is also
easier to install than any other RO system.

We have the perfect solution to convert your current standard RO system to a
state-of-the-art Zero Waste RO System . . . the Zero Waste Retrofit Kit. By adding a few new components to
your existing system you can quit wasting up to 16,4000 gallons of water per
year.

TheUF
System is an economical alternative to RO. While it will not remove the same
contaminants as an RO system, it will remove more than a carbon filter, or a
faucet-end filter, or a pitcher.

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