Water Filtration

If you have a well you really should consider a whole house well water filtration system. Unless your water comes from an artesian well, which is considered to be naturally filtered, your well water is probably contaminated by things like fertilizer and pesticides from the farm down the way, industrial wastes from the factory on the other side of town, as well as, what can get in from your septic tank  or from your neighbor’s.

The fact is anything and everything that gets on the ground can seep down into the water table and end up floating around in your well. Traces of prescription drugs have even been found in well water. A whole house well water filtration system can remove all the impurities that are in your water. You really do need a whole house system too not just a filter in the kitchen.

There are a lot of chemicals and such that can get into your water that will soak into your skin when you take a shower. Chemicals like chlorine and sulfur also can turn gaseous and effect breathing.

A whole house well water filtration system will protect your family against all of the things listed above as well as some things you may not have thought of. Well water is prone to bacteria and nitrates that occur naturally as well.

Bacteria and nitrates and other microorganisms including viruses, and parasites can also get into your well water. Unlike municipal water supplies which are checked regularly and treated for disease bearing microorganisms, private water supplies are rarely if ever tested. This could pose a serious problem to you and your family. A whole house well water filtration system can clear all of the bad stuff out of your water supply while leaving the good stuff like minerals that you need.

You should always have your water tested before you choose a whole house well water filtration system. When you have your water tested you will know which filter type you need to use. Not all filters are created equal and while a good active carbon filter is probably the best choice if you have a particular problem there will be a particular filter for you to use. You should even be able to pick up a DIY test kit from your local hardware store that can easily give you the information needed to make an informed choice.

If your family has a well for water a whole house water filtration system is your best bet for safe clean water. A whole house system hooks up to the main water supply coming into the house so all sinks and taps are protected.

An Ezine article

Article Source: http://EzineArticles.com/5117170

There are so many contaminants in our ground water from hospitals, farms, manufacturing plants and other places that you will need a well water filtration system. All kinds of contaminants from fertilizers to petroleum products can seep into the ground and from there into the ground water supply. Even if you live several miles away from any form of industry your well can harbor impurities that will impact the health of your family. A well water filtration system can purify the water coming from your well to make it safe to drink. But before you run out to the local hardware store to pick up a filtration system there are a few things you need to know.

All filters are not created equal:

Filtration systems that were used in the past like reverse osmosis systems may not be the best choice for you. These systems were designed to remove the larger contaminants. Today, the contaminants we need to worry the most about are chemicals with very small molecules. If you are using one of the older systems many of these smaller chemicals will pass right through it. Chemicals that you may need to worry about are chlorine, pesticides and even prescription drugs.

Leave the good stuff please:

Some filters also have another problem; they tend to remove the good with the bad. Filter types like reverse osmosis can remove minerals as well as other contaminants. Removing all the minerals from the water can have consequences that are just as bad as drinking the water unfiltered.

So now what?

The best filtration system for you to use is a carbon based filter system. A multi stage carbon well water filtration can remove 99% of the contaminants from your well water without removing the minerals we need. A multistage carbon system can even remove bacteria and parasites that are common to well water.

The best choice for a filtration system is a whole house water filtration system. A whole house filtration system is hooked up to the main water line going into the house so that all of the water in the house is purified not just the water you drink. This type of system is a necessity if you use a well in your home. Chemicals and other contaminants can easily enter the ground water and from there get into your well even if you are several miles away from any industrial complex. A system using a multi stage carbon filter is the best choice for you.

An Ezine article

Article Source: http://EzineArticles.com/5117155

Many homeowners unhappy with the quality of their drinking water are turning more and more to either a variety of water filtration systems or to one source or another of bottled water, although the latter is slowly becoming less prevalent every day. However, for those whose source of drinking water is a well or for those who live near a well, wells have become a major health issue making either of these choices far better than doing nothing. Why? People have been drinking from wells for centuries, haven’t they? Yes, they have, but since the Industrial Revolution in the late 19th century, more and more wells have become increasingly contaminated, and one particular type of well that has suffered more than most is called an injection well.

What is an injection well?
An Injection well is a device that places fluid deep underground into porous rock formations, such as sandstone or limestone, or into or below the shallow soil layer. These fluids may be water, wastewater, brine (salt water), or water mixed with chemicals.

The Underground Injection Program (UIC) defines an injection well as:

• A bored, drilled, or driven shaft, or a dug hole that is deeper than it is wide,
• An improved sinkhole, or
• A subsurface fluid distribution system.

How an injection well looks (is constructed) depends on the fluid injected and the depth of the injection zone. For example, deep wells that inject hazardous wastes into isolated formations far below the Earth’s surface are designed to provide multiple layers of protective casing and cement. Shallow wells that inject into or above drinking water sources are usually of simple construction and inject non-hazardous fluids.

What are injection wells used for?
Injection wells have a range of uses that include waste disposal, enhancing oil production, mining, and preventing salt water intrusion. Widespread use of injection wells began in the 1930s to dispose of brine generated during oil production. Injection effectively disposed of unwanted brine, preserved surface waters, and in some formations, enhanced the recovery of oil. In the 1950s, chemical companies began injecting industrial wastes into deep wells. As chemical manufacturing increased, so did the use of deep injection. Injection was a safe and inexpensive option for the disposal of unwanted and often hazardous industrial by-products.

In an effort to turn things around, in 1974, Congress passed the Safe Drinking Water Act (SDWA). Part of SDWA required EPA to report back to Congress on waste disposal practices, and develop minimum federal requirements for injection practices that protect public health by preventing injection wells from contaminating underground sources of drinking water (USDWs).

The UIC Program protects USDWs from endangerment by setting minimum requirements for injection wells. All injection must be authorized under either general rules or specific permits. Injection well owners and operators may not site, construct, operate, maintain, convert, plug, abandon, or conduct any other injection activity that endangers USDWs.

The purpose of the UIC requirements is to:

• Ensure that injected fluids stay within the well and the intended injection zone, or
• Mandate that fluids that are directly or indirectly injected into a USDW do not cause a public water system to violate drinking water standards or otherwise adversely affect public health.

For more information about how the UIC regulations protect ground water visit: www.epa.gov/UIC