Water Treatment System For House

Whether you use well water or city tap, you can get cleaner, healthier water with a home treatment system. NSF-certified systems reduce contaminants like chlorine, iron, odors, sediment, herbicides, industrial solvents and more.

First, test your water to determine the level of contamination and which contaminants you want to reduce. Then, find a system that fits your needs and budget.

Pre-Filter

Pre-filtration can be a significant cost-saving feature for water filtration systems by protecting the more expensive downstream fine filters from premature damage and failure. This allows the fine filter to operate effectively and at full capacity, delivering high quality water to your household. This will result in greater adherence to regulatory requirements and standards, lower operating costs, longer equipment life and improved customer satisfaction.

The primary reason for pre-filtration is to remove the larger particles from the system, which prevents clogging and extends the life of the fine filter. These large particles include rust, silt, and other mechanical impurities, as well as sediment and other organic contaminants in the water.

A sediment pre-filter is a great addition to any whole house water filtration system, as it reduces iron, manganese and other metallic impurities from the water. water treatment system for house In addition, it can also protect appliances and plumbing from rusting or breaking.

This is a great option for those with hard well water. This is a three-stage filter that includes a sediment pre-filter, copper-zinc and activated carbon, and a post-filter. It provides a safe and effective solution to help eliminate chemicals like chlorine, heavy metals, pesticides, benzene, and phenols from the household water supply. In addition, it provides better health and wellness by removing harmful elements that can cause dry skin and allergies.

Activated Carbon Filter

Activated carbon (AC) filters are the heart of many household water treatment systems. Activated carbon can remove chlorine and organic chemicals, such as herbicides and pesticides, from drinking water. It can also reduce harmful contaminants such as lead, dissolved radon and harmless taste- and odor-producing compounds. The type of AC used in a particular filter system depends on the needs of each homeowner and may be granular, block or powdered.

The primary mechanism by which AC filters water is physical adsorption. AC’s porous structure offers numerous tiny pores and crevices on which impurities in water adhere, thus trapping them and preventing their passage through the filter. The surface area of AC is a significant factor in its adsorption capacity, as are the AC’s chemical properties and the nature of the contaminants being adsorbed.

Prepping AC for use in a water filtration system involves rinsing the activated carbon in clean water before use. This rinse eliminates any impurities that could interfere with its adsorption capacity during a water filtration process. The soaking process also helps the activated carbon reach its maximum adsorption capacity, which is determined by the size of the particles and the chemical properties of the contaminant being removed. For example, the chemical interaction between chlorine and activated carbon can convert chloride to chloride ions, which will help remove chlorine from drinking water.

Post-Filter

A whole house water filter system works to ensure the water that comes from every faucet, showerhead and water-using appliance in your home is safe. It protects you and your family when you take a shower, wash dishes or brush your teeth, it protects your pets from harmful bacteria and parasites, and it protects your appliances and surfaces from damage caused by hard water and other contaminants.

A typical multi-stage whole house water filtration system begins with a sediment pre-filter, which traps larger impurities like rust, silt and dirt that can clog your pipes and appliances. Next, a copper-zinc and activated carbon filter removes chemicals and organic substances from the water, including herbicides, pesticides, fuels, chlorine, dyes and disinfectants.

The last step of a standard system is the post-filter, which further polishes your water by catching any remaining particles and sediment. This helps to extend the life of your appliances and make sure you’re always getting the clean, safe water you need for all of your household uses.

For an even more powerful filtration option, add a UV post-filter to your system. These filters use germicidal ultraviolet light to kill any bacteria, viruses or cysts like Giardia household water purification and Cryptosporidium in your water. This is an especially important upgrade for immunocompromised people, new parents or anyone facing a boil water alert.

UV Light

UV light systems are a popular method of water treatment. The system works by running the water through a chamber that contains an ultraviolet lamp. The UV light is then absorbed into the water, killing any microorganisms in it. This type of water filtration system is commonly used in homes and businesses.

The UV radiation passes through the water and kills the microorganisms by attacking their genetic code. This kills the organism and makes it unable to reproduce. The water then becomes safe to drink. UV disinfection is a natural process that adds no chemicals to the water.

This system can be used for city or private well water. It utilizes premium KDF media and high quality coconut shell activated carbon to remove chlorine, lead, heavy metals, PFAS, radon, herbicides and more. It also features a backwash cycle that can be customized to your schedule. It can be based on time or volume, and it is designed to be user friendly.

Our UV system is easy to install and requires no special tools or skills. It can be mounted at point of entry, usually near the water meter or pressurized tank (well water). A point of use installation can also be installed to treat a specific tap or for pre- or post-treatment for an RO system. It can be used for residential, commercial, industrial and agricultural applications.