WATER SOFTENER FOR REMOVING HARD WATER MINERALS
Hard water contaminants found in the well water supplying homes in Hudson, MA can be removed with a water softener. The main hard water minerals are magnesium and calcium. EPA (Environmental Protection Agency) has no maximum levels set for calcium and magnesium in drinking water. These minerals can have damaging affects on your home’s plumbing as well as your ability to clean. Hard water interferes with almost every cleaning task, including washing dishes, laundry and taking a shower. Clothes can look dingy and feel rough and scratchy. Dishes and glasses get spotted and film may build up on shower doors, bathtubs, sinks and faucets. Washing your hair in hard water may leave it feeling sticky and dull. Additionally, hard water can cause a scale build-up in pipes that can lower water pressure throughout the house. Also commonly found in Stow are iron & manganese. The EPA maximum allowable level for iron as a secondary contaminant is .3 parts per million. The EPA maximum allowable level for manganese as a secondary contaminant is .05 parts per million. Small amounts of these minerals can have large affects on your home’s water quality.
There are different types of water softeners, including up-flow (preferred) versus down-flow. This can make a big difference in effectiveness if there are elevated levels of manganese or iron in the water. Additionally, high efficiency softeners use much less salt and water in the equipment’s regeneration cycle. For a full discussion on hard water, see the link at Hard water described.
The following categorizes hard water levels. Compare your test results:
THE AFFECTS OF HARD WATER, IRON & MANGANESE
Some affects include corrosion and scaling inside pipes, major staining throughout the home’s showers, bathtubs, and sinks and destruction of hot water heaters way ahead of their useful life. Hard water scale can also build-up inside hot water heaters insulating the temperature sensor inside the tank causing them to work much harder to bring the temperature up to the set level. Without water softening, this will reduce the useful life of your hot water heater and require early replacement. Hydrogen Sulfide is evidenced typically by a rotten egg smell in your water, however this may also be caused by high Manganese levels in the water as well. For those using their well water for outside lawn irrigation, iron and manganese can cause major staining of outside walkways, house siding and anyplace the water touches. See link at https://h2ocare.com/lawn-irrigation/
WHAT WILL A WATER SOFTENER REMOVE?
Water softeners are effective in removing dissolved forms of iron & manganese and hardness minerals. To remove particulate iron or manganese, a cartridge filter with proper micron rating will be effective. Depending on the specific situation, this could require a series of filters with different size micron ratings to handle heavier levels in the water. Selecting the appropriate micron rating and style of filter can be determined by a water treatment professional based on water test results and other symptoms. For more information regarding Iron and Manganese in water, see link to articles in Water Technology Magazine at: https://h2ocare.com/publications/.
RADON & ARSENIC IN PRIVATE WELLS
Other contaminants found in Hudson private well water include Radon and Arsenic. A water softener (water softening) will not remove these health threat contaminants. Radon is safely removed with an aeration system that agitates the incoming well water, releasing the gas from the water in a sealed chamber. This gas is then safely vented to the outside ambient air. Arsenic in water can be removed at the point of entry into the home by installing tanks filled with arsenic specific resin that captures the arsenic before it can get into the home’s water supply. Point of use systems for drinking water can use reverse osmosis technology to effectively remove arsenic as well. Speak to a water treatment professional to review your water test results and decide which system is right for you.