Tag Archives: potable

Benefits of Rainwater Collection

drops-plant-leaves-43481_1280Significant, economic, social, and environmental benefits can be achieved by collecting, storing, and using rainwater. According to the Texas A&M AgriLlife Extension and the American Rainwater Catchment Systems Association (ARCSA), rainwater harvesting benefits individuals and communities in many ways:

CONSERVES WATER: Rainwater harvesting provides an alternative water source to well water and public water supplies. About 50 to 70 % of all household water is used for landscape irrigation and other outdoor activities.

CONSERVES ENERGY: Because rainwater harvesting bypasses the centralized water system, it conserves energy. Many household systems require only a small pump to create water pressure in the pipes, and many non potable systems operate by gravity.

PREVENTS FLOODING AND EROSION: Part of the local rainfall is diverted into collection tanks or passive harvesting methods, leaving less storm water to manage. Stormwater problems are turned into water supply assets by slowing runoff and allowing it to soak into the ground.

DECREASES WATER CONTAMINATION: Captured rainwater does not cause immediate runoff. Limiting runoff helps decrease the contamination of surface water by sediments, fertilizers, and pesticides in rainfall runoff.

REDUCES PERSONAL WATER BILLS: Rainwater can be used in landscaping, for toilets, and for washing laundry. With more filtration and treatment, it can be used for cooking and drinking as well.

SUPPLIES NUTRIENTS TO PLANTS: Rainwater often contains nitrogen which provides a slight fertilizing effect for plants.

PROVIDES NATURALLY SOFT WATER: The use of rainwater can significantly reduce the amounts of detergents and soaps needed. It also prevents soap scum, hardness deposits, and the need for water softeners.

Rainwater collection has many advantages over well water, surface water or city water that the homeowner or business can be rewarded with. A well thought out system will provide many years of quality, reliable, safe water.

Rainwater Systems Provide Years of Quality Domestic Use

lopez island rainwater collection tankA well-designed and soundly constructed rainwater collection system, with scheduled ongoing maintenance, will provide years of quality domestic use.

RainBank Rainwater Systems has been providing safe, clean, reliable water for whole house usage for years.  Recently, we went to Lopez Island to provide maintenance and inspections for systems installed over a decade ago. RainBank was established on Lopez Island, WA, and it now has some of the longest running systems in the state. These systems were designed and constructed to provide whole house, potable water usage.

Lopez Island WA rainwater harvesting tankSan Juan County was the first county in Washington State to allow rainwater collection for potable use, due to salt water intrusion of wells like RainBank president, Ken Blair’s system. Low production and higher levels of fecal coliform or nitrates are other factors that have plagued wells in this area.

RainBank Rainwater Systems has been providing ongoing, scheduled maintenance for many of these customers since their installs, while other, do-it-yourself customers have observed and learned how to maintain their own systems. All of these rainwater systems are still providing a viable source of water for whole house usage.

Rainwater Harvesting Professional Profile

100_3129RainBank’s founder, Ken Blair is not just a member of ARCSA, he is also an ARCSA Certified designer, installer and Life Member.

The American Rainwater Catchment Systems Association’s mission (ARCSA) is to promote sustainable rainwater harvesting practices to help solve potable, nonpotable, stormwater and energy challenges throughout the world.  ARCSA memberships consist of professionals working in city, state, and federal government, academia, manufacturers and suppliers of rainwater harvesting equipment, consultants, and other interested individuals.

For more information about Ken, please visit his ARCSA profile page.