Tag Archives: featured

How Safe Are Our Water Supplies?


A bird standing at the edge of a greenish water body.
Algae-infested water from Lake Erie on Monday washed up onshore at Maumee Bay State Park in Oregon, Ohio, near Toledo. Credit Joshua Lott for The New York Times

The recentnews aboutToledo’s water supply being affected by a toxic algae bloom, disturbing over one half million customers, has us asking once again – how safe are our water supplies?

It wasn’t toomany months ago that the coal spill in the West Virginia river had residents scrambling for an answer. Aging infrastructure, with its inherent problems of failures causing water boiling advisories, are becoming more common. The use of fertilizers and insecticides are migrating into our water supplies. Industrial urbanization is leaching toxins into our waterways and wetlands, eventually ending up in aquifers, lakes, and reservoirs.

The National Resource Defense Council has asked for the Federal government to step in and find a solution to this problem. However, the Fertilizer Institute ispart of a coalition of industry and agricultural interests that are opposing Federal efforts to restore some coverage of the Clean Water Act.

Centralized water is being threatened by many facets. A decentralized water system may be the answer to a safe drinking water supply for us all.

How to Offset Costs of Stormwater Regulations for New Construction


Workers installing large septic tanks at an excavation site.New stormwater regulations forrunoff and green storm water infrastructure are adding to the costs of new residential and commercial construction in Seattle and elsewhere. Infiltration of runoff from roofs, driveways, and all impervious surfaces are mandated by local and Federal agencies. While infiltration does help reduce storm water runoff, the added costs of implementing infiltration or a rain garden can be considerable, with no return on investment for the home owner or building’s owner.

By directing costs of designing and implementing an infiltration system or rain garden to a rainwater collection system, the builder can mitigate stormwater runoff to a useful purpose. Irrigation, toilet, laundry facility, and whole house (potable) usage can be supplied by rainwater collection, storage, and use, lowering monthly water and sewer bills.

The Seattle times recently reported on rate increases over the next 5 years for water and sewer, to meet the challenges of expansion and repairs to an aging infrastructure. Approximately 6.2 billion dollars are expected to be needed over the next 20 years for expansion and repairs to the existing infrastructure in the Puget Sound region as a whole.

Row of rain barrels connected to a gutter system for water collection.While the average monthly billing increases are not enough to pay for a rainwater catchment system, the costs of designing and implementing an infiltration system or a rain garden are significant enough that if redirected to designing and building a rainwater collection system along with lower water and sewer bills, a homeowner or building owner will recognize a return on investment.

A well designed and implemented rainwater harvestingsystem for toilet and laundry facility for a single family residence can save 49% of their city water usage with a small amount of storage. Using the available water from roof runoff rather than just infiltrating it into the ground makes a lot more sense and has a return on investment.

Rainwater Collection Systems in Oregon & Northern California


Large black cylindrical tank secured with straps on a vehicle.While Seattle area is the main focus for RainBank Rainwater Collection Systems, we recognize the need for our rainwater harvestingexpertise in Oregon and Northern California.

RainBank has recently completed a 10,000 gallon potable rainwater catchment system in Medford, Oregon, for a residence with a low producing well. With approximately 2,000 square feet of roof area and 18 inches of annual rainfall, 22,428 gallons can be collected. This stored water is enough to provide this household with water during the dry season and supplement well use during the rainy seasoned needed.

Many residences in the area are experiencing increased “drawdown” of their wells during the summer months. With an average of 18 inches annual rainfall, a supplementary rainwater collection system will augment a low producing well and provide household water during these dry months.

RainBank looks forward to working with local suppliers in these regions to increase awareness and use of rainwater collection for residential customers.