D.I.Y. Rain Barrel

One method of dealing with stormwater pollution is to reduce the overall volume of water running into our streams and lakes immediately after a rain event. This is accomplished in part by either reducing the amount of “impervious” surfaces, like concrete parking lots and rooftops, or by storing the water for a while and allowing it to slowly seep back into the ground.

The storage technique works on a large scale in the form of ponds or underground detention, but it can work on a smaller scale at your own home in the form of rain gardens or rain barrels. I’ve heard about rain barrels for years, and have always wanted one. I priced commercial models at around $50 to $100, and being a cheapskate who loves D.I.Y. projects, I decided to build my own. While I haven’t completed the project yet, I have started tracking down supplies. Namely, I found a big barrel. It turns out that our local recycling center sells food grade, 55 gallon barrels for $7, tax included. Mine smells like hazelnuts; I think it had some kind of syrup in it. My next step is to purchase the rest of the supplies and put it together.

There isn’t much to making one of these once you have the big barrel. I think I have most of the stuff I need in my garage already. Building plans are available on the internet (see below for links).

The concept is simple, rain from your gutter is diverted into a barrel where you can use it to water your garden at a later date. You need a way for water to get in, a method for keeping mosquitoes out, an overflow outlet at the top (in case the barrel fills up), and a faucet at the bottom for attaching a hose.

I plan to have mine ready for garden watering this spring. I’ll write an update when I’ve put it together and have it set up.

Rain Barrel

Rainbarrel building plans: Great step-by-step with photos
Other plans: 1, 2, 3, 4


Algae Power
Algae Power Update

We reported the potential use of algae as a biofuel in The Water Line last year. Now that research is really close to home. Missouri University of Science and Technology (formerly University of Missouri-Rolla) is working with Lincoln University, the Central Electric Power Cooperative and Associated Electric Cooperative Inc. to develop the means to extract biofuel from algae. These algae would be cultured in vertical tubes and would receive carbon dioxide emissions from power plants. This project aims to ultimately reduce the carbon emissions of power plants and develop a commercially viable alternative to petroleum-based fuel.

 

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