A garbage /septage cocktail for fuel
Here’s a frothy brew you wouldn’t want to put a straw into: a not-so-tasty blend of sewage and garbage. As unappealing as it may seem together the two can cut greenhouse gases, help cleanup water supplies and add a new source of green and endlessly renewable fuel, all with the help of a new patented invention by Viridis Waste Control: Septage Bioreactor Landfill (TM) technology. Left on their own to decay, both waste pumped from septic systems (known as septage) and garbage in solid waste landfills produce methane gas (a powerful greenhouse gas in itself) and carbon dioxide, the most popularized greenhouse gas. But the decaying process, particularly for garbage, is slow. It takes a considerable time for garbage in landfill operations to decompose enough to make significant amounts of gases. (It’s the huge volume - the acreage and depth - of landfill operations that allow them to be tapped for large, usable amounts of methane.)
But blending sewage with garbage accelerates the breakdown of the garbage. The result is steady supply of methane that can be used directly as fuel or mixed with natural gas for pipeline distribution. (Natural gas is mostly methane. The mix is relatively easy.)
There are more significant advantages blending the garbage and septage together and quickly reacting them into fuel:
--- Protect ground and surface water. The practice of spreading septic waste in open fields or pits could halt. Runoff and seepage of pathogenic biological agents from septic tank waste can contaminate ground water, surface water, rivers and streams. Septic tank waste pumped and sent to processing stations using a Septage Bioreactor would be converted to a usable fuel, not supposedly filtered out in the ground.
--- Extend landfill life. Landfills take up considerable acreage and fill up quickly with bulk garbage and trash. Converting that garbage quickly into fuel with the help of septage would eliminate bulk considerably. The less bulk, the longer the landfill will take to fill up.