We as humans throw a lot of garbage into our landfills and dumpsters, which means disaster for the environment.
However, as the old saying goes “one person’s trash is another person’s treasure” is allowing one company to literally take this to the bank.
Bioroot Energy based in Darby, Montana is a cellulosic biofuel company targeting to help make these types of fuels more commercially viable on the market.
According to its Facebook page, the company’s mission is to “profitably convert solid and liquid wastes, like trash, and non-crop biomass, as well as coal, methane and CO2, into a biodegradable, water soluble higher mixed alcohol fuel formula that blends seamlessly into gasoline or diesel and coal.”
You would be surprised at what is being use to build this cellulosic biofuel (licenced as Envirolene) which comes right out of the trash; literally. This includes shredded tires, along with refinery waste to name a few examples. Who knew tires could for something more purposeful besides driving your automobile or bicycle?
Envirolene is 95% cleaner than gasoline, which means it runs at near zero emissions, and is more energy-efficient than corn-based ethanol (138 octane rating, 30 more octanes than corn-based fuels according to Bioroot Energy).
While some users think biofuels require modifications to their car in order to use them, the company is also making you think twice about this. Envirolene can be used in not only flex-fuel cars, but also blended between 10% to 30% with gasoline.
Bioroot’s continued presence in the renewable fuel market will certainly be helped out by the ongoing commitments of the US Environmental Protection Agency’s Renewable Fuel Standard, which is targeting 14 million gallons of cellulosic fuel this year. It’s hoped that, by 2022, 36 billion gallons of renewable fuel will help transportation across the country.
While there has been some challenges in getting it off the ground, a 30 million gallon a year cellulosic biofuel plant is being built by Dupont in Iowa.
Given the challenges of a warming planet, and the increased economic costs of mitigating climate change, along with increased demand in energy from emerging markets, there is definitely lots of potential to turn trash into pure energy gold.
Main Source: Bioroot Energy
A University of Winnipeg graduate who received a three year B.A. with a combined major in Economics and Rhetoric, Writing & Communications. Currently attempting to be a freelance social media coordinator. My eventual goal is to be a clean tech policy analyst down the road while I sharpen my skills as a renewable energy writer. Currently working on a book on clean tech and how to relate it to a broader audience. You can follow me on Twitter @adamjohnstonwpg or at www.adammjohnston.wordpress.com