Bioroot Energy is focused on higher mixed alcohol project development to serve the needs of two industries:
Specialty alcohols for use in the biochemicals industry as intermediates in product manufacturing
Transportation fuels for use in cars, trucks, trains, planes, ships, generators and small engines
Montana is rich in biomass and other natural resources. Woody waste such as small diameter trees, barks, needles, branches and cones on private lands and state and national forests has historically been piled and burned in place. Or burned in wildfires. In addition, Montana’s population of nearly 1 million people generates a significant amount of municipal solid waste each day, and only about 15 percent of this waste is recycled. What isn’t recycled gets landfilled. All of this carbon-based waste can be converted to water soluble, biodegradable mixed alcohol fuel, which can then enter the domestic transportation fuel supply as a strong competitor to corn ethanol.
Montana is also a coal-rich state. Gas-to-liquid fuel synthesis and slurry of higher mixed alcohol fuel with crushed coal holds great promise to unlock the thus far elusive promise of “clean coal” and greatly reduce coal-fired emissions in a process which can capture and recycle CO2 smokestack emissions into more higher mixed alcohol fuel. In addition, Montana has substantial proven natural gas reserves (methane) which can be profitably converted to higher mixed alcohol fuel.
Montana has significant renewable biomass, municipal wastes, fossil-based resources such as coal, CO2 and methane, and the opportunity to pioneer clean, profitable and sustainable clean fuel project development:
- Millions of tons of woody waste biomass
- Millions of tons of solid and liquid municipal wastes
- Billions of tons of coal
- Trillions of cubic feet of methane
- Nearly 1 million people to get the job done, right.