Using Wind Energy and Carbon Dioxide to Produce Ethanol

The BioWinol Technologies process uses sequestered CO2 plus wind energy to generate H2 and then converts these gases into ethanol and other industrial products. Any new biofuel production technology...
The BioWinol Technologies process uses sequestered CO2 plus wind energy to generate H2 and then converts these gases into ethanol and other industrial products.
Related Topics:
Biofuels, Efficiency, Energy, Food, Green Living, Transportation, Wind

The BioWinol Technologies process uses sequestered CO2 plus wind energy to generate H2 and then converts these gases into ethanol and other industrial products.

Any new biofuel production technology must compete with the cost of gasoline and have a minimal impact on the environment. BioWinol 100% green technology can be cost competitive due to the abundance of CO2 and wind energy with no negative impact on the environment. Further, the process will reduce green house gases and produce much needed transportation fuel ā€“ethanol. This will not only reduce our dependence on foreign oil and improve economic stability, but will also create decentralized energy production system, improve rural economies and achieve the level of energy independence that this country has been seeking for decades.

How do you move the planet forward?
Submit Story
Tags:
bioenergy, biofuel, BioWinol Technologies, OSU Biobased Products and Energy Center, OSU bioenergy, wind energy

Get the Newsletter

Get inspiring stories to move the planet forward in your inbox!

Success! You have been added to the Planet FWD newsletter. Inspiring stories will be coming to your inbox soon.