Efficiently Producing Fuels from Waste CO2 and Off-peak Wind or Other Renewable Energy


Doty Windfuels and CARMA Processes



New paradigms for standard liquid fuels from CO2, H2O, CH4, and off-peak energy” (Spring National ACS Meeting, San Diego, 2012. final paper number: 548

The associated papers are presented here with permission from ASME — for reference only. Anyone who wishes to use any part of these articles must contact ASME for permission at permission@asme.org.
For other references, visit the ASME Digital Store.

" Sustainable Transportation Fuels From Off-peak Wind Energy, CO2 and Water" , Copyright ©2010 by ASME

"Toward Efficient Reduction of CO2 to CO for Renewable Fuels" (RWGS), Copyright ©2010 by ASME

" Projections of Levelized Cost Benefit of Grid-scale Energy Storage Options" , Copyright ©2010 by ASME

"Deployment Prospects for Proposed Sustainable Energy Alternatives in 2020" , Copyright ©2010 by ASME

" Securing our Transportation Future by Using Off-peak Wind to Recycle CO2 into Fuels" , Copyright ©2009 by ASME

"A Dual-source Organic Rankine Cycle (DORC) for Improved Efficiency in Conversion of Low- and Mid-grade Heat Sources" , Copyright ©2009 by ASME

"Compact, High-effectiveness, Gas-to-gas Compound Recuperator with Liquid Intermediary (CRLI)" , Copyright ©2009 by ASME

Another important paper:
" Securing Our Energy Future by Efficiently Recycling CO2 into
Transportation Fuels – and Driving the Off-peak Wind Market
By Glenn Doty, F. David Doty, Laura Holte, David McCree, and Siddarth Shevgoor - was presented at and published in the proceedings of WindPower 2009
May 4-7, 2009, Chicago IL USA

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