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2-methyl-1-butanol - 2-methyl-1-propanol - 3-methyl-1-butanol - abbreviation - ac - acronyms - acs green chemistry institute - advanced biofuels - advisory circular - aeronautical fuels - are sweet sorghum - automotive - avgas - biochar - biocharproject - biodiesel - bioenergy - bioengineering - biofuel - biojetfuel - biomass - biorefinery - blender pumps - boeing - brown grease - butanol - cartel - catalysis - cellulosic ethanol - charcoal - chemical reaction - cna - company - consultancy - continuing education - corn - corn ethanol - definition - diesel - dispensers - durham - ethanol - faa - federal contracts - feedstock - fog - forestry - fractionation - gasification - government - grease trap - green chemistry - greener nano - greenhouse gas emissions - inbicon - isobutanol - jet fuel - lignocellulose - lignocellulosic materials - livestock - logistics - mab - matt veal - meat industry - metabolic engineering - methane - military biofuels - nc - ncsu grant - ncsu research - ngo - north carolina - oil - opec - oregon nanoscience and microtechnologies institute - policy - production process - pyrolysis - racing fuel - reaction engineering - slash - sorghum - syngas - synthesis gas - synthetic biology - thermochemical - tyres - us oil - usda - video - voc - waste - woody biomass - wvo
The difference between the energy produced and the energy it takes to produce it. Research has shown that ethanol has a net energy balance of 1.67 to 1, meaning that for every 100 BTUs of energy used to make ethanol, 167 BTUs of ethanol are produced.
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