This problem can become even bigger for biofuels like corn ethanol that emit greenhouse gases at every step, from laughing gas emanating from corn fields after fertilization to the CO2 from the fermentation of
kernels into ethanol.
Not exact matches
New machinery developed by Biorefining Inc. in Minnesota precisely breaks
kernels into their constituent elements, which may convert more of the starch
into ethanol at a lower cost, while also freeing up more of the valuable coproducts like corn oil.
That's because fermenting corn
into ethanol delivers less liquid fuel energy for internal combustion engines than does burning the
kernels to generate power for electric motors.
Turning the food crop
into ethanol would not be the best use of the energy embedded in the
kernels» carbohydrates, according to a new study in Science.