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The progression of sweet sorghum juice fermentation (prior to inoculation and ending after one week) with the yeast strain Phaffia rhodozyma to produce the carotenoid astaxanthin
ERRC apparatus for pretreatment of grains with gaseous ammonia
Analyzing Protein in Bio-Based Products by Using FLASH 2000 N/Protein Analyzer
Field demonstration of ERRC mobile biomass pyrolysis reactor
Mission
We conduct research to convert crops, crop residues, dedicated energy crops, and agricultural wastes into economically- and environmentally-sustainable biofuels and value-added coproducts. Thermochemical (fast pyrolysis), enzymatic, chemical, and fermentative processes are developed to convert these feedstocks into sustainable biofuels such as biodiesel, ethanol, advanced biofuels, and advanced crude bio-oil that can be refined to “green” gasoline and diesel. Our work supports the rural economy and US energy independence and helps minimize the impact of biofuels on existing food/feed supplies and markets.
Ashby, Richard
- Rick
Bartz, Claire
Brown, Eleanor
- Ellie
Cheng, Clara
Coyle, Patricia
Cross, Nicole
Czerhoniak, Alexis
Einfeldt, Craig
Elkasabi, Yaseen
Ellison, Candice
Garcia-Negron, Valerie
Jacobs, Aliah
Johnston, David
Jones, Kerby
Kazem Rostami, Masoud
Latona, Nicholas
- Nick
Latona, Renee
Mainali, Kalidas
Msanne, Joseph
Muir, Zerlina
Mullen, Charles
Ngo, Helen
Powell, Michael
Sarker, Majher
Seitz, Harrison
Sharma, Brajendra
- Bk
Simon, Stefanie
Stoklosa, Ryan
Thomas, Jennifer
Toht, Matthew
Wagner, Karen
Willard, Elizabeth
Wyatt, Victor
Yadav, Madhav