Как выбрать гостиницу для кошек
14 декабря, 2021
A full and detailed integration of science and engineering research will be needed for the continued growth of the biorefinery and biofuels. Fundamental R&D in biomass conversion must be targeted to process improvements based on technical barriers. An integrated fundamental and applied research program in biochemical conversion must include advancements in these three critical areas.
2.42.1.1 FEEDSTOCK ENGINEERING
• Develop genomics and agronomic/silviculture strategies to maximize the yield and quality of developing energy crops.
• Design and manipulate plant cell wall composition and structure to maximize the yield of fermentable sugars.
2.4.2.1.2 CELL WALL SACCHARIFICATION
• Analyze glycosyl hydrolase structure/function as it applies to plant cell wall deconstruction.
• Develop improved (engineered) enzymes for advanced biochemical conversion technologies and integrate them with pretreatment chemistries.
2.4.2.1.3 STRAIN DEVELOPMENT
• Apply systems biology and biochemistry to strain improvement to increase the conversion of sugars released during biomass deconstruction to ethanol and products.
• Focus on strains that will produce saccharifying enzymes and ferment the resulting sugars to ethanol.