By D. Perlman
Summary: the yearly studies of present examine on fermentation approaches are provided to aid the reader to maintain with advancements in components the place he has restricted or peripheral curiosity. The experiences are of significant advancements within the box. issues contain discussions of fermentation substrates and items from cellulosic fabrics; laptop purposes to fermentation strategies; kinetic hysteresis in enzyme and fermentation structures; immobilized cells; enzymes of business curiosity; amino acids; yeasts; antibiotics; and cytotoxic and antitumor compounds from fermentations. Read more...
summary: summary: the yearly experiences of present learn on fermentation strategies are provided to help the reader to take care of with advancements in parts the place he has restricted or peripheral curiosity. The stories are of significant advancements within the box. issues comprise discussions of fermentation substrates and items from cellulosic fabrics; machine functions to fermentation procedures; kinetic hysteresis in enzyme and fermentation structures; immobilized cells; enzymes of commercial curiosity; amino acids; yeasts; antibiotics; and cytotoxic and antitumor compounds from fermentations
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Extra resources for Annual reports on fermentation processes, vol. 2
4C/lb, it would be economical to produce n-butanol and acetone from sucrose when the price of petroleum reaches $17/bbl (assuming a 30% marketing cost). This estimate suggests that with the less expensive cellulose-derived glucose and additional improvement in the yield and final concentration, the acetone-butanol fermentation may be economically useful for feedstock production. The fourth fermentation for chemical feedstocks (Figure 2) is the production of 2,3-butanediol from pentoses. This diol may prove to be a more versatile chemical with higher-valued derivatives than either n-butanol or acetone.
Additional liquid motor fuel markets may be realized for cellulosics by a combination of fermentation alcohol production with zeolite catalytic processes for the conversion of alcohols directly to gasoline, now proposed as part of the direct utilization of coal for motor fuels (42,43). Proponents of this new process state that economics are not favorable for gasoline production now; however, as crude oil prices continue to increase, cellulosics may find themselves eventually competing directly with coal for the liquid fuel market (43).
Symp. No. 7, p. 91. John Wiley & Sons, New York (1977). Bazua, C. D. and Wilke, C. , in "Single Cell Protein from Renewable and Non-renewable Resources" (E. L. Gaden and A. E. ), Biotech. Bioeng. Symp. No. 7, p. 105. John Wiley & Sons, New York (1977). Zines, D. 0. and Rogers, P. , Biotech. Bioeng. 13, 293 (1971). , Biotech. Bioeng. 10, 845 (1968). , Finn, R. , and Steinkrous, K. , Biotech. Bioeng. 9, 413 (1967). Nagodawithana, T. , and Steinkraus, K. , Appl. Microbiol. 28 (3), 383 (1974). Ramalingham, A.