Process design and costing of bioethanol technology: A tool fordetermining the status and direction of research and development

Wooley R.; Ruth M.; Glassner D.; Sheehan J.

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Process design and costing of bioethanol technology: A tool fordetermining the status and direction of research and development

机译：生物乙醇技术的工艺设计和成本核算：确定研发状态和方向的工具

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Bioethanol is a fuel-grade ethanol made from trees, grasses, and waste materials. It represents a sustainable substitute for gasoline in today's passenger cars. Modeling and design of processes for making bioethanol are critical tools used in the U.S. Department of Energy's bioethanol research and development program. We use such analysis to guide new directions for research and to help us understand the level at which and the time when bioethanol will achieve commercial success. This paper provides an update on our latest estimates for current and projected costs of bioethanol. These estimates are the result of very sophisticated modeling and costing efforts undertaken in the program over the past few years. Bioethanol could cost anywhere from

机译：生物乙醇是由树木，草和废料制成的燃料级乙醇。它代表了当今乘用车中汽油的可持续替代品。制造生物乙醇的过程的建模和设计是美国能源部生物乙醇研究与开发计划中使用的关键工具。我们使用这种分析来指导研究的新方向，并帮助我们了解生物乙醇将在何种程度上和何时获得商业成功。本文提供了我们对当前和预计的生物乙醇成本的最新估计的最新信息。这些估算值是过去几年中该程序进行的非常复杂的建模和成本估算工作的结果。生物乙醇的价格从

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《Biotechnology Progress》 |1999年第5期|共10页
作者
Wooley R.; Ruth M.; Glassner D.; Sheehan J.;
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原文格式 PDF
正文语种 eng
中图分类生物工程学（生物技术）;分子生物学;
关键词
Zymomonas mobilis; Ethanol;

机译：运动发酵单胞菌;乙醇;

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1. Process design and costing of bioethanol technology: A tool fordetermining the status and direction of research and development [J] . Wooley R., Ruth M., Glassner D., Biotechnology Progress . 1999,第5期

机译：生物乙醇技术的工艺设计和成本核算：确定研发状态和方向的工具
2. Current Status on Reprocessing Technology of Fast Reactor Fuel Cycle Technology Development (FaCT) Project in Japan: Overview of Reprocessing Technology Development [J] . Tomozo KOYAMA, Tadahiro WASHIYA, Hiroki NAKABAYASHI, Revue generale nucleaire . 2009,第6期

机译：日本快速反应堆燃料循环技术开发（FaCT）项目的后处理技术现状：后处理技术发展概况
3. Technology developments that enhance process optimization while achieving lower costs: Center for Process Analysis and Control Rome workshop, March 25-28, 2013 [J] . Mel Koch Green Processing and Synthesis . 2012,第6期

机译：能够在降低成本的同时提高流程优化的技术发展：流程分析与控制中心罗马研讨会，2013年3月25日至28日
4. SUMMARY REPORT ON THE CPAC SUMMER INSTITUTE 2010 TOPICS IN PROCESS ANALYSIS AND CONTROL THE DEVELOPMENT OF ENABLING TECHNOLOGIES FOR THE PROCESSING INDUSTRIES Valuable Tools Achieving Quality by Design (QbD) using Process Analytical Technology (PAT) [C] . CPAC Summer Institute 2010 Group Center for Process Analysis and Control Meeting . 2010

机译：关于CPAC夏季学院2010年过程分析主题的摘要报告，并控制加工行业启动技术的开发，通过工艺分析技术（PAT）通过设计（QBD）实现质量的有价值的工具（PAT）
5. Development of design guidelines for part, tooling and process in the tube hydroforming technology. [D] . Koc, Muammer. 1999

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6. Future Directions in the Design Development and Investigation of Technology as a Service Delivery Vehicle [O] . Deborah J. Jones -1

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7. Towards a cost-effective bioethanol process: yeast development to overcome challenges derived from lignocellulosic processing [O] . Cunha Joana T., Romaní Aloia, Ferraz Luís, 2016

机译：迈向具有成本效益的生物乙醇工艺：开发酵母以克服木质纤维素加工带来的挑战

Process design and costing of bioethanol technology: A tool fordetermining the status and direction of research and development

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