Innovative Process Turning Gas To Ethanol to Be Tried in Texas

John A. Sullivan

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Innovative Process Turning Gas To Ethanol to Be Tried in Texas

机译：在德克萨斯州尝试将天然气转化为乙醇的创新工艺

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In the search for green transportation fuels, one word that has been around is ethanol. Ethanol is a fuel additive that is now constitutes up to 10% of most gasoline blends, with some areas offering up to 85% blends, which can be used in the 8.5 million flex fuel vehicles on US highways today. How it is made, though, is what causes the greatest disagreement since the conventional method is to use corn or sugarcane as the key feedstock.

机译：在寻找绿色运输燃料时，一个词就是乙醇。乙醇是一种燃料添加剂，目前占大多数汽油混合物的10％，某些地区提供多达85％的混合物，可在当今美国高速公路上的850万辆灵活燃料汽车中使用。然而，由于传统方法是使用玉米或甘蔗作为关键原料，因此如何引起最大的分歧。

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《Natural Gas Week.》 |2012年第19期|共2页
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John A. Sullivan;
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1. Innovative Process Turning Gas To Ethanol to Be Tried in Texas [J] . John A. Sullivan Natural Gas Week. . 2012,第19期

机译：在德克萨斯州尝试将天然气转化为乙醇的创新工艺
2. Energy Transfer Partners and Regency Energy Partners said that Lone Star NGL will construct a 530-mile natural gas liquids pipeline that extends from Winkler County in west Texas to the Jackson County processing plant in Jackson County, Texas. [J] . NGWs Gas Market Reconnaissance Group NGW's Gas Market Reconnaissance . 2011,第Juna23期

机译：Energy Transfer Partners和Regency Energy Partners表示，孤星NGL公司将建设一条530英里的天然气液体管道，该管道将从德克萨斯州西部的温克勒县延伸至德克萨斯州杰克逊县的杰克逊县加工厂。
3. APS -Joint Fall 2017 Meeting of the Texas Section of the APS, Texas Section of the AAPT, and Zone 13 of the Society of Physics Students- Event - Orthogonal patterning and processing of organic perovskite semiconductors. [J] . Alex Zakhidov Bulletin of the American Physical Society . 2017,第16期

机译：APS-APS得克萨斯分部，AAPT得克萨斯分部和物理学生学会第13区的2017年秋季联合会议-事件-有机钙钛矿半导体的正交构图和加工。
4. Superstructural economic optimization of sugarcane bagasse exploitation in an ethanol distillery connected to Rankine cycle, BIGCC system and second generation ethanol process [C] . Gabriel C Fonseca, Caliane BB Costa, Antonio JG Craz European Symposium on Computer Aided Process Engineering . 2017

机译：乙醇槽中甘蔗泡沫剥削的超结构经济优化，乙醇蒸馏与兰尼循环，BIGCC系统和第二代乙醇过程
5. Syngas fermentation to ethanol using innovative hollow fiber membrane. [D] . Lee, Po-Heng. 2010

机译：使用创新的中空纤维膜将合成气发酵为乙醇。
6. Ethanol effects on 68Ga-radiolabelling efficacy and radiolysis in automated synthesis utilizing NaCl post-processing [O] . Michael Meisenheimer, Stefan Kürpig, Markus Essler, 2019

机译：乙醇对NaCl后处理自动合成中68Ga放射性标记功效和放射分解的影响
7. A multicenter study of IgA nephropathy in children. A report of the Southwest Pediatric Nephrology Study Group11Southwest Pediatric Nephrology Study Group (SPNSG, Central Office, University of Texas Health Science Center at Dallas, Dallas, Texas): Director, Ronald J. Hogg; Pathology co-ordinators, Fred Silva, Pat Walker, Arthur G. Weinberg; Clinical co-ordinators, Shane Roy, Luther Travis, Jim Wenzl; Statistician, Joan Reisch; SPNSG Centers and individuals participating in this study: Baylor College of Medicine, Houston, Phillip Berry, Edith Hawkins, L. Leighton Hill, Sami Sanjad; Tulane University Medical Center, New Orleans, Frank Boineau, John Lewy, Pat Walker; University of Arkansas, Little Rock, Watson Arnold, A. R. Kalderon; University of Colorado, Denver, Stephen Guggenheim, Gary Lum; University of Oklahoma Medical Center, Oklahoma City, Henry Krous, James Matson, Jim Wenzl; University of Tennessee, Memphis, William Murphy, Shane Roy, Bruder Stapleton; University of Texas Health Science Center at Dallas, Billy S. Arant, Jr., Edwin H. Eigenbrodt, Mark Houser, Ruben Meyer, H. Leslie Moore, Joan Reisch, Fred Silva, Arthur G. Weinberg; University of Texas Health Science Center at Houston, Eileen Brewer, Susan B. Conley, Regina Verani; University of Texas Medical Branch, Galveston, Ben Brouhard, Tito Cavallo, Alok Kalia, Srinivasan Rajaraman, Luther Travis; preparation of this study and manuscript, Ronald J. Hogg, Fred Silva. [O] . 1982

机译：儿童IgA肾病的多中心研究。西南儿科肾脏病研究小组的报告11西南儿科肾脏病研究小组（SPNSG，德克萨斯州达拉斯市德克萨斯大学健康科学中心中心办公室，得克萨斯州）：罗纳德·霍格（Ronald J. Hogg）主任。病理协调员，Fred Silva，Pat Walker，Arthur G. Weinberg；临床协调员，Shane Roy，Luther Travis，Jim Wenzl；统计学家，琼·赖斯（Joan Reisch）； SPNSG中心和参与这项研究的个人：休斯顿贝勒医学院，菲利普·贝里，伊迪丝·霍金斯，萨米·桑贾德的L. Leighton Hill；杜兰大学医学中心，新奥尔良，弗兰克·布伊诺，约翰·路易，帕特·沃克；阿肯色大学，小石城，沃森·阿诺德，A。R.卡尔德隆；科罗拉多大学丹佛分校，斯蒂芬·古根海姆，加里·卢姆；俄克拉荷马城俄克拉荷马大学医学中心，亨利·克鲁斯，詹姆斯·马特森，吉姆·温茨；田纳西大学，孟菲斯，威廉·墨菲，沙恩·罗伊，布鲁德·斯台普顿；德克萨斯州达拉斯大学健康科学中心，比利·S·阿兰特，小埃德温·艾根布罗特，马克·豪斯，鲁本·迈尔，莱斯利·摩尔，琼·赖斯，弗雷德·席尔瓦，阿瑟·温伯格；休斯敦德克萨斯大学健康科学中心，艾琳·布鲁尔，苏珊·B·康利，里贾纳·维拉尼；德克萨斯大学医学院分校，加尔维斯敦，本·布劳哈德，铁托·卡瓦略，阿罗克·卡利亚，斯里尼瓦桑·拉贾拉曼，路德·特拉维斯；本研究和手稿的准备，Ronald J. Hogg，Fred Silva。
8. Survey and Down-Selection of Acid Gas Removal Systems for the Thermochemical Conversion of Biomass to Ethanol with a Detailed Analysis of an MDEA System. Task 1: Acid Gas Removal Technology Survey and Screening for Thermochemical Ethanol Synthesis. Task 2: Detailed MDEA Process Analysis [R] . 2011

机译：通过详细分析mDEa系统，对生物质热化学转化为乙醇的酸性气体去除系统进行了调查和下调。任务1：酸性气体去除技术调查和筛选热化学乙醇合成。任务2：详细的mDEa过程分析

Innovative Process Turning Gas To Ethanol to Be Tried in Texas

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