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RESEARCH GUIDANCE STUDIES
Author(s) -
David Gray
Publication year - 2000
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/804103
Subject(s) - integrated gasification combined cycle , coal , engineering , waste management , clean coal , work (physics) , oil refinery , coproduction , environmental science , syngas , mechanical engineering , hydrogen , chemistry , organic chemistry , public relations , political science
This represents the final report of the current contract. The major accomplishments achieved during the execution of this contract fulfilled the deliverables requirements of the contract. Overall the major accomplishments by Task area are summarized below. In Task area 1, Coal Fuels area, the major accomplishments were the preparation of the comprehensive Multi Year Program Plan (MYPP) for the Ultra-Clean Transportation Fuels Initiative (UCTFI) team, updating the complex coal fuels production models from coal including the development of a comprehensive coproduction model. In addition work accomplished included an exhaustive analysis of direct coal liquefaction and coprocessing of coals and heavy oils. Also completed was a comprehensive study on the benefits to the nation of an ultra clean fuels from coal program. In Task 4 several accomplishments were made. These included modification of the complex gasification models to include capabilities for analysis of petroleum coke gasification in refineries and for the production of hydrogen with and without carbon dioxide sequestration, development of a sound methodology and results to analyze the potential for market penetration of IGCC in several NERC reliability regions of the U.S. and completion and documentation of several studies on coproduction of power and ultra clean fuels. The major accomplishments in Task 5 included analysis of the options to optimize the value of Alaska North Slope (ANS) natural gas, evaluation of the impact of ceramic membranes on the GTL process, and analysis of the real value of the GTL product

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