... With Coal Gasification and Solid Oxide Fuel Cell,” J. Energy Res. Technol. , 118 , 285 – 292 . 10.1115/1.2793875 12 Kivisaari. , T. , Björnbom , P. , Sylwan , C. , Jacquinot , B. , Jansen , D. , and de Groot , A. , 2004 , Chem. Eng. J. , 100 , 167 – 180 . 10.1016...

... from industrial state-of-the-art, are not included. Detailed energy and mass balances are presented for a better comprehension of the obtained results. 13 05 2010 25 05 2010 24 03 2011 24 03 2011 boilers coal gasification fuel cell power plants pollution control solid...

..., and less environmental impact provide an attractive option for clean-coal utilization technology. 19 07 2006 02 04 2008 17 06 2008 boilers Brayton cycle coal gasification combined cycle power stations combustion equipment gas turbines steam turbines Clean-coal...

... the feasibility of the LSI concept for hydrogen fueled gas turbines. 09 05 2007 17 09 2007 02 04 2008 air pollution coal gasification combined cycle power stations combustion flames flow visualisation gas turbines turbulence velocimeters The motivation of our research...

...Joel Martinez-Frias; Salvador M. Aceves; J. Ray Smith; Harry Brandt This paper presents the thermodynamic and cost analysis of a coal-based zero-atmospheric emissions electric power plant. The approach involves an oxygen-blown coal gasification unit. The resulting synthetic gas (syngas...

... 2 and thereby increase the hydrogen yield of conventional steam methane reforming (SMR) and coal gasification processes. Hydrogen yield of more than 95% (dry molar basis) has been obtained experimentally in laboratory-scale steam methane reforming process ( 10 ). Apart from high hydrogen yield...

... with cryogenic technology in regard to system design and integration. 07 05 2004 13 01 2005 gas turbines electric power generation cryogenics separation nitrogen fuel coal gasification Horazak , D. A. , Chen , A. G. , and Pillsbury , P. W. , 2000 , Siemens...

...T. Hasegawa; T. Hisamatsu; Y. Katsuki; M. Sato; H. Koizumi; A. Hayashi; N. Kobayashi The development of integrated coal gasification combined cycle (IGCC) systems ensures higher thermal efficiency and environmentally sound options for supplying future coal utilizing power generation needs...

..., Dec. 2000, final revision, Mar. 2001. Associate Editor: R. Natole. 04 June 2001 01 Dec 2000 01 Mar 2001 24 09 2002 gas turbines combustion bioenergy conversion thermal properties heat transfer coal gasification fuel modelling Gas turbine systems...

... received by IGTI March 9, 1999; final revision received by the ASME Headquarters May 15, 2000. Associate Technical Editor: D. Wisler. 07 June 1999 09 March 1999 15 May 2000 gas turbines electric power generation air pollution control coal gasification The continuing...

...T. Hasegawa; M. Sato; T. Nakata The development of integrated, coal-gasification combined cycle (IGCC) systems provides cost-effective and environmentally sound options for meeting future coal-utilizing power generation needs in the world. The Japanese government and the Electric Power Industries...

... systems filters combustion coal gasification gases air pollution control Hot gas filtration technology is becoming increasingly more important in the development of advanced power technologies. With the highly competitive natural gas market, major improvements in the discovery and extraction...

... Headquarters October 20, 1999. Associate Technical Editor: R. Kielb. 02 June 1998 18 March 1998 20 October 1999 gas turbine power stations gas turbines coal gasification fuel • entrained (single and two-stage), fluid bed, and fixed bed gasification • oxygen and air-blown...