... the planes (methane) bioenergy conversion chemically reactive flow computational fluid dynamics Navier-Stokes equations turbulence Turbulent mixing of fuel and air plays a significant role in gas turbine combustion with respect to pollutant formation and emissions and chemical reactions...

... software was used to perform the thermal and local creep analyses. 15 04 2009 14 07 2009 19 03 2010 19 03 2010 bioenergy conversion gas turbines numerical analysis pyrolysis thermal analysis Biomass is a renewable energy source with low or zero lifecycle CO 2...

.... bioenergy conversion gas turbines heat transfer natural gas technology 08 04 2009 24 04 2009 18 03 2010 18 03 2010 The variation in the type of fuel influences the quantity of air and exhaust gas and the chemical characteristics of the exhaust gases that go through...

... bioenergy conversion energy conservation gas turbines power generation economics waste-to-energy power plants The use of biomass for energy production has progressively increased over the past years, due to an increasing interest both in agricultural and energy policies of many industrialized...

... for fuels and operating conditions of the present study. 30 03 2008 17 05 2008 06 02 2009 agricultural products air pollution control bioenergy conversion biofuel carbon compounds chromatography combustion combustion equipment dissociation flames gas turbine power stations...

... biomass gasification has been identified as a potential method for producing renewable hydrogen ( 6 7 8 ). biomass hydrogen gasification thermodynamics sorbent bioenergy conversion hydrogen economy chemical equilibrium coal gasification free energy 05 09 2005 23 12...

... density. biomass pyrolysis syngas tar char residence time rotary kiln energy balance bioenergy conversion combustion pyrolysis conveyors kilns humidity 11 07 2006 05 01 2007 2007 American Society of Mechanical Engineers ...

.... 11 07 2006 04 01 2007 pyrolysis charcoal bioenergy conversion combustion kilns moisture waste-to-energy power plants electric heating biomass pyrolysis rotary kiln residence time syngas tar char Residual energy sources, such as biomass and waste (B&W), may...

... − 8.7 6 30.54 91.12 − 9.8 7 29.68 92.77 − 7.6 8 29.29 93.81 − 5.2 steam power stations bioenergy conversion chemical energy conversion gas turbines steam turbines combined cycle power stations nozzles combustion The compositions...

... of the Economics of Hydrogen Technologies ,” NREL/TP-570-27079, Sept. Haug , M. , 2004 , “ Hydrogen—IEA Activities and Perspective ,” DTI: A UK/US Vision for Hydrogen Technology Conference , London, Oct. 11–12. 06 07 2005 31 10 2006 hydrogen economy bioenergy conversion gas...

.... 13 June 2004 01 October 2003 01 March 2004 13 06 2006 thermal analysis genetic algorithms gas turbine power stations distributed power generation power markets power generation economics costing combined cycle power stations bioenergy conversion power system analysis...

... capture and sequestration. Thus, the stage is set for broader integration of alternate fuels in gas turbine power plants. gas turbines life testing petroleum coke ash bioenergy conversion Mach number surface topography scanning electron microscopy chemical analysis thermal barrier...

.... 03 April 2003 01 October 2003 24 06 2005 coal bioenergy conversion combustion boilers cooling convection Cofiring of plant-derived biomass fuels in existing pulverized coal-fired power generation boilers has many advantages, including potential reductions of net...

... plants incineration air pollution control bioenergy conversion fluidised beds steam power stations kilns distributed power generation The energy conversion of biomass and/or waste (B&W) is addressed as one of the key issues to reach sustainability and to meet the goals of the Kyoto...

..., and it is also the original and accompanying reaction in gasification and combustion ( 2 3 ). The analysis of pyrolysis of biomass is helpful for the control and optimization of an efficient biomass thermal chemical conversion process. pyrolysis bioenergy conversion thermal analysis optimisation...

..., February 2001; final revision received by the ASME Headquarters, February 2002. Editor: D. N. Assanis. 01 February 2001 01 February 2002 15 08 2003 wear testing internal combustion engines bioenergy conversion fuel wear friction lubrication The world’s economy...

..., 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...

.... Kielb. 02 June 1998 18 03 1998 23 03 1999 26 03 2002 bioenergy conversion catalysts combustion gas turbines fuel lanthanum compounds aluminium compounds High-temperature catalytic combustion is a challenging and very promising alternative...

...Lee S. Langston, Editor gas turbines publishing mechanical engineering electric power generation bioenergy conversion Greetings. It is my challenge, pleasure, and honor to be the new editor (July 1, 2001–June 30, 2006) of the Transactions of the ASME, Journal of Engineering for Gas...

... Technical Editor: R. Kielb. 02 June 1998 03 January 2000 03 January 2000 wood energy resources bioenergy conversion gas turbine power stations The Brazilian BIG-GT initiative is one of a number of initiatives world-wide aimed at demonstrating, and thereby establishing...