... resulting from oxy-combustion processes, where, however, O 2 is produced by cryogenic distillation with high electric consumptions. On the contrary, SOFCs and MCFCs are high efficiency systems where oxygen is separated without any extra consumption. air pollution control carbon compounds combined...

... air pollution control carbon compounds combustion diesel engines dual fuel engines hydrogen ignition internal combustion engines syngas dual fuel syngas H 2 :CO-ratio engine load compression ignition One of the most effective means of reducing diesel engine emissions...

... the U.S. toward petroleum independence ( 3 ). air pollution biofuel carbon compounds flames Fourier transform spectra instrumentation nitrogen compounds petroleum 25 09 2010 27 09 2010 11 04 2011 11 04 2011 2011 American Society of Mechanical Engineers ...

... is required to investigate the effect of hydration on the CaO particle morphology, a process modification to enhance the CO 2 capture efficiency of the carbonator via particle hydration was proposed. 16 05 2010 25 05 2010 21 03 2011 21 03 2011 calcination calcium carbon compounds...

... of the development program. 13 04 2010 01 06 2010 22 11 2010 22 11 2010 air pollution control carbon compounds cogeneration distributed power generation turbogenerators During the last few decades, several attempts have been made to develop microturbines with efficiency levels...

... 2010 24 08 2010 carbon compounds flames laminar flow nitrogen compounds soot nonpremixed flame flame structure CO 2 dilution soot NO Dilution of fuel (methane) stream by CO 2 is important in various combustion applications, e.g., in flue gas recirculation...

... efficiency. 21 04 2009 06 01 2010 12 08 2010 12 08 2010 Brayton cycle carbon compounds gas turbines heat exchangers heat transfer carbon dioxide supercritical part-flow cycle microchannel pressure loss recuperator Cycles of supercritical carbon dioxide...

... of holes along the flame that are associated with local extinction. 08 05 2009 03 09 2009 05 08 2010 05 08 2010 carbon compounds flames hydrogen vortices swirling hydrogen lean blowout Swirling flows are widely used in industrial burners and gas turbine...

... pollution control carbon compounds catalysts combustion diesel engines nitrogen compounds group-hole nozzles GHN stoichiometric diesel combustion fuel economy NO x emission reduction For decades many new combustion regimes have been suggested to meet stringent emission standards...

... emissions, an increase in the number of likely future IGCC installations with carbon capture and sequestration capabilities presents an opportunity to redesign the gas turbine combustor to more efficiently utilize high-hydrogen fuels. air pollution control carbon compounds combined cycle power...

... catalytic gasification ( 10 11 ), and it should be noted that such assumed differences could very likely produce different conclusions from this study regarding a preferred cycle layout . air pollution control anodes carbon compounds cathodes fuel cell power plants gas turbines solid oxide...

... with nearly 5–15% points for CO 2 capture. Thus, how to reduce the efficiency penalty is of importance for the future research and development of technologies for CO 2 capture, which is addressed in this paper. adsorption air pollution control carbon compounds coal...

... competitive option for the powering of motor vehicles in the forthcoming carbon-controlled energy market. 10 04 2008 30 09 2008 10 02 2009 automobiles carbon compounds internal combustion engines power plants internal combustion engines carbon dioxide capture vehicle power...

... 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...

... have been proposed in the literature, and an extensive comparative analysis of their performance can be found in Ref. 2 . The understanding of the costs involved remain however limited. air pollution carbon compounds combined cycle power stations gas turbine power stations 01 04...

.... Results showed a strong correlation between the N O x and particle concentrations, while an inverse correlation between CO and particle concentrations was revealed. 22 11 2007 13 01 2008 13 06 2008 air pollution measurement carbon compounds diesel engines natural gas technology...

... 07 11 2007 29 04 2008 carbon compounds catalysts combustion diesel engines platinum switching Diesel engines remain a viable energy-converting option by offering high thermal efficiency. However, diesel engines using conventional modes of combustion tend to have high soot...

... of hot products ignites the incoming fuel-air mixture and sustains continuous combustion. Achieving less than 3 ppmv N O x emissions is complicated by the sensitivity to instabilities and sudden flame extinction near the lean blowoff limit ( 1 2 ). carbon compounds...

... 2007 25 05 2007 02 04 2008 air pollution control carbon compounds combined cycle power stations combustion compressors gas turbines In the last two years, global warming, environmental change, and destruction of natural resources—such as water and forest reserves—have...

.... combined cycle power stations gas turbines environmental economics oxidation combustion carbon compounds water optimisation cost reduction reduction (chemical) iron compounds air pollution control fluidised beds 13 June 2004 01 October 2003 01 March 2004 13 06 2006...