... and temperature fields, emissions, and liner wall temperature as well as the pattern factor at the combustor outlet [( 2 3 4 )]. aerospace engines air pollution chemically reactive flow combustion equipment flames gas turbines nozzles temperature distribution turbulence 11 01 2011 01...

... the NO x emissions for all fuel blends. The experimental and modeling results are in good agreement and suggest the underlying chemical kinetic reasons for the trends. 11 04 2011 16 04 2011 01 09 2011 01 09 2011 air pollution combustion computational fluid dynamics gas...

... the percentage of oxygenated hydrocarbons. Small quantities of cycloalkanes and aromatics were detected when the iso-octane percentage was increased beyond 30%. air pollution combustion fuel ignition internal combustion engines HCCI n-heptane/iso-octane blends regulated emissions unregulated...

... operation 11 10 2010 13 10 2010 04 05 2011 04 05 2011 air pollution biofuel carbon combustion diesel engines nitrogen compounds petroleum soot Emissions of particulate matter from diesel engines have a proven adverse effect on the health of humans...

.... legislation, requiring a fourfold increase in alternative fuel production, was recently introduced ( 2 ). This equates to a 36 billion production capacity by 2022, with alcohols playing a significant role in powering the U.S. toward petroleum independence ( 3 ). air pollution biofuel carbon...

... that excellent steady-state and transient performance can be achieved. 25 05 2009 27 05 2009 18 06 2010 18 06 2010 air pollution catalysts combustion diesel engines feedforward PI control predictive control transients Recently, environmental improvement and energy...

... smaller fuel drops and lead to better atomization. The ten-hole injector appeared to have better air utilization and resulted in significant reductions in NO x and soot emissions over a wide range of operating conditions. 29 05 2008 15 02 2009 02 11 2009 02 11 2009 air...

... medium-duty diesel engine is the goal of the present work. air pollution closed loop systems combustion compressors diesel engines exhaust systems fuel systems open loop systems shapes (structures) 2010 American Society of Mechanical Engineers ...

..., decreased fuel economy, lubricant contamination, and increased particulate matter emissions. air pollution combustion engines fuel 22 09 2008 30 09 2008 02 10 2009 2010 American Society of Mechanical Engineers ...

... control techniques developed for engines fueled with natural gas. air pollution gas turbines hydrogen economy 25 04 2008 28 04 2008 19 02 2009 2009 American Society of Mechanical Engineers ...

... flexibility (both in load variation and fuel composition changes) and reliability will remain the key driver for ALSTOM’s combustor development. The sequential combustion system is suited very well for this challenge, both today and for the future. 30 05 2007 08 10 2007 24 12 2008 air...

... 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 2008 26 05 2008 23 12...

... for each operating point. air pollution blades calibration compressors decentralised control diesel engines fuel economy fuel systems intelligent control interpolation learning systems optimisation real-time systems transients 18 03 2008 05 10 2008 19 12 2008...

... and co-worker ( 1 2 ) and Maeda et al. ( 3 ). Particularly, an investigation of the fuel temperature effects on fuel-injection behavior and engine combustion was conducted and some of the results from the investigation were available and reported by Hsu ( 1 ). air pollution combustion diesel...

... emissions and excellent efficiencies where stable and fast combustion can be achieved ( 1 ). However, it remains a challenge to improve the performance and emissions of such smaller size engines. dual fuel engine swirl chamber small prechamber autoignition air pollution combustion...

... these systems in the context of C O 2 removal strategies, a brief overview follows. air pollution carbon combined cycle power stations combustion gas turbines heat recovery water 2008 American Society of Mechanical Engineers ...

... is discussed. Observed cool-flame behavior is identified and explained. 02 11 2007 28 11 2007 06 06 2008 air pollution automotive components combustion diesel engines flames low-temperature techniques nitrogen compounds transient diesel combustion mode switching...

... pollutants, O 2 , and C O 2 . A Nicolet Magna Fourier transform infrared (FTIR) spectrometer is used to measure the emissions of criteria pollutants, C O 2 , and hazardous air pollutants. The Cooper Bessemer GMV-4TF large bore natural gas engine The experimental...

... 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...

..., this combustor can be used for the AHAT system meeting the set targets. N O x emission as function of gas turbine load 20 06 2006 13 10 2007 26 03 2008 air pollution combustion gas turbines heat recovery Gas turbines play a major role in the generation...