... capture for the alternative fuel. 23 07 2010 08 01 2011 23 02 2011 23 02 2011 air pollution carbon compounds combustion flue gases hydrogen compounds iron compounds reduction (chemical) thermal power stations waste heat dimethyl ether chemical-looping combustion...

... furnace temperature of 666.6 ° C , average exergy efficiency value was calculated to be 9.6%. The exergy destruction rate was obtained to be 5.34 kW while exergy rates of the flue gases, exergy losses, and exergy steel were 12.53 kW, 44.28 kW, and 6.6 kW, respectively. On the other hand, the exergy rate...

... to maximize system efficiency and control, resulting in a more cost effective heat rate. boilers calibration coal flue gases pulverised fuels steam power stations pulverizer capacity factor pulverizing capacity coal drying capacity fineness coal moisture grindability index capacity...

... of global energy supply by 2025 ( 2 ). Stirling engine updraft fixed bed gasifier biomass coal gasification Stirling engines waste-to-energy power plants combustion flue gases 10 11 2005 20 07 2006 2007 American Society of Mechanical Engineers ...

..., and the weighted-sum-of-gray-gases model is used to calculate the absorption coefficient. 19 08 2003 21 05 2005 sensitivity analysis furnaces air pollution control nitrogen compounds frequency-domain analysis flue gases combustion heat radiation method of moments The emission...

... from the analyzer output. It measures O 2 and CO then computes the efficiency according to Eq. ( 6 ). (6) CE = 100 % − [ L DG + L H 2 O + L CO + L C ] The total stack losses (TSL), such as loss in dry flue gases L DG , loss due...

..., at least from laboratory experiments; however, the mechanism by which the generated flue gas displaces the oil has not been discussed in clear terms in the literature. An experimental investigation was carried out to study the mechanism by which flue gases displace light oil at a reservoir temperature...