... temperature combustion gas containing O2, H2O, COx, uncombusted fuel and possible contaminants from the fuel. The shield tube materials are not exposed to the bed but are exposed to the combustion gas at much higher temperatures (predicted to be 1000°-1100°C). The first alloys selected for this application...

... liquified natural gas renewable energy combustion gas gas monetization chemical composition Upstream Oil & Gas fuel cell LNG solid oxide fuel cell experiment co 2 71vol heat exchanger composition fuel cell system Micrograph simulated combustion gas exposure application heat...

... gas processing scrubber air emission knowledge management sodium hypochlorite Upstream Oil & Gas structural wall resistance fiberglass-reinforced plastic thermal shock novolac epoxy vinyl ester resin laminate waste incineration gas heat shield combustion gas quench zone FRP...

... metals & mining Production Chemistry materials and corrosion Pipeline Corrosion Subsurface Corrosion flowline corrosion mechanism exposure mixed gas Sulfur oilfield chemistry well integrity combustion gas morphology ash layer riser corrosion corrosion rate test temperature...

... regression analysis furnace wall corrosion mechanism flue gas corrosion data steel iron-base alloy hzsconcentration concentration corrosion rate combustion gas alloy equation Paper No. 136 col?RosIoN97 PREDICTION OF CORROSION RATE FOR ALLOYS EXPOSED TO REDUCING/SULFIDIZING COMBUSTION GASES S...

... chlorine-bearing species are formed in the combustion gases. In particular, the problem becomes intensified in areas where substoichiometric combustion gas is present. Several corrosion mechanisms relating chlorine to the increased wastage of furnace walls have been proposed by the British researchers...