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03 Gaseous fuels (derived gaseous fuels)
The feasibility of treating petroleum coke as a secondary fuel in thermal power plants is reviewed. The pyrolysis and combustion features such as ignition, agglomeration and slagging, in addition to pollution characteristics are summarized, combining with the operation experience of a circulating tluidized bed (CFB) combustion boiler burning 100% petroleum coke in NISCO Corporation.
At the same time, the feasibility of burning petroleum coke in a CFB boiler is illustrated. The research direction on burning petroleum coke is proposed, which may provide theoretical evidence for designing and operating a CFB boiler.
Plasma reforming of natural gas to more valuable fuels Malik, M. A. et al. /. Nur. Gas C/rem., 1999, 8, (2), 166178. The most promising emerging technology for the reforming of natural gas into more valuable fuels, such as synthesis gas, methanol, ethylene and hydrogen, is the plasma process. Recent developments in this area, targeted to make the technology simple, minimize the energy losses, improve methane conversion efficiency and improve selectivity of the desired products are presented.
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03 Gaseous fuels (derived gaseous fuels) Kinetic test reactions over a temperature range of 723 to 773 K of methane reforming with carbon dioxide was performed over rhodium dispersed on silica, Rh/SiOz, and vanadia-promoted silica, Rh/VOd SiOz. Transmission infrared spectroscopy was applied to obser
h ' (CH4) and 870 "C. The promoted catalysts were studied by XRD, TPR and XPS techniques. Ceria suppressed the growth of nickel crystallites, enhancing the stability and performance of the catalyst.