Reforming of hydrocarbons into synthesis gas on supported metal catalysts

Abstract

Progress achieved in the technology of reforming of hydrocarbons has made possible the design of more cost effective process plants. This is due to use of new alloys allowing higher tube wall temperature, better control of carbon limits and greater flexibility in the selection of feedstock. The authors describe the catalysis of reforming, on basis of recent literature, and how it may contribute to further developments in the manufacture of syngas.