A method for determining the ratio of reforming gas to feedstock natural gas in primary steam reforming;

Steam/carbon ratio is a controls parameter of hydrogen plant by steam reforming of mixed hydrocarbon feedstocks.

The high-temperature natural gas steam reforming catalysts using α-Al_2O_3 roasted in very high temperature as support and rare-earth as modifier are prepared and evaluated.

Study on catalyst for energy-saving steam conversion of natural gas;

Macrokinetics of methane-steam conversion by CN-18 catalyst;

Cu/ZnO/ZrO2/Al2O3 catalysts with the low Cu content were prepared by the impregnation technology for hydrogen production from methanol steam conversion.

A series of CuxZnyAlz catalysts were prepared by impregnation method for hydrogen production by steam reforming of methanol.

Effects of CuO content and calcination temperature on properties of catalysts for steam reforming of methanol have been studied.

This research aims at exploiting a kind of catalyst as a substitute of the Ni/Si-Al catalyst for naphane steam reforming imported from Austria.

The characteristic pore structural parameters of natural gas steam reforming catalysts and carbon fibre carriers were measured in a multi-purpose diffusion cell by means of fixed-pressure and steadystate technique, CH4-N2 as diffusion gas.

Preparation of methanol synthesis gas by methane steam reforming over Z type catalyst with carbon dioxide supplement;

A 3D reaction-diffusion model for irregular methane steam reforming catalyst is developed.

The paper outlines briefly the process of methane steam reforming,presents the problems of high energy consumption,high remanent oxygen in flue gas and rapid increase of pressure differential in reforming furnace in operation.