refinery gas造句怎么写

Hydrogen can be effectively and economically recovered from the refinery gas by cryogenics, pressure swing absorption , or semipermeable membranes.

The result indicates that the ferric citrate catalyst is effective to deal with H_2S highly concentrated refinery gas.

The selection of oil refinery gas tank design is analyzed from various viewpoints, and Wilkins type gas tank is selected to replace the older wet type.

It is usually more economical to generate steam from coal or coke because of their much lower value relative to refinery gas.

This paper presents the hydrofining process of coking and catalytic cracking gases The refined mixture refinery gas and naphtha used as ammonia production feedstocks with considerably lower cost is also presented.

refinery gas steam reforming catalyst

Integration of optimal production planning with an operating model of a refinery gas rectification plant;

This process was hoped to provide a novel route for the chemical utilization of natural gas and refinery gas.

The oxidative dehydrogenation of propane (ODP) to propene is one important subject in natural gas, oil field gas and refinery gas application area.

The second most valuable use of refinery gas is the production of synthesis gas (hydrogen and carbon monoxide) for the manufacture of chemicals such as methanol.

The use of refinery gas has a number of technical and operability advantages over direct combustion of coal or coke for radiant process heating.

It must be noted, however, that refinery gas usually generates a certain amount of steam in the convection section of refinery gas-fired radiant furnaces.

The third best use of refinery gas is as fuel gas to fire radiant-type process furnaces.

To introduce the status quo of current research and application of biological desulphurization technology used in refinery gas at home and abroad.

The lowest value use of refinery gas is direct combustion, specifically to cogenerate steam and power.

"Propane: Colourless, easily liquefied hydrocarbon gas (C3H8 or, more fully, CH3CH2CH3). Separated in large quantities from natural gas, light crude oil, and oil-refinery gases, it is available as liquefied propane or as a major constituent of liquefied petroleum gas (LPG)."

Efficient use of refinery gas for this application required recovery of the lower level heat by convection-type heat transfer.