Numerical simulation of coke oven gas catalytic partial oxidation;

Based on the demand for cleaning production in coking industry,the subject study about the efficient utilization of coke oven gas was put forward.

Producing methanolfromcoke oven gas is a new route for coke oven gas(COG) application.

Study on process Structure of large-scale hydrogen separation from coke-oven gas;

The application of membrane separation technology in hydrogen recovery of coke-oven gas;

This paper demonstrates the feasibility, necessity and advancement of developing the synthetic ammonia industry by using coke-oven gas from two aspects of environmental protection benefit and economic benefit.

Environment problems in production of methyl alcohol with coke gas system;

Practice of coke gas in the flash calciner;

Recycling of coke gas was the efficient way to extend the coal processing products,which conformed to the current circular economy,green industry and the construction of a conservation-oriented sociedy.

Catalytic conversion of CO_2 and CH_4 in simulating coke oven gas without H_2;

Analysis on energy-saving for the application of coke oven gas for flow bed flashing calciner of alumina hydrate;

Development of process of pressure swing adsorption for hydrogen production from coke oven gas and its application;

Research on DME-power co-generation from coal gas and coke-oven gas;

Error analysis of naphthalene content in coke-oven gas determination;

Simulation for hydrogen production from sorption enhanced coke-oven gas steam reforming based on chemical looping combustion;

Studies on complex organic pollutants in coke oven smoke (I): technology and method of sampling;

There are 293 organic pollutants in angang coke oven smoke samples detected using our multigrade connexilan sampling units.