Research status quo and development trends of coal flash hydropyrolysis;

Using XPS analyses the organic sulfur of seven different Chinese coals and their semi-cokes from flash hydropyrolysis were studied.

Experimental research on biomass fast pyrolysis with discontinuous feed for production of bio-oil;

A combination process of straw steam-explosion and solid-state fermentation with fast pyrolysis for producing liquid fuels;

The configuration analysis of the adsorption isotherm of nitrogen in low temperature with the lignite char produced under fast pyrolysis;

Effects of temperature on products of flash pyrolysis of lignite in a spouted-entrained bed;

Combining with the superiority of bubbling fluid bed with shallow bed depth and the characteristics of biomass pyrolysis, the fluid bed pyrolysis reactor of biomass flash pyrolysis was designed and manufactured to implement experiment of producing biomass pyrolysis oil by biomass flash pyrolysis.

In this paper,the research status and progress of coal pyrolysis and utilization have been reviewed,technologies of coal flash pyrolysis,oriented catalytic conversion and producing valuable chemicals from coal pyrolysate were focused.

Experimental research on rapid pyrolysis of xylan;

Based on the experiments stimulating the condition of blast furnace operation by plasma and Py-FTIR,the influence of combustion-supporting agent(KMnO4、Fe2O3、MnO2 and CaO) as catalyst on rapid pyrolysis of the mixer coal in pulverized coal injection on blast funace is studied.

The effect of CaO catalysts on tar cracking in a rapid pyrolysis fixed bed reactor was studied in order to cut down the yield of tar in pyrolysis or gasification process.

For a kind of low carbon micro-alloyed steel,a thermal simulation test was conducted with samples of F+B+P microstructure and the effects of its cold deformation at room temperature on the distribution,size and composition of precipitates were investigated via a technological process for rapid heating and short holding time.

During the rapid heating for limestone calcination,a new platinum-membrane reactor(PMR),which accurately weighs the sample and acquires temperature of particles,was used.

Based on studying the phase diagram of the Ti-Al binary system, the microstructure types and continuous cooling transformations of the TiAl-based alloys, and the heat treatment practices and effects, a new rapid heating cyclic heat treatment technology with the characteristics of rapid heating, holding in single α phase region, short holding time and relatively slow cooling was proposed.