The influence of moisture on the characteristics of MSW pyrolysis/gasification process is investigated at a temperature range of 600-800℃ by using a large inventory isothermal TGA and an on-line gas product analysis.

The design and development of waste treatment technologies have gained focused attention in the world, while the pyrolysis/gasification process is proved to be as an effective technology for the waste treatment, which can reduce the .

Economical analysis on the technology of biomass pyrolysis;

The research status of biomass pyrolysis for liquid product in China;

Preparation of Chemicals with the Technology of Biomass Pyrolysis;

Thermogravity analysis technique was used to study the course of thermal oxidizing decomposition from normal temperature to ignition temperature for the coal.

The research of conditions for pyrolysis and gasification of sugarcane bagasse in steam;

The principle of pyrolysis and gasification of waste is introduced,the pyrolysis experiment of medical waste in an external heated fixed-bed is carried out,and the pyrolysis products are sampled and monitored.

The treatment situation of medical wastes in China is introduced,the mechanism of dioxins production and control measures in procedure of waste thermal treatment are analyzed,and the principle and advantages for treating medical wastes by pyrolysis and gasification,especially its inhibitory effect on the synthesis of dioxins are discussed.