The study on conjunctival matter from combustion tower of thermal-process phosphoric acid was put forward.

In order to obtain a calculation method in the design of the furnace of phosphoric acid,a two-zone model was proposed for the first time based on the radiative heat transfer in the furnace,which was divided into the combustion zone and the cooling zone along the path of gas.

Influence of coal particle size on the combustion characteristics of yuanbaoshan lignite;

Progress and prospective of rqesearch on Particulate Matter emission from combustion;

Study of mathematical model for desulphurization in fluidized bed combustion and modeling of velocity field;

Control of main burning parameter to save energy for aluminum melting turnace;

Inventory of atmospheric pollutants discharged from biomass burning in China continent;

The intelligence burning control of the hot stove of Lianyuan Iron & Steel Group Co;

A study of conditions and characters of the burning and explosion of oil tank trains in a tunnel;

Application of the″Doulile-front arch″BurningTechnology in the Chain-stoner Furnace of deek-burn-ing;

A 20% biodiesel-diesel blend,gave reductions of 28% and 36% in exhaust carbon monoxide and unburned hydrocarbons,respectively,compared with pure diese.

TG Study of Incineration and Pyrolysis Characteristics of Model Municipal Solid Wastes;

The combined thermogravimetric- Fourier transform infrared(TG-FTIR) techniques were employed to study the behaviors of model municipal solid waste (MMSW) during pyrolysis and incineration.

Experimental study was performed to investigate the impact of moisture content on the combustion process in the MSW (municipal solid waste) incineration, especially in the combined grate and fluidized bed incinerator that is simultaneously characteristic of layer and fluidized combustion process.