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Properties and Pulverized Coal Combustion of Low-Reactivity Fuels. Part I. Fuel Properties and Preparation for Combustion
Low-reactivity properties of anthracite, lean coals, and petroleum coke are determined by a combination of factors, including not only a low heating value of the volatile matter, but also an increase in the volatile yield and ignition temperatures, as well as decrease in reactivity properties of a non-volatile residue. The fuel preparation activities intended to increase the stability of the fuel ignition and burnout include the improvement of heat balance of the air-fuel mixture flow and favorable adjustment of the reactivity properties of the fuel supplied to the furnace.
Properties and Pulverized Coal Combustion of Low-Reactivity Fuels. Part I. Fuel Properties and Preparation for Combustion
Low-reactivity properties of anthracite, lean coals, and petroleum coke are determined by a combination of factors, including not only a low heating value of the volatile matter, but also an increase in the volatile yield and ignition temperatures, as well as decrease in reactivity properties of a non-volatile residue. The fuel preparation activities intended to increase the stability of the fuel ignition and burnout include the improvement of heat balance of the air-fuel mixture flow and favorable adjustment of the reactivity properties of the fuel supplied to the furnace.
Properties and Pulverized Coal Combustion of Low-Reactivity Fuels. Part I. Fuel Properties and Preparation for Combustion
Alekhnovich, A. N. (author)
Power Technology and Engineering ; 52 ; 62-68
2018-05-01
7 pages
Article (Journal)
Electronic Resource
English
low-reactivity coal , volatile yield , pulverized coal combustion , volatile matter heating value , non-volatile residue reactivity properties , air-fuel mixture heat balance , hot air temperature , reactive fuel addition , thermochemical preparation Engineering , Energy Technology , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Geoengineering, Foundations, Hydraulics