Anthracite-Char Activities to NO Reduction
Kefa Cen
Abstract
Kefa Cen
Abstract
The flue gas from anthracite combustion went to react with char in a double-pipe fixed-bed test system to simulate real atmosphere of anthracite combustion,with which the influencing factors of anthracite-char activities to NO reduction were investigated.Anthracite-char can observably reduce NO,and temperature increase is beneficial to the char activities of NO reduction;for particle size of char,the smallest one is not the best one,and there is an optimum size to NO reduction;specific surface area of anthracite-char is the key factor in influencing the char activities;volume ratio of CO and CO2 can represent anthracite-char activities to NO reduction,and the smaller the value is,the stronger the activities are.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The flue gas from anthracite combustion went to react with char in a double-pipe fixed-bed test system to simulate real atmosphere of anthracite combustion,with which the influencing factors of anthracite-char activities to NO reduction were investigated.Anthracite-char can observably reduce NO,and temperature increase is beneficial to the char activities of NO reduction;for particle size of char,the smallest one is not the best one,and there is an optimum size to NO reduction;specific surface area of anthracite-char is the key factor in influencing the char activities;volume ratio of CO and CO2 can represent anthracite-char activities to NO reduction,and the smaller the value is,the stronger the activities are.
Key concepts: Anthracite, Char, Flue gas, Combustion, Reduction (mathematics), Waste management, Chemistry, Chemical engineering