Research Progress of Pollution Control for Mercury in the Flue Gas from the Coal-Fired Industrial Boilers

Liang Guo; Feng Qian; Jie Miao; Fan Wang

doi:10.4028/www.scientific.net/AMM.737.570

Paper Titles

Enhancement the Enzymatic Activity of Phenol-Degrading Microbes Immobilized on Agricultural Residues during the Biodegradation of Phenol in Petrochemical Wastewater
p.549

Performance of Treating Domestic Sewage with Coagulation-Ultrafiltration System
p.557

Removal of Toluene by Dielectric Barrier Discharge Combined with Modified Photocatalyst
p.561

Research on Microbial Pollution of Low Concentration Organic Acids Reclaimed Water during Storage
p.565

Research Progress of Pollution Control for Mercury in the Flue Gas from the Coal-Fired Industrial Boilers
p.570

Reviews of Generator Stator Cooling Water Treatment Technology
p.574

Sewage Treatment Performance of Biological Aerated Filters with Fe-Containing Compound Clinoptilolite Media
p.579

Study of NOx Inhibition Technology Based on Water-Gas Reaction
p.584

Study of Screening Reverse Osmosis Menmbrane Anti-Scaltants by Drainage Gradient Method
p.588

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 737Research Progress of Pollution Control for Mercury...

Research Progress of Pollution Control for Mercury in the Flue Gas from the Coal-Fired Industrial Boilers

Abstract:

Mercury is one of harmful pollutants during the coal-burning process that can not be ignored. The Ontario-Hydro method, Method 30B and Method 29 are mainly used for sampling the mercury in the flue gas from the coal-fired industrial boilers. This article studied the control ability of the mercury by the electrostatic precipitator (ESP), wet flue gas device (WFGD) and the dust removal and desulfurization integration at home and abroad.