Numerical Simulation of Gas-Liquid Two-Phase Flow in Multi-Impeller Pre-Oxidation Reactor
p.205
p.205
Corrosion Behavior for Water Wall Tube Material of 600MW Supercritical Thermal Power Units
p.211
p.211
Research on Energy-Saving Technology for Salt Solution Heat Pump Evaporators
p.216
p.216
The Fluid Field Analysis of Cyclone Desander
p.222
p.222
Cold Experimental Study on Furnace Slag of Opposite Firing Boiler Using Swirling Combustion
p.227
p.227
Experimental Research of Acoustic Emission Features of Waveguide Rod in the Oil
p.231
p.231
Development and Experimental Research of Two-Way Impact Pneumatic Cylinder
p.236
p.236
Compensation Capacity Selection and Performance Improve for SVC
p.242
p.242
Acoustic Emission Monitoring of Low Carbon Steel Corrosion inside and outside the Comparative Study
p.246
p.246
Cold Experimental Study on Furnace Slag of Opposite Firing Boiler Using Swirling Combustion
Abstract:
This paper analyzes the problem of furnace slag on opposite firing boiler using swirling combustion. Through the cold test methods, the airflow structure of the burner is explored, the formation mechanism of furnace slag is explicated, therefore the solution is drawn up, the slag problem of boiler is eliminated, the safety of unit operation is improved.
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Periodical:
Applied Mechanics and Materials (Volume 331)
Pages:
227-230
Citation:
Online since:
July 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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