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OPTIMIZATION OF COAL BENEFICIATION PLANTS FOR SO2 EMISSIONS CONTROL
Citation:
Skea, J. F. AND E. S. Rubin. OPTIMIZATION OF COAL BENEFICIATION PLANTS FOR SO2 EMISSIONS CONTROL. Journal of the Air Pollution Control Association 38(10):1281-1288, (1988).
Impact/Purpose:
To inform public.
Description:
The article describes an optimization model for estimating the properties and cost of washed coal from coal beneficiation plants of varying levels of complexity. he design and technical description of the plant performance model are presented, together with cost algorithms for three plant designs with increasing sulfur removal capability. mportant concepts included in the model are the treatment of different coal size fractions, the efficiency of coal washing equipment, and the optimization of plant yield to achieve a target coal quality. hen employed in a larger simulation framework, the plant model serves as a building block for obtaining more realistic estimates of the role of coal cleaning as a cost-effective method of sulfur emissions reduction from coal combustion. Copy available at NTIS as PB89198014.