Field evaluation of coal fired utility boiler NO sub x and SO sub x emissions control by gas reburning - sorbent injection
L.P. Nelson, W. Bartok, B.A. Folsom, R. Payne, David Moyeda, G.A. Farthing
Abstract
L.P. Nelson, W. Bartok, B.A. Folsom, R. Payne, David Moyeda, G.A. Farthing
Abstract
The authors maintain that proposed legislation to reduce the emission of acid rain precursors would: increase the cost of power due to the addition of air pollution control devices; and increase the use of low sulfur coals, thereby reducing the demand for high and medium sulfur content coals. Consequently, there is a need for a low cost, retrofit acid rain precursor control technology which will provide the electric utility industry with the option to use local coals. This book describes gas reburning-sorbent injection as one such technology.
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The authors maintain that proposed legislation to reduce the emission of acid rain precursors would: increase the cost of power due to the addition of air pollution control devices; and increase the use of low sulfur coals, thereby reducing the demand for high and medium sulfur content coals. Consequently, there is a need for a low cost, retrofit acid rain precursor control technology which will provide the electric utility industry with the option to use local coals. This book describes gas reburning-sorbent injection as one such technology.
Key concepts: Sorbent, Acid rain, Boiler (water heating), Waste management, Coal, Acid gas, Sulfur, Pulverized coal-fired boiler