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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

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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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What this paper is about

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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Available 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.

Key concepts: Sorbent, Acid rain, Boiler (water heating), Waste management, Coal, Acid gas, Sulfur, Pulverized coal-fired boiler

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