Abstract
A refactory-lined, natural gas furnace was used to study fuel rich sulfur capture reactions of calcium sorbents under typical combustion conditions. The fuel rich sulfur species H 2 S and COS were monitored in a near-continuous fashion using a gas chromatograph equipped with a flame photometric detector and an automatic sampling system which sampled every 30 s. Below the fuel rich zone, 25% excess air was added and the ultimate fuel lean capture was simultaneously measured using a continuous SO 2 monitor
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