Abstract
An analysis of slag pit variables has been made and correlations obtained between pit dimensions, time interval between pours, and the slag temperature when the pit is filled and ready for quenching. Field trials have demonstrated the effect of temperature on the level of emission and how the level varies during the quench period. Quantitative information has been obtained to show the effects of slag filling rates, air cooling prior to quenching, and the influence of oxidizing agents added to the quench water. A significant reduction in H2S emission level can be attained by proper application of these results.
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