Nitrogenous emissions from the pyrolysis of a municipal solid waste component.

TL;DRAbstract

As the number of landfills for municipal solid waste (MSW) in North America decreases, the combustion of MSW may become an increasingly important and more widely used component of day to day waste management practices. If this occurs, the problem of dealing with the formation of nitrogen oxides (NO x) at municipal waste combustors will have to be dealt with, and little published research on the fundamentals of NOx formation in MSW combustors is available. In this research, pyrolysis experiments were performed by heating soy flour in a stainless steel reactor while flushing the reactor with argon gas. The known products HCN, NH3 and NOx were quantified in order to determine the fate of nitrogen in the fuel. This experiment is analogous to the first stage of a staged combustion system burning foodwaste, a major nitrogen-containing component of municipal solid waste. The NO production observed in this research was derived from N and O contained in the fuel. Along with NOx, HCN, and NH3, v

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