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Solid Waste Mixtures Combustion in a Circulating Fluidized Bed : Emission Properties of NOx, Dioxin, and Heavy Metals

Hanfei Zhang - Caixia Lv

To efficiently and environment friendly combust the domestic garbage, sludge, and swill waste fuels, five different fuels are prepared by mixing the waste fuels together with coal, and grass biomass at different mixing ratios, and finally those fuels were combusted in a circulating fluidized bed (CFB) reactor. The emission performances of NOx, dioxin, and heavy metal during the combustion tests are studied. The results showed that a stable furnace temperature can be reached at approximately 850 °C when combusting all studied mixed fuels, benefiting the thermal processes of sludge and domestic garbage and thus realizing the purpose of waste-to-fuel. In addition, the dioxin emissions are much lower than the emission standards, and NOx emissions could be reduced significantly by adjusting the ratio of waste fuels. However, the emissions of mercury, lead, and the combinations of chromium, tin, antimony, cupper and manganese components all exceeded the pollution control standard for hazardous wastes incineration, a further technology is required for heavy metal reductions to achieve the emission standards.

Elsevier Ltd.
eng

Bibliography


Title:Solid Waste Mixtures Combustion in a Circulating Fluidized Bed : Emission Properties of NOx, Dioxin, and Heavy Metals
Material Type:EA, Electronic Article
Author: Hanfei Zhang(Author) - Caixia Lv(Author)
Publisher:Elsevier Ltd.
Palce of Publication:
Publication Date:2015
Pagination:16 pages
Source:Energy Procedia, Volume 75, August 2015, Pages 987-992
ISBN (or other code):
Languages:eng
Keywords: Solid wastes; CFB; NOx; Dioxin
Edition statement:
File Size: 0.49 MB

Solid Waste Mixtures Combustion in a Circulating Fluidized Bed : Emission Properties of NOx, Dioxin, and Heavy Metals

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