By Elena Cristina Rada
This name features a variety of Open entry chapters.
Increasing cognizance is being paid to the valorization of sturdy wastes―converting them into strength or different beneficial items. This e-book describes contemporary learn into methodologies and applied sciences for coping with a number of varieties of stable waste, whereas even as producing strength and profit with much less impression at the atmosphere. subject matters contain combustion, gasification, pyrolysis, and hydrothermal carbonization. The transition from a fossil fuel-based economic system to a extra sustainable economic system would require a superior beginning of ongoing clinical study. The editor of this compendium, a well-respected researcher within the box, has chosen reviews that aid to construct that starting place.
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Additional resources for Thermochemical waste treatment: combustion, gasification, and other methodologies
6. 7. , Ramis G. and Berti F. (1998). Chemical and mechanistic aspects of the selective catalytic reduction of NOx by ammonia over oxide catalysts: A review, Appl. , 18, 1-36. , Fullana A. and Font R. (2005). Dioxine production during the thermal treatment of meat and bone meal residues, Chemosphere, 59, 85-90. , Sharrock P. (2005). ", Journal of Hazardous Materials, B121, 141-148. , Bos A. and Den Uil H. (1996). Kinetics of reaction with calcium and sodium sorbents for IGCC fuel gas cleaning, chem.
This could be because of an underestimation of the Cl and an overestimation of the ashes from the mixture of MBM and sewage sludges coming from the high heterogeneity of these wastes. Figure 2 shows that the initial sulphur of the fuel distributes on one hand in the slag and bottom ashes (21 %) and on the other hand in the filtered dust stack gas (79 %). For one ton of fuel, the studied plant generates 285 kg of slag and bottom ashes, which are valorisable as road fill, and 40 kg of filtered dust containing the Na2SO4 and NaCl from the air cleaning Comparative Study of Flue Gas Dry Desulphurization and SCR Systems 11 process which are not valorised.
Fuel 88: 955-958. 14. Lin YM, Zhou SQ, Shih SI, Lin SL, Wang LC, et al. (2011) Fate of polychlorinated dibenzo-p-dioxins and dibenzofurans during the thermal treatment of electric arc furnace fly ash. Aerosol and Air Quality Research 11: 584-595. 15. Katou K, Asou T, Kurauchi Y, Sameshima R (2001) Melting municipal solid waste incineration residue by plasma melting furnace with a graphite electrode. Thin Solid Films 386: 183-188. 16. Liu HQ, Wei GX, Liang Y, Dong FY (2011) Glass-ceramics made from arc-melting slag of waste incineration fly ash.