ANALYSIS OF METHODOLOGIES FOR DETERMINING THE CALORIAL VALUE OF MUNICIPAL WASTE
DOI:
https://doi.org/10.24867/19HZ05MajkicKeywords:
Municipal solid waste, waste treatment, calorific value, waste compositionAbstract
The paper presents methods for the analysis of the calorific value of waste, which is the most important characteristic of waste, in addition to the morphological composition of waste, because by knowing the calorific value of waste, it is possible to design a waste treatment plant. The most common methods currently practiced for estimating the calorific value of municipal solid waste are equations derived from experimental research or the direct use of laboratory devices (calorimetric bombs). The paper presents methods and equations and arranges research with equation one which proved to be the best equation for the physical composition of waste.
References
[1] ASTM (2008) ;Standard Test Method for Determination of the Composition of Unprocessed Municipal Solid Wast
[2] Batinic, B., Stanisavljevic N., Ubavin D., Vujic G., Determining Moisture Content In Different Fractions Of MSW - Case Study Of Novi Sad, 2013, ISWA World Congress, Vienna, Austria.
[3] B. Batinic, M. Živancev, D. Ubavin, N. Stanisavljevic and G. Vujic (2013) COMPARISON OF MOISTURE CONTENT IN MSW CONSIDERING DIFFERENT COLLECTION SYSTEMS
[4] Christensen T. (2011); Solid waste technology & management., Willey & Sons, United Kingdom
[5] FTN (Fakultet tehničkih nauka) (2016) Report on amounts, composition, moisture content and calorific values of MSW for 13 municipalities within Belgrade waste management region,
[6] Moore, S., Grime, P. and King, B. (1994). Urban Solid Waste Characterization. CRC for Waste Management and Pollution Control Ltd, Australia.
[7] Paul H. Brunner and Walter R. Ernst (1986); Alternative Methods for the Analysis of Municipal Solid Waste
[8] SRPS CEN/TS 16023:2014 (2014) Karakterizacija otpada — Određivanje gornje toplotne moći i izračunavanje neto toplotne moći
[9] Vujić G, Ubavin D, Stanisavljević N, Batinić B. (2012) Upravljanje otpadom u zemljama u razvoju, Univerzitet u Novom Sadu
[10] World Bank (1999) Decision Makers’ Guide to Municipal Solid Waste Incineration, World Bank, Washington DC, USA
[11] World Bank (2012) What a Waste, Urban Development & Local Government Unit, World Bank, Washington DC, USA
[12] Zakon o upravljanju otpadom „Službeni glasnik RS“, br; 36/2009 i 88/2010, član 5
[2] Batinic, B., Stanisavljevic N., Ubavin D., Vujic G., Determining Moisture Content In Different Fractions Of MSW - Case Study Of Novi Sad, 2013, ISWA World Congress, Vienna, Austria.
[3] B. Batinic, M. Živancev, D. Ubavin, N. Stanisavljevic and G. Vujic (2013) COMPARISON OF MOISTURE CONTENT IN MSW CONSIDERING DIFFERENT COLLECTION SYSTEMS
[4] Christensen T. (2011); Solid waste technology & management., Willey & Sons, United Kingdom
[5] FTN (Fakultet tehničkih nauka) (2016) Report on amounts, composition, moisture content and calorific values of MSW for 13 municipalities within Belgrade waste management region,
[6] Moore, S., Grime, P. and King, B. (1994). Urban Solid Waste Characterization. CRC for Waste Management and Pollution Control Ltd, Australia.
[7] Paul H. Brunner and Walter R. Ernst (1986); Alternative Methods for the Analysis of Municipal Solid Waste
[8] SRPS CEN/TS 16023:2014 (2014) Karakterizacija otpada — Određivanje gornje toplotne moći i izračunavanje neto toplotne moći
[9] Vujić G, Ubavin D, Stanisavljević N, Batinić B. (2012) Upravljanje otpadom u zemljama u razvoju, Univerzitet u Novom Sadu
[10] World Bank (1999) Decision Makers’ Guide to Municipal Solid Waste Incineration, World Bank, Washington DC, USA
[11] World Bank (2012) What a Waste, Urban Development & Local Government Unit, World Bank, Washington DC, USA
[12] Zakon o upravljanju otpadom „Službeni glasnik RS“, br; 36/2009 i 88/2010, član 5
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Published
2022-10-05
Issue
Section
Environment and Occupational Safety Engineering
