Research Information System
The 6th EurAsia Waste Management Symposium, İstanbul, Turkey, 24 - 26 October 2022, pp.415-419
The demand on energy increases with excessive population growth. The energy is needed to meet social
and economic development and provide human welfare and health. Biomass energy, which is the most
used renewable energy source, constitutes 10.2% of the total global energy supply. The demand for
biomass energy increases to decrease dependency on fossil fuels and decrease greenhouse gas emissions.
Hence more cost-effective technologies will be available for biomass energy and new policies will
encourage the use of biomass energy. Biomass is solid carbonaceous material which can be derived from
agriculture and forestry wastes, animal wastes, kitchen wastes and sewage sludge. These biomasses are
converted to energy via combustion, gasification, pyrolysis, anaerobic digestion etc. The aim of the study
is to evaluate the overall energy potential of biomass generated in Western Anatolian cities of Türkiye
according to the analysis results of biodegradable municipal solid waste, animal waste, agricultural
waste and sewage sludge. The energy potential is assessed with respect to incineration and pyrolysis
technologies. Moreover, the amount and availability of biomass are assessed for detailed analysis. The
calorific values of several biodegradable municipal solid wastes were determined and they were found
between 2182 and 4258 kcal/kg dw. The calorific values of other types of biomasses were between 3355
and 5476 kcal/kg dw. Then the energy production potential was calculated regarding the amount of these
wastes in Western Anatolian cities. The results show that the energy production from biomass is possible
and promising for Western Anatolian cities.