The study assessed the environmental impacts of landfilling, anaerobic digestion and incineration technologies investigated effect replaced source electricity on these waste to energy (WtE) technologies. Data published in national pollutant inventories ReCiPe impact assessment method were employed this study. showed that generation through had highest human health ecosystems, followed by landfi...

Waste management is becoming one of the most challenging tasks for developing countries in order to ensure good human health, as well a healthy environment. Rajshahi City Corporation (RCC) 12 city corporations Bangladesh. Various environmental and health problems have arisen due lack proper knowledge waste management. Thus, aim this work illustrate present status MSW generation Corporation, Fif...

Life cycle assessment (LCA) tools can be used for the environmental of municipal solid waste management (MSWM) systems. The present study aims to evaluate impact an MSWM system in Riyadh, Saudi Arabia, under three different scenarios based on Strategy 2045 Riyadh. current scenario (S0) considers that (MSW) is landfilled, one (S1) energy (WtE) as main treatment while dry recyclables and organic ...

The use of waste incineration with energy recovery is a matured waste-to-energy (WtE) technology. Waste can reduce the volume and mass municipal solid significantly. However, generation high volumes polluting flue gases one major drawbacks this Acidic are constituents in gas stream which deemed detrimental to environment. wet desulphurization (FGD) method widely employed clean acidic from strea...

The efficient use of existing energy sources along with the development and widespread alternative sources, especially renewable becoming important issues. At this point, content municipal solid wastes (MSW) can be considered a source. MSWs contain large fraction material are continuously produced as result human activity. Therefore, international authorized institutions such U.S. Department En...

Fortum Oslo Varme AS (FOV) decided (in July 2018) to build a 1:350 scale pilot plant demonstrate that the selected Shell’s CANSOLV capture technology using solvent DC-103 is suitable for cleaning CO₂ from exhaust gases of their waste energy (WtE) at Klemetsrud in Oslo, Norway. This paper presents most important measurement data and results testing campaign March December 2019. The project state...