![]() Its composition rich in fermentable sugars and its availability are interesting features considered in this study. Molasses has great potential to be the main feedstock in a biorefinery concept. Sugarcane molasses are the largest produced waste in sugar mills in the last harvesting cycle 2,178,131 tons were obtained and only 2.46% were used for transformation processes. Thus, the current review elucidates novel routes effectively utilized in converting MSW to energy and other valuable chemicals These conversion procedures can be achieved through use of either biological processes such as anaerobic digestion or thermochemical procedures such as pyrolysis. These activities attempt to offer solution which will enhance sustainable waste management, while promoting MSW recycling, and efficient conversion of waste materials to energy, and other valuable chemicals. These challenges have aroused alarming public concerns, resulting in political legislation aimed at minimizing the amount of wastes getting into the environment. Varying degrees of environmental challenges including regular release of greenhouse gases and scarcity of available space for waste disposal have been caused by escalating accumulation of these wastes’ materials resulting in inappropriate waste management. Nowadays, there exists a global challenge confronting efficient management of municipal solid wastes. These results suggest energetic and economic sustainability of the design and its promising application on an industrial scale. ![]() dollars (MM USD), for the base case and the heat integrated process, respectively. The net present values (NPVs) were 367 and 383 million U.S. The energy efficiency was 68% and 73% for the base case and the heat integrated refinery, respectively. Part 1 of this study focuses on the energetic and economic evaluation of the refinery and the potential effects of heat integration. The products obtained from the modeled refinery were chemical grade ethylene and propylene, an aromatics mixture, and low- and high-molecular weight hydrocarbon mixtures (MWHCs). Therefore, the present process modeling study presents a novel multiproduct pyrolysis-based refinery for the conversion of 500 tonnes/day of waste high-density polyethylene (HDPE). However, there is scarce information on industrial scale processes of this technology and their energetic, economic, and environmental performance. Chemical recycling is a promising technology due to the potential reduction of pollutant emissions and the establishment of a circular economy through the production of monomers and fuels. The increasing amount of plastic waste generation has become an important concern for the chemical industry and government agencies due to high disposal and environmental leakage rates. Thus, the current review elucidates novel routes effectively utilized in converting MSW to energy and other valuable chemicals. ![]() How To Beat Every Poly Bridge 2 Level Under Budget and Unbreaking! (World 5). Poly Bridge 2 Gameplay | 4-15 : Twists and Turns. ![]() Poly Bridge 2 4-05: Triple Decker Drawbridge.
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