Enhancing Waste Management and Air Quality through Dual Chamber Incinerator with Filtration for Electrical Energy Generation

This research endeavors to revolutionize waste management and air quality enhancement by introducing a cutting-edge approach: the utilization of a dual chamber incinerator integrated with advanced filtration mechanisms for the generation of electrical energy. The increasing waste accumulation and escalating air pollution pose substantial environmental challenges globally. This study addresses these issues by proposing an innovative solution that not only transforms waste into a valuable energy resource but also mitigates harmful air pollutants. The research method involves the development and optimization of a dual chamber incinerator, which promotes efficient combustion and minimizes emission of pollutants. Rigorous filtration systems are integrated to further reduce air pollutants and particulate matter. The results reveal a significant reduction in waste volume, alongside the successful generation of electrical energy. The concurrent reduction in air pollutants showcases the effectiveness of the filtration system in enhancing air quality. This research thus contributes to sustainable waste management practices and environmental preservation by offering a viable strategy for waste-to-energy conversion while ameliorating air quality concerns.