Industrial Waste Management: Technologies, Optimization Approaches, and Sustainable Resource Recovery

Author(s)	Mr. Sayyad Shoeb Tayyab
Country	India
Abstract	Industrialization has significantly increased global waste generation, resulting in severe environmental, economic, and social challenges. Industrial waste—comprising solid, liquid, gaseous, hazardous, and electronic waste—poses threats to air, water, soil, ecosystems, and public health. This research paper examines existing industrial waste management practices, evaluates advanced treatment technologies, and proposes an integrated sustainable waste management framework. Experimental results from wastewater and emission treatment units demonstrate substantial improvement: COD reduced by 91.5%, TDS by 83%, SOx emissions by 61%, and fly ash utilization increased from 40% to 75%. The study highlights the role of smart monitoring using IoT sensors, waste-to-energy conversion, circular economy implementation, and resource recovery. The proposed model shows that industries can achieve regulatory compliance, minimize environmental impact, and transition toward zero-waste operations. The findings provide a technological and strategic foundation for future sustainable industrial waste management systems.
Keywords	Industrial waste, waste-to-energy, advanced oxidation processes, IoT monitoring, circular economy, resource recovery, wastewater treatment, hazardous waste, sustainability.
Published In	Volume 16, Issue 4, October-December 2025
Published On	2025-11-30

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