<![CDATA[Agro-processing industries play a critical role in global food systems but are also major contributors to environmental pollution. This study investigates the impact of Cleaner Production (CP) strategies on reducing key emissions carbon dioxide (CO₂), nitrogen oxides (NOₓ), sulfur dioxide (SO₂), and chemical oxygen demand (COD) within agro-industrial processes. Using a comparative analysis between conventional and CP-based operations, emission data were collected and evaluated using standardized performance metrics. The methodology involved analyzing quantitative data from agro-processing facilities before and after CP implementation. Emission reductions were calculated using emission factors and comparative benchmarks. The results indicate substantial reductions across all measured pollutants: CO₂ by 33.7%, NOₓ by 36.8%, SO₂ by 42.3%, and COD by 45.8%. These findings align with global efforts to reduce environmental impact through sustainable industrial practices. Cleaner Production not only lowers emissions but also enhances energy efficiency, resource utilization, and operational cost-effectiveness. Case studies and policy literature support these results, indicating that CP provides a scalable and practical solution for agro-industrial sustainability. In conclusion, this research affirms that Cleaner Production can be a transformative strategy for environmental management in agro-processing. Broader adoption of CP, supported by policy incentives and capacity-building, could drive significant progress toward industrial sustainability goals.]]>
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