This research study presents a comprehensive Environmental Impact Assessment integrated with an Environmental Management Plan (EMP), tailored to the pharmaceutical industry, emphasizing the necessity to mitigate the environmental pollution that synthetic organic chemicals (SOC) cause. They are an important ingredient in the pharmaceutical industry and are known for their stability, bioaccumulation potential, and ecotoxicity, which makes proper management of them an essential environmental issue. The framework includes a fully articulated terms of reference that outlines clear objectives, identifies polluters, and provides methods of assessment for the impacts on the environment, thus ensuring a structured evaluation. Predicted No Effect Concentrations values obtained from ecotoxicological information are used to determine acceptable discharge levels for SOCs with the objective of reducing hazards to aquatic and terrestrial systems. The EMP focuses attention on the advanced effluent treatment technologies, emission control measures, strategies for reducing the load of synthetic organic chemicals on the environment. By integrating the approaches into the framework high risk products were discovered, necessitating stronger regulations and improved treatment. A comprehensive approach suggested for monitoring and mitigating pollution from the pharmaceutical activities. This study provides insight for actionable management of SOC related pollution by aligning industrial practices with environmental protection standards and sustainable development goals.