A Green Synthesis Process For A Growth Promoter Drug For Animals

Explore the development of a sustainable synthesis process for a growth promoter drug in animal health, with a strong focus on reducing environmental impact and improving process efficiency. The project aimed to redesign an existing synthetic route to lower waste generation, minimize solvent use, and enhance overall sustainability without compromising product quality or yield. Key challenges included eliminating chromatography steps, replacing hazardous and costly reagents, and optimizing reaction conditions for safer, more efficient production. By applying green chemistry principles and a structured evaluation approach, the process was transformed through solvent replacement, step consolidation, and crystallization-based purification.

These innovations significantly reduced waste, improved yield, and enhanced cost-effectiveness while maintaining required quality standards. The outcome demonstrates how environmentally responsible process design can align with operational efficiency and scalability, supporting more sustainable manufacturing practices in the animal health sector and advancing eco-friendly industrial chemistry solutions.