Chemrich Global, the parent brand of Chemrich USA and Chemrich India, has announced a significant expansion in its international chemical sourcing and manufacturing operations, leveraging AI to enhance efficiency and sustainability. This development marks a pivotal step in the company's mission to modernize the chemical industry by connecting suppliers, manufacturers, and end-users with unprecedented speed and precision.
Under the leadership of Shehan Makani, CEO of ChemRich USA, and Eshan Makani, Director of Chemrich India, the company is focusing on low-MOQ accessibility, custom manufacturing, and data-driven decision-making. Their efforts are concentrated in sectors such as pharmaceuticals, food processing, industrial cleaning, and specialty formulation, aiming to provide smarter chemical solutions worldwide.
Key innovations include an AI-powered sourcing platform for real-time inventory matching and pricing optimization, an integrated SDS/COA management system for seamless documentation between ChemRich USA and India, and a circular economy initiative for chemical reuse and by-product valorization. These advancements are designed to make precision manufacturing more accessible to small and mid-sized buyers, traditionally excluded from global-grade sourcing.
Chemrich Global's dual headquarters in the USA and India facilitate streamlined global trade and logistics, with facilities specializing in food/pharma-grade production and bulk-scale manufacturing, respectively. The company is also developing future expansions, including U.S. stability chambers, remote monitoring for batch quality, and alignment with U.S. FDA and cGMP standards for select product lines.
By integrating AI and machine learning into quality control and regulatory compliance, Chemrich Global is setting a new standard for the specialty chemicals sector. This approach not only enhances batch traceability and formulation monitoring but also ensures clients have instant access to product documentation, paving the way for a more transparent and efficient chemical industry.
