The CSIR-Indian Institute of Chemical Technology (CSIR-IICT) in Hyderabad is prioritising translational research and technology transfer to support micro, small and medium enterprises (MSMEs) and emerging industries, according to a press release.
Srinivas Reddy, Director of CSIR-IICT MSME, stated that the MSME Industry Interaction Meeting held with Laghu Udyog Bharati provides a platform for MSME entrepreneurs to engage directly with CSIR-IICT scientists and explore technologies for industrial application.
The collaboration offers MSMEs benefits including technology licensing, process optimisation, consultancy, pilot-scale validation, scale-up support, and opportunities for collaborative research and product development.
Around 75 MSME entrepreneurs from sectors such as chemicals, active pharmaceutical ingredients (APIs), polymers, food technologies, energy, and environmental technologies participated in the meeting.
Reddy said, “We believe that strong partnerships between research institutions and MSME industries are essential for accelerating innovation, strengthening domestic manufacturing, and building an Atmanirbhar Bharat.”
CSIR-IICT has developed an indigenous process technology for Hydrazine Hydrate, a crucial industrial chemical used in pharmaceuticals, agrochemicals, polymer industries, water treatment, and rocket propellants, which reduces reliance on imports and reinforces domestic chemical manufacturing capabilities.
The institute has also produced multiple indigenous process technologies and products with substantial potential for industrial uptake. Many contribute towards import substitution, cost-effective manufacturing, and sustainable chemical processes.
Process technologies developed by CSIR-IICT for APIs aid in reducing dependence on imported intermediates and support local pharmaceutical production.
CSIR-IICT scientists have pioneered advanced catalysis technologies for efficient production of fine and speciality chemicals, achieving improved yields with less environmental impact.
In energy and environment sectors, the institute has developed biomethanation processes that convert agricultural and organic waste into biogas, providing decentralised clean energy solutions for institutions, markets, and communities.
CSIR-IICT maintains its commitment to translating research into technologies that drive industrial growth, economic value, and societal benefits.