This is among three milestone agreements signed on the transfer of technologies developed by scientists of NIIST. The tie-ups with government and private organizations were formalized in the presence of Council of Scientific and Industrial Research (CSIR) Director General Dr. N Kalaiselvi and CSIR-NIIST Research Council Chairman Prof Javed Iqbal and CSIR-NIIST Director Dr. C. Anandharamakrishnan at a function at Bhatnagar Auditorium at the institute here.
The pacts, inked at the ongoing ‘One Week One Lab Programme’ (OWOL) at the institute, also included NIIST’s collaboration for the indigenous development of thermal-plate components for Aeronautical Development Establishment (ADE)-DRDO and a transfer of technology for sustainable management of pathogenic biomedical waste into soil additives.
NIIST’s agro-waste leather substitutes, developed from various agricultural residues and byproducts, can effectively replace 30-50 percent of synthetic chemicals from the existing leather available in the market.
The leather sheet developed from mango peels, banana stems, pineapple wastes, cactus, water hyacinth, corn husk, rice related wastes, costs half that of synthetic and animal leather. Also, the new product has a smaller carbon footprint. The MoU was signed with Streekaya Services Pvt Ltd.
The final product from agricultural residues has shown strong tensile strength, perfect finish, good water-retention properties, temperature resistance, and stability compared to other existing synthetic and animal leather.
The product has a shelf life of more than three years. Its eco-friendliness makes agro-waste leather substitutes a better counter to the synthetic variety, which has a booming market valued at $30 billion in 2020 and is likely to hit $40 billion by the end of this decade. Synthetic leather involves toxic chemicals, making it a huge environmental hazard besides its high consumption of energy and water during processing.
As for the second agreement, NIIST will provide technological support to Al-SiC MMC thermal management components that are currently imported and used by ADE-DRDO, Bangalore in Flight Control Computers of Light Combat Aircraft and other fighter aircraft. CSIR’s Dr. Kalaiselvi handed over the product to Defence Research and Development Organisation.
CSIR-NIIST, in collaboration with ADE-DRDO, indigenously developed Al-SiC thermal plate component by liquid metal squeeze infiltration technique matching the thermal properties of the imported component. It will contribute in a big way towards import substitution and the national mission of ‘Atmanirbhar Bharat’ in the country’s strategic sector.
Further, NIIST tied up with Bio Vastum Solutions (BVS) to give the Kerala startup technology for spontaneous disinfection and immobilization of pathogenic biomedical waste into soil additives. This system, with inherent antimicrobial activity, is capable of disinfecting both liquid as well as solid waste in complete solidification.
The treated waste can be disposed of as non-regulated medical waste subject to regulatory approval. BVS Pvt. Ltd is based at Angamaly in Ernakulam district.
The OWOL aims at showcasing the legacy, exclusive innovations, and technological breakthroughs achieved by each of the 37 laboratories of CSIR that would support entrepreneurial development in a wide range of areas. NIIST, as a constituent laboratory of CSIR, seeks to further leverage its successful scientific and technological research for the well-being of society.
