Explore the latest technologies available for licensing from TechEx. We work with top research institutions across the country and all kinds of companies, from large to small to start-ups to help bring these technologies to the market as quickly as possible.. Find cutting-edge innovations in Life Sciences, Healthcare, Environment, Sanitation, Food and Nutraceuticals, Water, Materials and Chemical Science, Electricals and Electronics, Agriculture and more. If you have questions about any of the technologies, please email us at tto@venturecenter.co.in or call at +: 91-9156465146
Available Technologies
| S.No | Technology Title | Organization / Institute | Technology Summary | Tech Brief | Tech Spotlight |
|---|---|---|---|---|---|
| 1 | Thermal imaging scanner with edge computing | BMeK | A thermal scanner using Embedded AI for detecting near real time elevated body temperature. It is an automated temperature screening solution | Tech Brief | Image |
| 2 | A Deployable Toilet System: A toilet for a non sewer system | Vishwakarma University | A deployable toilet system that offers pathogen and odour free discharge by thermophilic operation of the septic tank, with less water consumption. The modular toilets are easy to assemble on-site. | Tech Brief | Image |
| 3 | Cost-effective process for manufacturing γ-Valerolactone from Levulinic Acid | CSIR CSMCRI | An improved selective process for the preparation of γ-valerolactone (Gvl) by catalytic hydrogenation of biomass-derived levulinic acid (LA). The disclosed process renders excellent yield (100%) under mild reaction conditions within a short reaction time. | Tech Brief | Image |
| 4 | Portable, user-friendly, low cost potentiostat - LapPot | CSIR CSMCRI | A basic, easily fabricated low-cost potentiostat coupled with user-friendly software that makes it an effective tool to study electrochemistry in low resource centers such as an undergraduate laboratory. | Tech Brief | Image |
| 5 | Multipurpose, low-cost, disposable plastic chip electrodes | CSIR CSMCRI | A multipurpose, cost effective, use and throw plastic chip electrode with unparalleled current density. | Tech Brief | Image |
| 6 | Curd strip that can set customized and consistent quality curd anytime anywhere! | CSIR CSMCRI | A curd strip that can be used to set curd of uniform quality and consistency, and allows for easy customization in the flavour profile and nutritional value of the curd. | Tech Brief | Image |
| 7 | Continuous process for the manufacture of Azelaic acid - an API and Industrial Additive | CSIR NCL | One of the best ever catalyst-free syntheses of azelaic acid by ozonolysis of oleic acid without the need for cryogenic conditions or high temperatures, making the process highly scalable. | Tech Brief | Image |
| 8 | Novel degradable polyoxalates from renewable monomers for coating and film applications | CSIR NCL | novel, bio-derived polyoxalates that can be tailored to control the degradation kinetics, and can be a faster degrading substitute to polylactic acid. | Tech Brief | Image |
| 9 | UV shielding bio-derived furanic polymers | CSIR CSMCRI | UV shielding composite films of synthetic and natural polymers with bio-derived furanic polymers via catalytic dehydrataion of biomass sacchrides. | Tech Brief | Image |
| 10 | High yield production of bacterial nanocellulose from a novel bacterial strain | CSIR NCL | A high-yielding bacterial nanocellulose (BNC) strain of Komagataeibacter rhaeticus from rotten pomegranate that utilizes glycerol as a low cost carbon source. | Tech Brief | Image |
| 11 | Novel low-cost process for the manufacturing of high quality α-Arbutin | DBT CIAB | A novel low-cost process for the biosynthesis of alpha- arbutin, from hydroquinone, using inexpensive feedstock and a novel metagenomic amylosucrase, Asmet, as the biocatalyst. | Tech Brief | Image |
| 12 | Novel method for synthesis of cetearyl alcohol using fermentation technology | ICGEB | Novel method for synthesis of 99% pure cetearyl (C16:C18) alcohol using bioengineered E.coli. The model assisted engineered strains produced 12.5 g/L of cetearyl alcohol in the bioreactor under fed-batch cultivation condition, the highest reported titers of long chain hydrocarbons in E. coli. | Tech Brief | Image |
| 13 | One-pot process production of the prebiotic substance, 4′-galactosyl-kojibiose | DBT CIAB | A one-pot method for the utilization of raw and by-products of cane and dairy industries such as molasses, jaggery, table sugar, and whey as feedstocks to synthesize prebiotic and functional molecules such as Kojibiose. | Tech Brief | Image |
| 14 | Bio-manufacturing of low-calorie sweetener D-allulose using novel enzymes | DBT CIAB | A one-pot method for the utilization of raw and by-products of cane and dairy industries, such as molasses, jaggery, table sugar, and whey, as feedstocks to synthesize prebiotic and functional molecules such as Kojibiose. | Tech Brief | Image |
| 15 | Sustainable production of camptothecin from a high yielding endophyte | IIT Madras | A high camptothecin-yielding endophyte from N. nimmoniana reports the highest yield reported till date in any native strain of endophytes, and can be used for the fast, sustainable production of camptothecin with good yields. | Tech Brief | Image |
| 16 | Eco-friendly novel phenalkamines as curing agents for industrial coatings | ICT, Mumbai | High molecular weight phenalkamines derived from cashew nutshell liquid were synthesized and demonstrated to be effective cross-linkers for epoxy based coatings, with superior anticorrosive properties and chemical and solvent resistance. | Tech Brief | Image |
| 17 | Novel microbial method for synthesis of C15 and C17 linear chain alkanes | ICGEB | Constraint-based metabolic modeling approach to bioengineer E.coli for the synthesis of highly pure C15 and C17 linear alkanes | Tech Brief | Image |
| 18 | Bio-derived polyols with varying hydroxylation levels for rigid PU foams and PU dispersions | CAIR NIIST | Polyols were synthesized using peracid oxidation and other routes starting from cardanol, a by-product of the cashew processing industry. The synthesized polyols were evaluated for their suitability in preparing rigid foams and PU dispersions. The resulting polyurethane foams exhibited good physical and mechanical properties. The dispersions exhibited better film formation ability, without the need for any VOC’s. | Tech Brief | Image |
