Technology Transfer at AIC ANUSHAKTI
Turning Scientific Breakthroughs into Scalable Solutions
AIC ANUSHAKTI facilitates the technology transfer of innovations developed by the Bhabha Atomic Research Centre (BARC) and associated institutions under the Department of Atomic Energy (DAE). Our mission is to enable industry, startups, and MSMEs to adopt proven, high-impact technologies and translate them into commercially viable products and services.
Why Technology Transfer with AIC ANUSHAKTI?
Proven Technologies: Access to mature, validated technologies
Reduced R&D Risk: Leverage decades of scientific research and testing
Faster Go-to-Market: Shortened development cycles with ready-to-scale solutions
Expert Support: Guidance from BARC scientists and domain experts
Structured Framework: Transparent licensing and commercialization processes
How It Works
Step 1: Identify Technology : Explore technologies available for transfer through AIC ANUSHAKTI
Step 2: Submit Expression of Interest : Industry, startups, or entrepreneurs submit interest for specific technologies by submitting application form.
Step 3: Evaluation & Interaction: Technical discussions with domain experts to assess feasibility and application.
Step 4: Payment of Technology Transfer Fee and acceptance of Terms and Conditions
Step 5: Licensing & Agreement: Execution of technology transfer agreement with defined commercial terms.
Step 3: Evaluation & Interaction: Technical discussions with domain experts to assess feasibility and application.
Step 4: Payment of Technology Transfer Fee and acceptance of Terms and Conditions
Step 5: Licensing & Agreement: Execution of technology transfer agreement with defined commercial terms.
Technologies Available for Transfer
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Agriculture & Bioscience
Radiation Technology
Advanced Instrumentation
Medical Equipments
Engineering
Environment
Chemical
Water Technology
Agriculture & Bioscience
| Sr. No. | TECHNOLOGIES | TECHNOLOGY CODE | REGULAR TT FEE | Action |
| 1 | A Kit for Detection of Intracellular Iron (Fe2+) in live cells | AB60BOD | 85,000.00 | Apply Now |
| 2 | A novel universal multi-nutrient soil extractant for assessing bio-availability of nutrients in soil | AB54NABTD | 77,000.00 | Apply Now |
| 3 | A post-harvest technology for development of Intermediate Moisture Shrimp | AB32FTD | 20,000.00 | Apply Now |
| 4 | A Process for Development of Phosphorus (P) Fertilizer Formulation from Biosludge | AB26NABTD | 40,000.00 | Apply Now |
| 5 | A Process for Development of Zinc (Zn) Fertilizer Formulation from Biosludge | AB27NABTD | 40,000.00 | Apply Now |
| 6 | A process for high-throughput analysis of genetic variations in genes related to inherited breast cancer | AB29MBD | 130,000.00 | Apply Now |
| 7 | A purely organic, seed dressing bio-fungicide formulation of an improved Trichoderma Virens Mutant Strain with Toxicological and Environment safety data | AB18NABTD | 232,000.00 | Apply Now |
| 8 | A Rapid Composting Technology for decomposition of dry leaves, kitchen waste and temple waste | AB25NABTD | 25,000.00 | Apply Now |
| 9 | A Rapid, Continuous and Renewable Method for Multiplication of Ophiorrhiza rugosa as a Source of Anti-Cancer Drug Camptothecin | AB01NABTD | 250,000.00 | Apply Now |
| 10 | A Rapid, Reproducible and Sustainable Micropropagation Protocol for Turmeric (Curcuma longa L.) | AB40NABTD | 110,000.00 | Apply Now |
| 11 | A Technology for Xanthan Gum Production With a BARC Strain | AB04FTD | 250,000.00 | Apply Now |
Radiation Technology
Advanced Instrumentation
Medical Equipments
Engineering
Environment
Chemical
Water Technology
