TECHNOLOGY FOR TRANSFER

Serial No. Title
1 Fabrication of All Vanadium Redox Flow Battery (AVRFB) Stack - 0.5 kW
Electrochemical energy storage, stationary applications to cover peak loads & load balancing, grid energy storage, uninterrupted power supply, and long duration.
Technology Readiness Level TRL-5
2 NPK Soil Testing Kit
The NPK soil testing kit is capable of measuring soil pH, electrical conductivity, and macronutrients - N, P & K, with the soil extract prepared onsite. Further, The NPK soil testing provides a color-based indication of Low, Medium, and High & Excess levels of the macronutrients in the soil samples.
Technology Readiness Level TRL-4
3 Indigenous sodium-ion battery
Energy storage application
Technology Readiness Level TRL-3
4 Cylindrical Supercapacitor and value-added high surface area carbon for the fabrication of supercapacitors
Energy storage application
Technology Readiness Level TRL-7
5 Polymer Electrolyte Membrane fuel cell
Energy conversion application
Technology Readiness Level TRL-3
6 CO 2 Capture under flue gas conditions
CO2 Capture
Technology Readiness Level TRL-7
7 Graphene coating on polymer granules and 3D printable filament fabrication by melt extrusion
The primary application of these filaments is in the FDM based 3D printing sector, where they potentially replace currently available polymer filaments. They have a wide range of application including bio-medical, automotive and aerospace
Technology Readiness Level TRL-7
8 PEM Electrolyser
Weather balloons, Thermal power plants, Fuel cells
Technology Readiness Level TRL-7
9 Electrochemical defluorination of drinking water
Deflurinated drinking water.
Technology Readiness Level TRL-7
10 Development of high temperature ceramic thermal barrier coatings for missile components
Thermal protection systems for defence and space and aerospace sectors
Technology Readiness Level TRL-7
11 Cement polymer composite coating system for corrosion protection of reinforcing and prestressing steels.
To protect the steel rebar embedded in concrete structures exposed to marine environment
Technology Readiness Level TRL-9
12 Degradable amorphous alloy coatings by Sputtering for bioimplants
Coatings forshort term implants. Elimination of secondary surgery.
Technology Readiness Level TRL-5
13 INDIGENOUS Li-ion BATTERY
Solar Lantern, toys, power banks, XEV's, Solar (grid), medical and all commercial electronic equipments.
Technology Readiness Level TRL-7
14 Redox active polymer Encapsulated Lamellar {REL} compound based Anticorrosive coating for reinforcement bars
* The anticorrosive coating system containing REL compound offers excellent corrosion protection of steel embedded in concrete.
* Anticorrosive coating system containing REL compound repassivates
Technology Readiness Level TRL-7
15 Anticorrosive treatment for steel reinforcement rods
* It offers higher corrosion resistance due to the inhibitors added to it.
* By using this technology, the service life of concrete structures increased by several folds.
Technology Readiness Level TRL-7
16 Corrosion Resistant inhibitive admixture for Portland Pozzolana Cement.
The process involves a simple step of adding inhibitors during manufacturing of cement or while making concrete at site.
Technology Readiness Level TRL-7
17 Corrosion resistance, Thermal coating for Hydroclaves.
This coating is used to protect the steel structures from corrosive as well as high pressure and temperatures.
Technology Readiness Level TRL-7
18 Multicoat protective scheme for concrete structures and bridges.
The four coat system is used for the protection of concrete structures and bridges for long duration of above 10 years from corrosive marine as well as industrial environments. This coating is applied by spray or brush.
Technology Readiness Level TRL-7
19 Formulation of Neutral paint removing Jelly.
This jelly is useful for removing old paint for maintenance painting to industries.
Technology Readiness Level TRL-7
20 Integrated Corrosion Monitoring Sensor [ICMS] gadget.
Corrosion Monitoring in Concrete Structures likes
  • Nuclear Reactor Buildings
  • Dams
  • Tunnels
  • Bridges and Viaducts
  • High-rise and historical buildin
  • Technology Readiness Level TRL-7
    21 Amorphous alloy coatings by sputtering on surgical tools.
    Coatings can be used in biomedical implants such as those used in orthopedic, orthodontic and hospital equipments.
    Technology Readiness Level TRL-5
    22 Super hard coatings for biomedical applications
    Coatings can be used in biomedical implants such as those used in orthopedic, orthodontic and cardiovascular supports.
    Technology Readiness Level TRL-5
    23 Sputter Coating of metallic nitrides on Nickel or Chrome Plated Stainless Steel Needles & on synthetic chemical stones for ornamental usage
    Nitride coated needles with enhanced mechanical properties to prolong lifetime of needles.
    Technology Readiness Level TRL-9
    24 Sputter Etching of brass valves for bonding to rubber
    Etched surface of brass valves can be used for bonding to rubber tubes
    Technology Readiness Level TRL-9
    25 Metal oxide impregnated fabrics for surgical mesh
    *Non toxic in nature.
    *Antibacterial
    *Wash durable
    Technology Readiness Level TRL-5
    26 Electrochemical conversion of DL-Homocystine to DL-Homocysteine
    Pharmaceutically important Intermediates
    Technology Readiness Level TRL-9
    27 3-kW LT-PEMFC for Stationary Power Application
    * Low Catalyst content
    * Better durability
    * Reliable power source
    * No pollutants
    * Elimination of DG set.
    Technology Readiness Level TRL-7
    28 Anodizing of Aluminium
    * Anodized Aluminium can be used for functional applications due to its hard nature.
    * It is useful for making kitchen utensils due to its high thermal conductivity example Aluminium Cookers.
    Technology Readiness Level TRL-7
    29 Barrel Electro Polishing of Stainless Steel Needles
    Useful for medical applications.
    Technology Readiness Level TRL-7
    30 Brush Electropolishing of 316LN Stainless steel
    Useful for contamination removal in nuclear pump walls and pipelines.
    Technology Readiness Level TRL-7
    31 Coloring of Stainless Steel
    Useful for home appliances.
    Technology Readiness Level TRL-7
    32 Copper Plating of Stainless Steel
    Used in Particle accelerator.
    Technology Readiness Level TRL-7
    33 Electroplating of Gold
    Used for satellite and other decorative ornaments.
    Technology Readiness Level TRL-7
    34 Electropolishing of AISI 304 Stainless Steel
    Useful for functional and aesthetic application.
    Technology Readiness Level TRL-7
    35 Lead Free Electroplating Process for Cu-Sn Alloy and Ag-Bi Bilayer
    Used for bearings.
    Technology Readiness Level TRL-7
    36 Recovery of Tin Metal from Soldering Alloy by Electro Refining Process
    1. Tin
    * Tin is an important metal which is mostly used for tin plating on mild steel substrate and in electronic industries.  It acts as a protective coating in acidic environment. The coated steel foils and sheets are used in keeping food items and beverages in canes and drums.
    * Tin is also used to produce low melting soldering alloy which is widely used in electrical and electronic industry.
    * Tin is used as an alloying element in the preparation of a variety of bronzes and copper based alloys. They are used in the fabrication heat exchanger tubes, heat transfer equipments,  architectural and metallurgical applications.
    Technology Readiness Level TRL-7
    37 Simultaneous Detection and Inhibition of Corroding Steel Structures by Imine Functionalized Silica Aerogels and its Process thereof
    Facile synthetic approach to prepare imine modified silica nanoparticles by dipping amine modified silica aerogels in acetone. When applied over mild steel plates IMSNP was found to be sensitive (via color change) and inhibitive (prolonged salt spray) for the corroding steel structures.
    Technology Readiness Level TRL-5
    38 Zinc-Nickel Electrodeposition on Stainless steel
    Useful for Aerospace application
    Technology Readiness Level TRL-7
    39 Biodegradable Inhibitor for Preventing Scale and Corrosion Deposits of Steel Pipeline in Cooling Water System and Process thereof
    1. Open circulating cooling system used in power plants.
    2. Cooling towers & pipelines used in chemical industries.
    3. Pipeline used in nuclear power plants for cooling purpose.

    Technology Readiness Level TRL-5
    40 High Performance Epoxy PAB Coating System
    Intelligent release of corrosion inhibitive ions.
    Enhance corrosion resistent property and service life due to nonleaching behaviour.
    Technology Readiness Level TRL-7
    41 Modified Polymer Electrolyte Membranes Fuel Cell (PEMFC) Stacks for Hydrogen Removal
    1 kW air cooled PEMFC stack for hydrogen utilization.
    Technology Readiness Level TRL-6
    42 Triboluminescent (TL) Paint Triggered Luminescence Signal Identifying Smart Camera for Crack Detection of Structural Components
    * Real-time failure monitoring of structure
    * In-built remote monitoring
    * Cost effective
    Eliminate skilled operator.
    Technology Readiness Level TRL-5

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