| Total Project Cost of Research and Development of Hydrogen and Fuel Cells in India (As on 28.04.2014) | ||
| (In Rs.) | ||
| Projects | Implementing Agency | Total Project Cost |
| Hierarchical Composite Nanostructure Photo-Catalyst for Efficient Water Splitting under Solar Light Irradiation on | ||
| Development of Bio-Electrodes for Biofuel Cell | ||
| Design of Electrolytic Cell for Economic and Energy Efficient Bio-Hydrogen Production on From Leafy Biomass by Electro-Hydrogenesis | ||
| Mission Mode Project on Development and Demonstration of Hydrogen Fuelled Internal Combustion Engines for Vehicles | ||
| Development and Demonstration of Hydrogen Fuelled Multi Cylinder Sparkignition Engine Generator Set for Stationary Power Generation | ||
| Demostration and Field Trial of Hydrogen Fuelled 3-Wheelers in New Delhi | ||
| Development of Hydrogen Refueling Facility for Demonstration of Fuel Cell Vehicles | ||
| Demonstration and Performance Evalution of Various Technologies of Hydrogen Energy at The National Institute of Solar Energy ,Gwalpahari, Gurgaon, Haryana | ||
| Hydrogen Generation Using Biomass Gasification for Fuel Cell Application | ||
| Investigation on Bio-Hydrogen Production by Thermo- Chemical Method in Fluidized Bed Gasifier under Catalytic Support and Its Utilization | ||
| Development of Efficient Hydrogen Supply System Through Liquid Organic Hydrides | ||
| Design and Development of Porous Graphene Modifier Metal Oxide Photo Anode for Electro-Chemical Water Splitting | ||
| Development of Platinum Free Hybrid Electro-Catalyst Based on Nano-Structured Metal Particles and Graphene for Fuel Cell Application | ||
| Development and Demonstration of Diesel Hydrogen dual Fuel SUV | ||
| Design & Development of Solar Light Driven Graphene Based Mixed Oxide Photo Catalysts for Efficient Production of Hydrogen Solar Fuel) | ||
| Mission Mode Project on Hydrogen Storage in Carbon Materials | ||
| Titania Nanotube As Alternate Catalyst Support for Direct Methanol Fuel Cells | ||
| Transformation of Greenhouse Gases Into Clean Fuels by Low Temperature Plasma Catalysis | ||
| Amidophosphine Borane as Potential Source for Hydrogen An Experimental and Computational Approach | ||
| Research on Metal Organic Frameworks (Moves) : Searching of Paradigms for Selective and Reversible Hydrogen Storage at Ambient and Near Ambient Temperatures | ||
| Mission Mode Project on Hydrogen Storage Materials (Hydrides): R & D | ||
| Development of Design Methodology for Light Weight High Pressure Hydrogen Storage Composite Cylinder for Vehicular Applications | ||
| Bio Inspired Catalysts for The Reversible Conversion H+ + e- ½ H2 | ||
| Maximisation of Gaseous Energy Recovery From Organic Wastes Through Bio-Hythane Process | ||
| Mission on Mode Project on Hydrogen Production Through Biological Routes | ||
