| S. No. | Title of Patent | Institutions |
|---|---|---|
| 1 | Hydrogen Production Method By Multi-Step Copper-Chlorine Thermochemical Cycle (Nat’l: 1973/MUM/2011, PCT/IN2012/000483) Int’l(*): Granted in India, USA, Japan, Canada, Korea and China |
OECT and ICT, Mumbai |
| 2 | Effect of Operating Parameters on The Performance of Electrochemical Cell In Copper-Chlorine Cycle (Nat’l:1974/MUM/2011, PCT/IN2012/000485) Int’l (*): Granted in India, USA, Japan and Canada |
OECT and ICT, Mumbai |
| 3 | Electrochemical Cell Used For The Production Of Copper Using Cu-Cl Thermochemical Cycle (Nat’l:1975/MUM/2011, PCT/IN2012/000486) Int’l (*): Granted in USA, Japan, Canada, U.K. and China |
OECT and ICT, Mumbai |
| 4 | Process for conversion of Sulfur Trioxide and Hydrogen production (201611014896) | OECT and IIT - Delhi |
| 5 | Catalyst composition for conversion of Sulfur Trioxide and Hydrogen production process (201611014898) | OECT and IIT - Delhi |
| 6 | Highly active supported bimetallic (Ni-Pt) catalyst for hydrogen iodide (HI) decomposition and synthesis procedure thereof (2259/DEL/2014) | OECT and IIT - Delhi |
| 7 | Vanadia supported Pt catalyst and use thereof for hydrogen-iodide decomposition in sulfur-iodine (I-S) cycle for hydrogen production. (2308/DEL/2014) | OECT and IIT - Delhi |
| 8 | A Process for the Bioconversion of Lignite to Humic Acid (405/KOL/2011) | OECT and IIT - Kharagpur |
| 9 | Strategic Enhancement of Lignite Biomethanation by Fungal Pretreatment (596/KOL/2013) | OECT and IIT - Kharagpur |
| 10 | Development of a novel anaerobic consortium for biomethane production from lignite (611/KOL/2013) | OECT and IIT - Kharagpur |
| 11 | Methane production from underground coal bed methane wells (201611034721) | OECT and TERI, Delhi |
| 12 | “A molten salt composition for high temperature thermal energy storage” (App. No. TEMP/E-1/16333/2017-MUM) | OECT and ICT, Mumbai |
(*) All International Patents are filed in 6 countries: USA, Japan, Canada, China, UK and Korea
