OECT Total Patents granted: 42, Total Patents Filed: 24, Copyrights: Nil
List of OECT patents granted
| S. No. | Work Centre/ Applicants | Title of Invention | Patent No. | Registration Date | Application No. | Application Date |
|---|---|---|---|---|---|---|
| 1. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | US 8968697B2 | 03.03.2015 | USA National Phase application no. 14/131285 (Priority application no. 1973/MUM/2011) |
09.07.2012 |
| 2. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | P5820928 | 09.10.2015 | Japan National Phase application no. P2014-518071 (Priority application no. 1973/MUM/2011) |
07.01.2014 |
| 3. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | CA 2841231 | 26.01.2016 | Canada National Phase application no. CA 2841231 (Priority application no. 1973/MUM/2011) |
08.01.2014 |
| 4. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | 10-1619677 | 02.05.2016 | South Korea National Phase application no. 10-2014-7003283 (Priority application no. 1973/MUM/2011) |
07.02.2014 |
| 5. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | 2101345 | 04.05.2016 | China National Phase application no. CN201280033679.3 (Priority application no. 1973/MUM/2011) |
07.01.2014 |
| 6. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | 294447 | 16.03.2018 | India: 1973/MUM/2011 | 08.07.2011 |
| 7. | OECT & ICT Mumbai | Hydrogen production method by Multi-step Cu-Cl thermochemical cycle | GB2507209 | 21.08.2018 | UK National Phase application no. GB1400306.5 (Priority application no. 1973/MUM/2011) |
09.07.2012 |
| 8. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | P5852238 | 11.12.2015 | Japan National Phase application no. P2014-518073 (Priority application no. 1975/MUM/2011) |
07.01.2014 |
| 9. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | CA2841236 | 10.05.2016 | Canada National Phase application no. CA 2841236 (Priority application no. 1975/MUM/2011) |
08.01.2014 |
| 10. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | US9447512 B2 | 20.09.2016 | USA National Phase application no. 14/131395 (Priority application no. 1975/MUM/2011) |
07.01.2014 |
| 11. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | GB2506318 | 08.02.2017 | UK National Phase application no. GB1400307.3 (Priority application no. 1975/MUM/2011) |
09.7.2012 |
| 12. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | 201280033680.6 | 10.10.2017 | China National Phase application no. CN201280033680.6 (Priority application no. 1975/MUM/2011) |
07.01.2014 |
| 13. | OECT & ICT Mumbai | Electrochemical cell used for the production of Copper using Cu-Cl thermochemical cycle | 310058 | 27.03.2019 | India: 1975/MUM/2011 | 08/07/2011 |
| 14. | OECT & ICT Mumbai | Effect of Operating Parameters on the Performance of electrochemical Cell in Cu-Cl Cycle | P5908583 | 01.04.2016 | Japan National Phase application no. P2014-518072 (Priority application no. 1974/MUM/2011) |
07.01.2014 |
| 15. | OECT & ICT Mumbai | Effect of Operating Parameters on the Performance of electrochemical Cell in Cu-Cl Cycle | CA 2841234 | 25.05.2016 | Canada National Phase application no. CA 2841234 (Priority application no. 1974/MUM/2011) |
08.01.2014 |
| 16. | OECT & ICT Mumbai | Effect of Operating Parameters on the Performance of electrochemical Cell in Cu-Cl Cycle | US 14131312 | 08.11.2016 | USA National Phase application no. US 14131312 (Priority application no. 1974/MUM/2011) |
08.01.2014 |
| 17. | OECT & ICT Mumbai | Effect of Operating Parameters on the Performance of electrochemical Cell in Cu-Cl Cycle | GB 2505852 | 14.06.2017 | UK National Phase application no. GB1400305.7A (Priority application no. 1974/MUM/2011) |
09.07.2012 |
| 18. | OECT & ICT Mumbai | Effect of Operating Parameters on the Performance of electrochemical Cell in Cu-Cl Cycle | 294960 | 26.03.2018 | India: 1974/MUM/2011 | 08.07.2011 |
| 19. | OECT & IIT Delhi | Catalyst Composition for Conversion of Sulfur trioxide and hydrogen production process | 319639 | 02.09.2019 | India: 201611014898 | 28.04.2016 |
| 20. | OECT & IIT Delhi | Catalyst Composition for Conversion of Sulfur trioxide and hydrogen production process | 6983226 | 17.12.2021 | Japan National Phase application no. 2019-508324 (Priority application no. 201611014898) |
29.10.2018 |
| 21. | OECT & IIT Delhi | Catalyst Composition for Conversion of Sulfur trioxide and hydrogen production process | 2346850 | 30.12.2021 | South Korea National Phase application no. 2018-7034440 (Priority application no. 201611014898) |
28.11.2018 |
| 22. | OECT & IIT Delhi | Process for conversion of sulphur trioxide and hydrogen production | 331403 | 06.02.2020 | India: 201611014896 | 28.04.2016 |
| 23. | OECT & IIT Delhi | Process for conversion of sulphur trioxide and hydrogen production | JP7084378B2 | 14.06.2022 | Japan National Phase application no. 2019-508323 (Priority application no. 201611014896) |
29.10.2018 |
| 24. | OECT & IIT Delhi | Process for conversion of sulphur trioxide and hydrogen production | US11390522B2 | 19.07.2022 | US National Phase application no. 16/096785 (Priority application no. 201611014896) |
26.10.2018 |
| 25. | OECT & IIT Delhi | Process for conversion of sulphur trioxide and hydrogen production | KR102448519B1 | 28.09.2022 | South Korea National Phase application no. 2018-7034203 (Priority application no. 201611014896) |
26.11.2018 |
| 26. | OECT & IIT Delhi | Vanadia supported Pt catalyst and use thereof for hydrogen-iodine decomposition in sulfur -iodine (I-S) cycle for hydrogen production | 350044 | 26.10.2020 | India: 2308/DEL/2014 | 13.08.2014 |
| 27. | OECT & IIT Delhi | Highly active supported bimettalic (Ni-Pt) catalyst for hydrogen iodide(HI) decomposition and synthesis procedure thereof | 352442 | 27.11.2020 | India: 2259/DEL/2014 | 08.08.2014 |
| 28. | OECT & ICT Mumbai | A molten salt composition for high temperature thermal energy storage | 356247 | 20.01.2021 | India: 201721016058 | 08.05.2017 |
| 29. | OECT & IIT Kharagpur |
Strategic enhancement of lignite biomethanation by fungal pre-treatment | 411835 | 18.11.2022 | India: 596/KOL/2013 | 24.05.2013 |
| 30. | OECT & PSGIAS | A Self-Cleanable Coating and a Confocal Dual-Spray Coating Process | 417381 | 10.01.2023 | India: 202011044649 | 14.10.2020 |
| 31. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | 2023/0044103 A1 | 09.02.2023 | USA National Phase application no. 17, 6221185 (Priority application no. 201911025144) |
22.12.2021 |
| 32. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | 447805 | 28.08.2023 | India: 201911025144 | 25.06.2019 |
| 33. | OECT & ICT Mumbai | Catalyst for CO2 methanation reaction having high activity and long term stability and process thereof | 429770 | 24.04.2023 | India: 202021004464 | 31.01.2020 |
| 34. | OECT & ICT Mumbai | Use of CO2 methanation reaction having high activity and long term stability and process thereof | JP7447275B2 | 01.03.2024 | Japan National Phase application no. 2022540780 PCT/IN2021/050061, 21.01.2021 (Priority application no. 202021004464) |
21.01.2021 |
| 35. | OECT & ICT Mumbai | Catalyst for CO2 methanation reaction having high activity and long term stability and process thereof | GB2605087 | 22.05.2024 | UK National Phase application no. 2208426.3 PCT/IN2021/050061, 21.01.2021 (Priority application no. 202021004464) |
21.01.2021 |
| 36. | OECT & IIT Roorkee | Trapezoidal with fin as Float Design of Point Absorber Wave Energy Convertor | 354261-001 | 18.05.2023 | Design patent in India - 136584 | 04.12.2021 |
| 37. | OECT & PSGIAS | A method for preparing efficient and scalable self-cleaning coating | 484583 | 18.12.2023 | India: 201911038090 | 20.09.2019 |
| 38. | OECT & PSGIAS | A method for preparing efficient and scalable self-cleaning coating | US11,884,578B2 | 30.01.2024 | US National Phase application no. 17/617,117 PCT/IN2020/050786 (Priority application no. 201911038090) |
10.09.2020 |
| 39. | OECT & TERI | Methane production from underground coalbed methane wells | 489441 | 26.12.2023 | India: 201611034721 | 10.10.2016 |
| 40. | OECT & IIT Kharagpur | Development of a novel anaerobic consortium for biomethane production from lignite | 497528 | 11.01.2024 | India: 611/KOL/2013 | 27.05.2013 |
| 41. | OECT & CSIR-CSMCRI, Bhavnagar | Acid and oxidative resistant cation exchange membrane and its method of preparation thereof | 525946 | 14.03.2024 | India: 201811013972 | 12.04.2018 |
| 42. | OECT & IIT Kharagpur | A process for the bioconversion of lignite to humic acid | 529647 | 21.03.2024 | India: 405/KOL/2011 | 25.03.2011 |
List of OECT patents filed
| S. No. | Work Centre/ Applicants | Title of Invention | Application No. | Application Date |
|---|---|---|---|---|
| 1. | OECT & IIT Delhi | Catalyst Composition for Conversion of Sulfur trioxide and hydrogen production process | China national phase application no. CN201780033009.4 (Priority application no. 201611014898 dated 28.04.2016)-Abandoned | 27.04.2017 |
| 2. | OECT & IIT Delhi | Process for conversion of Sulfur trioxide and hydrogen production | European national phase application no. EP17788952.4 (Priority application no. 201611014896 dated 28.04.2016) |
27.11.2018 |
| 3. | OECT & IIT Delhi | Catalyst Composition for Conversion of Sulfur trioxide and hydrogen production process | European national phase application no. EP17788953.2 (Priority application no. 201611014898 dated 28.04.2016) |
27.11.2018 |
| 4. | OECT & ICT Mumbai | A molten salt composition for high temperature thermal energy storage | PCT/IN2018/050273 (Priority application no. 201721016058 dated 08.05.2017) |
02.05.2018 |
| 5. | OECT & CSIR-CSMCRI, Bhavnagar | Acid and oxidative resistant cation exchange membrane and its method of preparation thereof | PCT/IN2019/050043 (Priority application no. 201811013972 Dated 12.04.2018) |
17.01.2019 |
| 6. | OECT & KDMIPE | A process for bioconversion of crude oil into methane | India: 202011022852 | 01.06.2020 |
| 7. | OECT & PSGIAS | A method for preparing efficient and scalable self-cleaning coating | PCT/IN2020/050786 (Priority application no. IN201911038090 dated 20.09.2019) |
10.09.2020 |
| 8. | OECT & PSGIAS | A method for preparing efficient and scalable self-cleaning coating | European national phase application no. 20786619 (Priority application no. IN201911038090 dated 20.09.2019) |
10.09.2021 |
| 9. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | PCT/IN2020/050552 (Priority application no. 201911025144 Dated: 25.06.2019) |
25.06.2020 |
| 10. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | Japan national phase application no. 2021-577293 (Priority application no. 201911025144 Dated: 25.06.2019) |
25.06.2020 |
| 11. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | European Union national phase application no. 20831754.5 (Priority application no. 201911025144 Dated: 25.06.2019) |
25.06.2020 |
| 12. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | South Korea national phase application no. 10-2022-7002843 (Priority application no. 201911025144 Dated: 25.06.2019) |
25.01.2022 |
| 13. | OECT & CSIR-CSMCRI, Bhavnagar | Fluorinated-aliphatic hydrocarbon based stable anion-exchange membrane and its method of preparation thereof | China national phase application no. 202080053050.X (Priority application no. 201911025144 Dated: 25.06.2019) |
21.01.2022 |
| 14. | OECT & ICT | Catalyst for CO2 methanation reaction having high activity and long term stability and process thereof | PCT/IN2021/050061 (Priority application no. 202021004464 dated 31.01.2020) |
21.01.2021 |
| 15. | OECT & ICT | Catalyst for CO2 methanation reaction having high activity and long term stability and process thereof | Germany national phase application no. 112021000826.9 (Priority application no. 202021004464 dated 31.01.2020) |
21.01.2021 |
| 16. | OECT & ICT | Catalyst for CO2 methanation reaction having high activity and long term stability and process thereof | US national phase application no 17796068 (Priority application no. 202021004464 dated 31.01.2020) |
21.01.2021 |
| 17. | OECT & IIT Delhi | A Sulfur Activated Graphite Electrode and Method of Preparation thereof | India: 202211036106 | 23.06.2022 |
| 18. | OECT & ICT Mumbai | Novel, Active and Efficient Heterogeneous Catalyst for Methanol Synthesis from Co Hydrogenation and Process Thereof | India: 202221076567 | 28.06.2023 |
| 19. | OECT & ICT Mumbai | Highly Selective and Long Term Stable Catalyst for Methanol Production from CO: Hydrogenation and Process Thereof | India: 202221076539 | 28.06.2023 |
| 20. | OECT & IIP | Cryogenic process for crude helium recovery from natural gas | India: 202211032467 | 06.06.2022 |
| 21. | OECT & IIP | Cryogenic process for crude helium recovery from natural gas | US national phase application no. 18/329,151 (Priority application no. 202211032467 dated 06.06.2022) |
05.06.2023 |
| 22. | OECT & MANIT | Carbon doped silica nanostructured Cu/CuO catalyst for plasma conversion of CO2 to CO | India: 202311015721 | 09.03.2023 |
| 23. | OECT & IIT Roorkee | A heaving point absorber wave energy convertor for generating electricity from ocean energy | India: 202311017076 | 14.03.2023 |
| 24. | OECT & ARI | Biocide for control of sulfate reducing bacteria | India: 202411007391 | 03.02.2024 |
