Time:2020-12-29 Reading:11597
List of licensed patents | |||||
Number | Patent name | Patent number | Date of application | Patent category | Patentee |
1 | Coupling jacket type fractal bifurcation heat exchanger | 201611076660.3 | 2016.11.30 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
2 |
A Composite Carbon Material Catalyst of Nickel-Iron-Manganese Metals, Preparation Method Thereof, and Applications |
202010063705.3 | 2020.01.20 | Invention |
Shanghai
Curui Low-Carbon Energy Technology Co. Ltd.
Shanghai Advanced Research Institute, Chinese Academy of Sciences
|
3 | Preparation and application of V-Ti-P nano catalyst for methanol oxidation to methyl formate | 202010440901.8 | 2020.05.22 | Invention |
Shanghai
Curui Low-Carbon Energy Technology Co. Ltd.
Shanghai Advanced Research Institute, Chinese Academy of Sciences
|
4 | The preparation and application of a non noble metal and noble metal bimetallic catalyst for hydrogenation and dehydrogenation of liquid organic hydrogen carrier | 202010406445.5 | 2020.05.14 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
5 | A synthesis method of reforming catalyst | 202011230361.7 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
6 | A NiO@CoAl-LDH multi-stage core-shell catalyst for methane dry reforming | 202011229366.8 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
7 | A catalyst for reforming methane carbon dioxide to syngas and its preparation method | 202011229349.4 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
8 | A synthetic method and application of reforming catalyst prepared by MOFs | 202011229347.5 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
9 | A preparation method of core-shell catalyst for dry reforming of methane | 202011229335.2 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
10 | A catalyst for reforming carbon dioxide to syngas | 202011230364.0 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
11 | Process method for preparing methyl formate by one-step oxidation of methanol | 202011229354.5 | 2020.11.06 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
12 | Preparation of a 3D covalent organic framework material and its application in rechargeable Zinc-air batteries | 202011294411.8 | 2020.11.18 | Invention |
Shanghai
Curui Low-Carbon Energy Technology Co. Ltd.
Shanghai Advanced Research Institute, Chinese Academy of Sciences
|
13 | A method for synthesizing valeraldehyde | 202011342953.8 | 2020.11.26 | Invention | Shanghai Advanced Research Institute, Chinese Academy of Sciences |
14 | A catalytic system for olefin hydroformylation and the instruction | 202011347818.2 | 2020.11.26 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
15 | Synthesis of ionic phosphoramidite ligands and their application in hydroformylation | 202011342977.3 | 2020.11.26 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
16 | The preparation method of high-viscosity pseudoboehmite from r-Al2O3 | 202011370005.5 | 2020.11.30 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
17 | The preparation and application of vanadium-titanium oxide supported sulfate nano-catalyst for methanol oxidation to dimethoxymethane. | 202011437064.X | 2020.12.11 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
18 | One for carbon dioxide hydrogenated copper base catalyst for synthesis of methanol and its manufacturing method and application | 202011437598.2 | 2020.12.11 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |
19 | A method for the preparation of nano calcium carbonate | 202011422252.5 | 2020.12.08 | Invention | Shanghai Curui Low-Carbon Energy Technology Co. Ltd. |