| Serial number | Patent Name |
| 1 | The invention relates to a low carbon hydrocarbon sulfur-resistant deoxidizer and a preparation method thereof |
| 2 | The invention relates to a bifunctional catalyst for deacetylating and Deoxidizing low-carbon Hydrocarbon, a preparation method and application thereof |
| 3 | The invention relates to an adsorbent for removing sulfur and oxygen impurities in a light hydrocarbon material stream, and a preparation and regeneration method thereof |
| 4 | The invention relates to a deep desulfurization method for saturated liquid hydrocarbon |
| 5 | The invention relates to a composite metal oxide desulphurization and arsenic removal agent and a preparation method thereof |
| 6 | The invention relates to a ambient temperature liquid hydrocarbon desulfurization agent and a preparation method thereof |
| 7 | The invention relates to a preparation method of an efficient composite oxide desulfurizer |
| 8 | The invention relates to a novel high-efficient dechlorination agent and a preparation method thereof |
| 9 | The invention relates to a preparation method of an iron oxide desulfurizer |
| 10 | The invention relates to a preparation method of a loading dechlorination agent |
| 11 | An adsorbent for removing disulfide from liquid hydrocarbons and a preparation method thereof |
| 12 | A Liquefied petroleum gas deep desulphurization method |
| 13 | The invention relates to an adsorbent for removing polar molecules from a light hydrocarbon material stream and a preparation and regeneration method thereof |
| 14 | Desulphurization and deodorization process of storage tank breathing exhaust gas |
| 15 | The invention relates to a method for treating ultra-high concentration organic matter wastewater in the methanol-to-olefin process |
| 16 | The invention relates to a method for treating ultra-high concentration organic matter wastewater in the methanol-to-olefin process |
| 17 | A refining method of No. 200 solvent oil |
| 18 | Method for industrial production of dicyclohexyldimethoxysilane by one-step process |
| 19 | The invention relates to a method for industrial production of dialkyl = alkoxy Silane |
| 20 | A process for recovering oxolane in a stepwise grignard process |
Cooperation with the owners of the subject research
| Serial number | Project name | Owner flat |
| 1 | Industrial Test of carbon 4 deep desulfurization in MTBE unit | Sinopec Wuhan Branch |
| 2 | Study on complete process technology of MTBE deep desulphurization | Sinopec Wuhan Branch |
| 3 | Study on the composition analysis and removal method of chloride in crude oil | 中Sinopec Wuhan Branch |
| 4 | Clean production technology for deep desulfurization of saturated liquid hydrocarbon | Sinopec Luoyang Branch |
| 5 | Research on propylene Deoxidation in 1,2-epoxypropane plant | Sinopec Changling County Branch |
Science and technology research projects of the Wuhan Science and Technology Bureau
| Serial number | Project name | Application for funding |
| 1 | Preparation of HBA-163 antistatic agent | Half a million |
| 2 | HBA-163 antistatic agent | A million |
| 3 | Develop a series of products for electron body and gas purifier | 5 million |
| 4 | TAS-01 | Three hundred thousand |
| 5 | Application of TAS-01 dearsenic agent | 1.5 million |
| 6 | Development and industrialization of new environment-friendly multifunctional flocculants | Two hundred thousand |