Jiang Wei’s scientific research projects

He has presided over the National Natural Science Foundation of China’s general projects, 3 National Natural Science Foundation of China Youth Funds, 1 Sichuan University Outstanding Young Scholars Fund, 4 NCUT scientific research projects, and 8 enterprise-entrusted projects. Participated in more than 10 projects including key projects of the National Natural Science Foundation of China, general projects of the National Natural Science Foundation of China, key projects of the Ministry of Education, New Teacher Fund of the Ministry of Education, and enterprise entrusted projects. Published more than 40 scientific research papers and approved 2 patents. Research on the mechanism and controllable preparation of magnetic boron-doped silver oxide broad spectrum high-efficiency photocatalyst (National Natural Science Foundation of China, 2015, project leader) Basic research on graded photocatalytic array reactor (Sichuan University Outstanding Youth Fund, 2015, project leader) Research on scientific issues of the application of ordered structure-enhanced microreactors in the ammonia oxidation process (National Natural Science Foundation of China, 2012, project leader) The effect of the filamentary structured catalyst bed on the multiphase reaction system Process Strengthening (National Natural Science Foundation of China Youth Project, 2009, Project Leader) Seprexing-Sichuan University School of Chemical Engineering Catalytic Technology Joint R&D Center First Construction Project (Enterprise Project, Project Leader) UCD Vehicle Fuel Deep Desulfurization Technology (Enterprise project, project leader) Research and development of high-flux hydrogen-permeable palladium membrane separation materials (Enterprise project, project leader) Computational research on the theoretical model of the structure-activity relationship of low-temperature Claus sulfur recovery catalysts (Enterprise project, project leader ) Low-level heat energy recovery technology for synthetic ammonia/urea fertilizer equipment (corporate project, project leader) Development of structured adsorbents (corporate project, project leader) Research on the specification of test methods for biodiesel production evaluation (corporate project) Jatropha oil resource biodiesel Research on basic issues of industrialization (major project of the Ministry of Education) Process optimization of biodiesel units of Sichuan Yangming Energy Technology Co., Ltd. (enterprise project) Basic research on the mechanism and application of new high-temperature desulfurizers (Natural Science Foundation Iron and Steel Joint Fund Project, 2009) IV Technical research on catalytic conversion of trichlorosilane from silicon chloride (enterprise project)