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Recently, three national key R&D projects led by Taiyuan University of Technology were approved
.
Among them, the total cost of the project of "Joint Research and Development of Key Technologies for Low-carbon Conversion of Carbon-based Raw Materials into Chemicals" is 9.
83 million yuan.
Facing the global trend and common needs of deep decarbonization of the chemical industry, the project uses solar energy or zero-carbon renewable energy for heating through the optimization of the chemical unit process, couples the effective element conversion of materials with energy utilization, and realizes the clean production of hydrogen and oxygenated organic compounds in parallel with zero carbon emissions at the system technical level.
By designing the process route of new high-value products, we will drive the high-quality development of
the coal chemical industry.
The total cost of the project "Basis of Catalysis and Separation of Coal Directional Cracking to Prepare Condensed Aromatic Compounds under Mild Conditions" is 3 million yuan
.
The project will give full play to the natural aromatic ring structure characteristics of coal, develop the technology of coal directional cracking to prepare high-end fine chemicals under mild conditions, as a new way of non-energy utilization of coal, avoid the problem of homogenization of coal chemical and petrochemical product chains, and improve the added value
of coal-based products.
The total cost of the project "Design of Substrate Structure Design of Metal-based Active Layer and Its Catalytic Mechanism for the Growth and Regulation of Diamond Film" is 3 million yuan
.
Facing the application demand of high-quality large-size single-crystal diamond materials in the semiconductor field, the project carries out the design of metal-based active layer substrate structure and its catalytic mechanism for the growth regulation of diamond films, realizes the preparation of high-quality large-size single-crystal diamond films, and promotes the development of ultra-wide bandgap semiconductor materials and the industrial application
of cutting-edge electronic devices.
