📚︎I. Renewable Energy Technologies and Systems

Solar Energy Technologies; Wind Energy Technologies; Hydropower Technologies; Geothermal Energy Technologies; Biomass Energy and Biofuels; Smart Grids and Energy Internet; Energy Economics and Policy Analysis;

📚︎II. Energy Conversion and Storage Technologies

Novel Photovoltaic Materials and Devices; High-Efficiency Photocatalysis and Photoelectrochemistry; Hydrogen Production and Storage; Solid-State and Advanced Battery Technologies; Supercapacitors and Energy Storage Devices; Low-Carbon Energy and Carbon Capture Technologies; Carbon Dioxide Recycling and Conversion; Gas Separation and Purification Technologies; Design of Green Energy Materials; Thermal Energy Dynamics and Thermal Management; Safe and Environmentally Friendly Energy Technologies;

📚︎III. Fundamentals of Chemical Engineering and Catalysis Technologies

Catalyst Design and Synthesis; Heterogeneous Catalysis and Surface Science; Chemical Reaction Engineering; Applications of Nanomaterials in Chemical Engineering; Electrochemistry and Electrocatalysis Technologies; Microreactors and Continuous Flow Synthesis;

📚︎IV. Chemical Engineering Processes and Manufacturing Technologies

Process Systems Engineering and Optimization; Separation Engineering and Membrane Technologies; Green Chemical Processes; Intelligent Manufacturing and Process Control; Biochemical Engineering; Integrated New Energy Chemical Engineering;