Scopes
(Topics include but are not limited to)
Topic 1: New Materials
Intelligent materials
magnetic material
New building materials
Superconducting materials
New semiconductor materials
New generation amorphous materials
Nano powder materials
New semiconductor materials
magnetic material
Optoelectronic materials
Environmentally friendly materials
Solar cell materials
Hydrogen storage materials
Nanomaterials and Technologies
Graphene
Superconducting materials and raw materials
Biomaterials and products
Superconductor
Oxidation and corrosion
Surface and Interface Science
Quantum technology
Composite materials for wind power generation
Composite materials for flue gas desulfurization devices
Composite materials for transmission and transformation equipment
Design and synthesis of energy conversion materials (energy storage materials, electrode materials, photoelectric conversion materials, etc.)
Electrochemical functional materials and energy storage and conversion technology
Theme 2: Energy
Energy saving technology
Coal Mine Engineering and Technology
Energy storage technology
renewable energy
Thermal and Power Engineering
Energy Engineering and Environmental Engineering
Renewable energy technologies and systems
Energy security and clean utilization
Mineral Resources and Mining Engineering
wind power generation
Solar related technologies and applications
Alternative fuels
Nuclear Power Technology
Greenhouse gas treatment
Clean energy development
Thermal Engineering and Thermodynamics
Traditional energy engineering (coal, oil, natural gas, etc. without traditional electricity)
Energy in buildings
Energy Equipment and Energy Management
Thermal Energy Engineering and Wind Energy Engineering
Nuclear Energy Engineering and Hydrogen Resources
Energy Materials and Energy Technology
Energy Security and Energy Systems
Energy conversion and energy efficiency
Energy analysis and energy transfer
Clean coal and fossil fuels
Biomass energy engineering
Energy Chemical Engineering
Energy saving lighting products and technologies
New energy vehicles
Oil and Gas Resource Engineering
Machines and equipment for resource processing
Hydroelectric power generation, geothermal and tidal power generation
Biogas and biomass energy
Hybrid energy system
New Technologies for Oil and Gas Development
Topic 3: Chemical Engineering
Polymer Engineering
Energy conservation and emission reduction, chemical industry
Process Enhancement
Pharmaceutical Engineering
Research on Catalysts and Catalytic Reactions
New energy development and energy chemical industry
Clean production and green chemical technology
Biochemistry and Technology
Electrochemical Engineering
Waste treatment and environmental chemicals
Chemical thermodynamics and kinetics
Chemical Process Systems and Information Engineering
Chemical machinery and equipment
Paper and Fiber Engineering
Food Science and Engineering
Dielectric superlattice and its microstructure materials and devices
Dielectric, ferroelectric thin films and integrated devices
Artificial bandgap materials
All oxide heterostructures and devices
Nanomaterials and Nanoelectronics
New functional inorganic non-metallic materials, microstructure material design
High performance calculations in material design
Nonlinear photonics
Controllable synthesis and assembly of low dimensional nanomaterials
Nanophotonics materials
Colloids and Interface Chemistry
Electrochemical and biosensors
Dielectric superlattice and its microstructure materials and devices
Topic 1: New Materials
Intelligent materials
magnetic material
New building materials
Superconducting materials
New semiconductor materials
New generation amorphous materials
Nano powder materials
New semiconductor materials
magnetic material
Optoelectronic materials
Environmentally friendly materials
Solar cell materials
Hydrogen storage materials
Nanomaterials and Technologies
Graphene
Superconducting materials and raw materials
Biomaterials and products
Superconductor
Oxidation and corrosion
Surface and Interface Science
Quantum technology
Composite materials for wind power generation
Composite materials for flue gas desulfurization devices
Composite materials for transmission and transformation equipment
Design and synthesis of energy conversion materials (energy storage materials, electrode materials, photoelectric conversion materials, etc.)
Electrochemical functional materials and energy storage and conversion technology
Theme 2: Energy
Energy saving technology
Coal Mine Engineering and Technology
Energy storage technology
renewable energy
Thermal and Power Engineering
Energy Engineering and Environmental Engineering
Renewable energy technologies and systems
Energy security and clean utilization
Mineral Resources and Mining Engineering
wind power generation
Solar related technologies and applications
Alternative fuels
Nuclear Power Technology
Greenhouse gas treatment
Clean energy development
Thermal Engineering and Thermodynamics
Traditional energy engineering (coal, oil, natural gas, etc. without traditional electricity)
Energy in buildings
Energy Equipment and Energy Management
Thermal Energy Engineering and Wind Energy Engineering
Nuclear Energy Engineering and Hydrogen Resources
Energy Materials and Energy Technology
Energy Security and Energy Systems
Energy conversion and energy efficiency
Energy analysis and energy transfer
Clean coal and fossil fuels
Biomass energy engineering
Energy Chemical Engineering
Energy saving lighting products and technologies
New energy vehicles
Oil and Gas Resource Engineering
Machines and equipment for resource processing
Hydroelectric power generation, geothermal and tidal power generation
Biogas and biomass energy
Hybrid energy system
New Technologies for Oil and Gas Development
Topic 3: Chemical Engineering
Polymer Engineering
Energy conservation and emission reduction, chemical industry
Process Enhancement
Pharmaceutical Engineering
Research on Catalysts and Catalytic Reactions
New energy development and energy chemical industry
Clean production and green chemical technology
Biochemistry and Technology
Electrochemical Engineering
Waste treatment and environmental chemicals
Chemical thermodynamics and kinetics
Chemical Process Systems and Information Engineering
Chemical machinery and equipment
Paper and Fiber Engineering
Food Science and Engineering
Dielectric superlattice and its microstructure materials and devices
Dielectric, ferroelectric thin films and integrated devices
Artificial bandgap materials
All oxide heterostructures and devices
Nanomaterials and Nanoelectronics
New functional inorganic non-metallic materials, microstructure material design
High performance calculations in material design
Nonlinear photonics
Controllable synthesis and assembly of low dimensional nanomaterials
Nanophotonics materials
Colloids and Interface Chemistry
Electrochemical and biosensors
Dielectric superlattice and its microstructure materials and devices
Important Dates/重要日期
- Submission Deadline: December 18, 2025
- Registration Deadline: December 23, 2025
- Conference Date: January 8, 2026
- Notification Date: About a week after the submission
Submission Portal/投稿方式
Mail Address: eiference@126.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
李老师
+86-13281839189(微信同号)
3972460226
邓老师
+86-16786906743(微信同号)
329900170


