(Including but not limited to the following topics)
Track 1: Energy Storage Materials
Design of high-energy-density electrode materials
New electrolytes and interface regulation
Breakthroughs in key materials for solid-state batteries
Innovative systems for sodium/kali/zinc-ion batteries
Lithium-sulfur battery materials and catalytic mechanisms
Core materials for metal-air batteries
Development of multivalent-ion battery materials
Fast-charging battery materials and structure design
Extreme-condition energy storage materials
Material calculation and high-throughput screening
Green and degradable energy storage materials
Material failure analysis and characterization techniques
Track 2: Resource Recycling
Resource utilization from electronic waste
High-value conversion of industrial solid waste
Urban mineral resource development and utilization
Biological resource recycling technology
Regeneration of waste polymers
Metal material recycling
Pollution control in resource recycling processes
Optimization of circular economy systems
Resource regeneration standards system
Certification methods for recycled materials
Carbon emission reduction benefits of resource recycling
Wind energy storage, hydrogen energy storage
Inductive energy storage
Hydroelectric power storage through pumped storage
Capacitor energy storage system
Solar cells, fuel cells
Track 3: Environmental Remediation
Materials and technologies for soil pollution remediation
Groundwater pollution control and remediation
In-situ fixation of heavy metal pollution
Materials for organic pollutant degradation
Management of water body eutrophication
Pollution control materials for the atmosphere
Emerging pollutant removal technologies
Design of environmental remediation functional materials
Breakthroughs in microbial remediation technology
Case studies of ecological engineering remediation
Evaluation of environmental remediation efficacy
Green and sustainable remediation pathways ......