(Topics include but are not limited to)
Circular material design and recyclability assessment
Techniques for dismantling and classifying waste products
Cleaning and surface repair processes for remanufacturing
Evaluation of the remaining lifespan of remanufactured components
Performance testing and certification of remanufactured products
Metal material regeneration and high-value utilization
Recycling technologies for plastics and composite materials
Equipment for resource recovery from electronic waste
Equipment for secondary utilization and recycling of power batteries
Techniques for resource utilization of construction solid waste
Intelligent sorting and identification equipment
Automation and robotics in resource utilization equipment
Energy consumption and carbon emission assessment in the remanufacturing process
Closed-loop supply chain and reverse logistics
Application of additive manufacturing in remanufacturing
Circular economy policies and standard systems
Economic and business models of remanufacturing
Reliability design of resource utilization equipment
Collaborative resource utilization of industrial solid waste
Green design and disassemblability design
Application of digital twins in resource utilization equipment
Life cycle assessment of circular materials
Market cultivation and promotion of remanufactured products
International resource recycling cases and experience sharing
Collaborative paths for circular materials and carbon neutrality