SMAM 2025 will focus in areas of sustainable metallurgy and advanced materials. SMAM 2025 provides a leading international forum that brings together researchers and practitioners from diverse fields with the purpose of exploring the fundamental roles, interactions as well as practical impacts of related fields. The conference programme will include paper presentations and poster sessions, along with prominent keynote speakers and industrial workshops. All submitted papers will be reviewed by experts in the field based on the criteria of originality, significance, quality and clarity.

Topic:

T1: Sustainable Metallurgical Processes
Green Extraction Techniques
Recycling of Metals
Bioleaching and Bioremediation
Energy-Efficient Metallurgical Processes
Hydrometallurgy Advances
Electrochemical Metallurgy
Waste Minimization in Metallurgy
Life Cycle Assessment in Metallurgy

T2: Advanced Materials for Sustainable Applications
Lightweight Alloys
High-Performance Coatings
Smart Materials
Biodegradable Composites
Nanomaterials for Sustainability
Reinforced Sustainable Materials
Thermal Management Materials
Sustainable Ceramics

T3: Recycling and Circular Economy in Metallurgy
Closed-Loop Recycling Systems
Urban Mining
End-of-Life Metal Recovery
Material Flow Analysis
Policy and Regulation for Recycling
Consumer Awareness and Participation
Innovative Recycling Technologies
Economic Viability of Recycling

T4: Environmental Impact and Sustainability Assessment
Carbon Footprint of Metallurgical Processes
Water Management in Metallurgy
Air Quality and Emissions Control
Sustainability Metrics and Indicators
Impact of Mining on Ecosystems
Sustainable Supply Chain Management
Environmental Risk Assessment
Community Engagement in Sustainable Practices

T5: Innovations in Material Characterization and Testing
Advanced Characterization Techniques
Non-Destructive Testing Methods
Microstructural Analysis
Mechanical Properties Testing
Corrosion Resistance Evaluation
Thermal and Electrical Conductivity Testing
Fatigue and Fracture Testing
Modeling and Simulation of Material Behavior

T6: Policy, Education, and Industry Collaboration
Sustainable Metallurgy Policies
Industry-Academia Partnerships