Focus and Scope

Advanced Sustainable Materials and Technologies welcomes contributions from the following sections:

Green Building Materials

  • Reclaimed wood, metal, glass, and plastic in construction
  • Biodegradable materials to minimize environmental impact
  • Low-carbon concrete, steel, and insulation to reduce emissions

Energy-Efficient Building Materials

  • High-performance insulation, aerogels, and phase-change materials
  • Smart windows with automatic transparency adjustment
  • Reflective materials to reduce heat absorption and energy use

Sustainable Construction Techniques

  • 3D printing for low-waste construction
  • Prefabricated components to optimize resource use
  • Net-zero energy buildings with solar, wind, and efficient designs

Alternative Renewable Materials

  • Agricultural waste-based construction materials
  • Fast-growing, renewable resources for flooring and structural elements

Carbon Capture and Storage in Materials

  • CO₂-absorbing concrete
  • Natural fiber composites with biodegradable resins

Recycling and Upcycling in Construction

  • Salvaged materials from old buildings (bricks, beams, flooring)
  • Modular and reusable construction components

Technology in Waste Reduction

  • Waste-to-energy and material conversion systems
  • AI and machine learning for optimized resource management

Smart Materials and Building Systems

  • Self-repairing materials for extended durability
  • Energy-harvesting surfaces (solar, wind, kinetic)
  • Adaptive materials responsive to temperature and humidity

Innovative Integrated Retrofit Systems

  • Seismic-energy retrofit technologies
  • Energy-efficient and earthquake-resilient facades
  • Exoskeleton-based seismic-energy solutions
  • Self-powered structural health monitoring (SHM) systems
  • Sustainable retrofitting for community resilience

Sustainable Water Management Systems

  • Water-efficient fixtures and drought-resistant landscaping materials
  • Advanced rainwater collection and reuse technologies

Eco-Friendly Manufacturing Processes

  • Low-energy, low-emission material production
  • Sustainable sourcing and transparent supply chains

Life Cycle Assessment (LCA) of Materials

  • Environmental impact evaluation from extraction to disposal
  • Circular design for recyclability and repurposing

Sustainable Urban Design Technologies

  • Green roofs, walls, and vegetation for energy efficiency and air quality
  • Urban sustainability systems for food production and environmental improvement