17th International Conference on Environmental Engineering and Applications (ICEEA 2027)

The 17th International Conference on Environmental Engineering and Applications (ICEEA 2027) addresses advances in environmental engineering, sustainability, and ecological applications for global challenges.

Key Topics

• Environmental ecological engineering
  • Global environmental change and ecosystems management
  • Integrated ecosystems management
  • Environmental restoration and ecological engineering
  • Habitat reconstruction
  • Biodiversity conservation
  • Deforestation
  • Wetlands
  • Landscape degradation and restoration
  • Soil decontamination
  • Eco-technology
  • Bio-engineering
  • Geophysics
  • Satellite applications in the environment
• Ecosystem management and sustainable development
• Health and the environment
  • Health related organisms
  • Hazardous substances and detection techniques
  • Biodegradation of hazardous substances
  • Toxicity assessment and epidemiological studies
  • Management and regulation of point and diffuse pollution
  • Monitoring and analysis of environmental contaminant
  • Quality guidelines, environmental regulation and monitoring
  • Public participation
  • Economic instruments
  • Modeling and decision support tools
  • Institutional development
  • Transboundary cooperation
• Resources and environment engineering
  • Water resources management and water pollution control
    • Hydrology
    • Physical oceanography
    • Ground water remediation
    • Water resources and river basin management
    • Regulatory practice, water quality objectives standard setting, water quality classification
    • Ground water management
    • Wastewater and sludge treatment
    • Suspended and fixed film biological processes
    • Anaerobic treatment
    • Sludge treatment and reuse
    • Industrial wastewater treatment
    • Storm-water management
    • Water treatment and reclamation
    • Management of water treatment residuals
    • Aesthetic quality of drinking water (taste, odors)
    • Effect of distribution systems on potable water quality
    • Reuse of reclaimed waters
  • Atmospheric science and air pollution control
    • Atmospheric physics
    • Meteorology
    • Climate and climatic changes
    • Global warming
    • Ozone layer depletion
    • Carbon capture and storage
    • Biofuels
    • Air pollution and control
    • Emission sources
    • Atmospheric modeling and numerical prediction
    • Interaction between pollutants
    • Control technologies
    • Air emission trading
    • Indoor air pollution
  • Solid waste pollution control and resource utilization
    • Solid waste management
    • Waste minimization
    • Optimization of collection systems
    • Recycling and reuse
    • Waste valorization
    • Resource management
    • Technical aspects of treatment and disposal methods (landfilling, thermal treatment etc)
    • Leachate treatment
    • Legal, economic and managerial aspects of solid waste management
    • Management of hazardous solid waste
• Environmental monitoring and management

Who should Attend

• Graduate students
• Environmental engineers
• Policy makers and regulators
• Researchers and academics
• Non-governmental organizations
• Industry professionals