Subject Areas

For the Journal of Advanced Environmental Engineering Solutions (JAEES), a comprehensive coverage of subject areas is essential to attract a wide range of high-quality research submissions and cater to the multidisciplinary field of environmental engineering. Here are the key subject areas that JAEES could focus on:

  1. Water Resources Engineering
    • Advanced technologies in water and wastewater treatment.
    • Desalination and water reuse technologies.
    • Stormwater management and sustainable urban drainage systems.
  2. Air Quality and Pollution Control
    • Innovations in air pollution control technologies.
    • Air quality monitoring and management.
    • Emission reduction strategies and technologies.
  3. Waste Management and Resource Recovery
    • Technologies for solid waste management, including recycling and waste-to-energy processes.
    • Hazardous waste treatment and disposal.
    • Lifecycle assessment and sustainability of waste management systems.
  4. Sustainable Energy Solutions
    • Integration of renewable energy sources into environmental engineering projects.
    • Energy efficiency in environmental systems.
    • Bioenergy and its environmental impacts.
  5. Climate Change Mitigation and Adaptation
    • Carbon capture, utilization, and storage technologies.
    • Adaptation strategies for infrastructure resilience against climate change.
    • Environmental impact assessments related to climate change.
  6. Environmental Remediation
    • Techniques for the remediation of contaminated land and water.
    • Bioremediation and phytoremediation technologies.
    • Geo-environmental engineering.
  7. Green Building and Sustainable Construction
    • Sustainable materials and technologies in construction.
    • Green building certifications and standards.
    • Life cycle analysis of building materials.
  8. Environmental Policy and Regulation
    • Development and analysis of environmental policy.
    • Environmental law and compliance.
    • International regulations and their local impacts.
  9. Environmental Impact Assessment
    • Methods for conducting comprehensive environmental impact assessments.
    • Public health impact of environmental engineering projects.
    • Socio-economic impacts and community engagement.
  10. Technology and Innovation in Environmental Engineering
    • Use of artificial intelligence and machine learning in environmental engineering.
    • Innovations in environmental monitoring and data analysis.
    • Smart technologies for environmental sustainability.