Environmental Engineering (EVE)

Section Information

Environmental Engineering focuses on the design, development, and implementation of solutions that protect human health and the environment. It addresses pollution control, water and wastewater treatment, air quality management, waste management, environmental restoration, and sustainable resource use.

Modern research in environmental engineering includes advanced treatment technologies, environmental monitoring, renewable energy integration, climate resilience, green infrastructure, environmental modeling, and risk assessment. Innovations in biotechnology, membrane processes, sensors, and data-driven environmental systems continue to shape the field.

This section publishes research articles, technical studies, reviews, and case reports addressing environmental pollution, remediation strategies, treatment methods, sustainability practices, and engineering approaches that support ecosystem and public health.

Scope

Water and Wastewater Treatment
- Physical, chemical, and biological treatment processes
- Membrane filtration, adsorption, and advanced oxidation
- Nutrient removal, disinfection, and emerging contaminants
- Decentralized and sustainable treatment technologies
Air Quality and Atmospheric Pollution
- Air pollutant measurement, modeling, and control
- Particulate matter, greenhouse gases, and toxic emissions
- Indoor air quality and exposure assessment
- Mitigation strategies for industrial and urban pollution
Solid and Hazardous Waste Management
- Waste characterization, treatment, and disposal technologies
- Recycling, resource recovery, and circular economy approaches
- Hazardous waste minimization and contamination control
- Landfill design, monitoring, and remediation
Environmental Biotechnology
- Bioremediation of contaminated soil, water, and air
- Microbial processes for pollutant degradation
- Biosensors, biofilters, and biomonitoring
- Applications in waste treatment and resource recovery
Hydrology and Water Resources Engineering
- Surface and groundwater modeling
- Stormwater management and flood control
- Watershed analysis, sediment transport, and climate impacts
- Sustainable water supply and conservation strategies
Environmental Modeling and Risk Assessment
- Pollution fate and transport models
- Human and ecological risk assessment
- Decision support systems and uncertainty analysis
- GIS and remote sensing in environmental monitoring
Sustainable and Renewable Energy Systems
- Energy efficiency and low-carbon technologies
- Bioenergy, solar, wind, and integrated energy systems
- Life-cycle assessment and sustainability metrics
- Environmental impact of energy production and use
Climate Change Adaptation and Environmental Resilience
- Infrastructure design for climate resilience
- Green infrastructure and nature-based solutions
- Vulnerability assessment and adaptation planning
- Mitigation strategies for climate-related risks