ICEESD 2026: International Conference on Energy, Environment and Sustainable Development

ICEESD 2026: International Conference on Energy, Environment and Sustainable Development addresses innovations and challenges in energy systems, environmental protection, and sustainable development across technological, economic, and social dimensions.

Key Topics

• Advanced Controls
• Advanced Computational Techniques and Computer Simulations
• Air-conditioning and Refrigeration Systems
• Advanced recycle technologies
• Biofuels sustainability
• Bio-fuels & food scarcity
• Clean Transportation Fuels
• City planning
• Community participation in environmental issues
• Combined and Co-generation Energy Systems
• Development of methods for the analysis and evaluation of complex system
• Deregulation of electric supply industry
• Distributed power generation
• Development of models of energy, water and environment systems
• Education in Sustainable Development
• Ecosystems analysis, protection and remediation
• Energy and Environmental Issues
• Energy Analysis
• Energy Conservation
• Energy and Sustainable Development
• Energy economics, engineering and education
• Energy Conversion and Management
• Energy Policy and Planning
• Energy efficient appliances
• Energy Storage
• Energy resources
• Environmental economics
• Energy, gender & environment
• Environmental legislation and policy
• Environmental impact assessment
• Forecasting
• Environmental management
• Fuels and Alternatives
• Fossil fuel resources and management
• Green Building
• Geo-informatics
• Hydrogen as fuel
• Hybrid vehicles sustainability
• Hydrogen strategy and sustainable development
• Hydrogen fuel & Emerging Energy Technologies
• Integrated territorial and environmental risk analysis
• Indicators of sustainability
• Manufacturing and Services
• Issues and Opportunities for Coal in Developing Countries
• Material Design and Analysis
• Marine environment
• Policy and Planning
• Plant Integrity
• Power and energy systems
• Politics and sustainability
• Renewable Energy and Emerging Energy Technology
• Regional planning
• Resources management
• Renewable Energy Technologies
• Social and cultural issues
• Rural development
• Sustainability science
• Solid waste management
• Sustainable development in developing countries
• Sustainable development in agriculture
• Thermodynamics, Heat Transfer and Fluid Dynamics
• Thermodynamic Optimization and Exergy Analysis
• Urban landscapes
• Transportation
• Waste to energy, emissions and its control
• Waste management
• Waste water treatment