40th International Conference on Green Chemistry & Sustainable Environmental Solutions (GCSES 2025)

The 40th International Conference on Green Chemistry & Sustainable Environmental Solutions (GCSES 2025) promotes innovation and collaboration in environmentally friendly chemical practices and sustainable environmental technologies.

Key Topics

• Green synthesis of materials for solar cells, batteries, and fuel cells
• Utilizing waste streams as renewable resources
• Phytoremediation and bioremediation of contaminated soils
• Developing analytical methods with reduced environmental impact
• Indoor air quality improvement
• Atom economy and efficient synthesis design
• Designing for circularity and closed-loop systems
• Sustainable fertilizer and pesticide development
• Equitable distribution of green technologies
• Promotion of public awareness and engagement
• Sustainable sanitation and wastewater treatment
• Monitoring and control of particulate matter
• Development of bio-based polymers and materials
• Ethical considerations in green chemistry
• Development of catalysts for air pollutant removal
• Sustainable energy storage and conversion technologies
• Aqueous and solvent-free reactions
• Chemical recycling and upcycling of waste materials
• Biocatalysis and enzyme engineering
• Sustainable sourcing of raw materials
• Integration of green chemistry into SDG strategies
• Policy and regulation for sustainable chemistry
• Life cycle assessment and green chemistry metrics
• Green chemistry in sustainable business practices
• Organic farming and agroecology
• Green chemistry in education and curricula
• Development of biodegradable and compostable materials
• Green technologies for greenhouse gas reduction
• Supercritical fluids, ionic liquids, and eutectic solvents
• Biofuels
• Heterogeneous and homogeneous catalysis
• Sustainable construction materials
• E-waste processing
• Alternative and sustainable reaction media
• Responsible innovation and risk assessment
• Development of safer and more efficient synthetic routes
• Advanced oxidation processes for water treatment
• Membrane technologies for water purification
• Integration of green chemistry in sustainable infrastructure
• Sustainable product design and development
• International collaboration for sustainable development
• Development of sustainable raw material policies
• Removal of emerging contaminants
• Real-time pollutant monitoring
• Circular economy and green chemistry
• Sustainable land management and erosion control
• Photocatalysis and electrocatalysis for remediation
• Sustainable sample preparation techniques

Who should Attend

• Researchers in environmental science
• Policymakers focused on sustainability
• Professionals in chemical regulation
• Green technology innovators
• Students in chemistry and sustainability
• Academic scientists in green chemistry
• Water treatment experts
• Industry leaders in eco-friendly manufacturing
• Energy storage specialists
• Educators in science and sustainability
• Environmental health and safety officers
• Waste management professionals
• Sustainability consultants
• Public outreach coordinators
• Air quality analysts
• Analytical chemists