Program Sessions List
The scientific program includes keynote lectures, plenary sessions, oral and poster presentations, workshops, and panel discussions, covering areas such as Materials Chemistry, Polymer Chemistry, Electrochemistry, Analytical & Surface Chemistry, Environmental & Atmospheric Chemistry, Green & Sustainable Chemistry, Agricultural Chemistry, Nano Chemistry, AgroGeochemistry, AgroGeoEnvironment, Other Key topics.
Sessions A :
Intelligent Remote sensing of atmospheric aerosol properties for climate modeling and air quality monitoring.
Mitigating atmospheric hydrocarbon pollutants from initial emission to final removal: the potential role of Innovative technologies.
Spatio-temporal models & ecological data to develop mitigation & adaptation strategies: towards supporting both ecosystem & goals of sustainable development & climate neutrality.
Advanced artificial intelligence–based approach for atmospheric monitoring of air pollution.
Combating climate change by using both technological innovations and nature-based solutions.
Sessions B:
Converting green hydrogen into Synthetic Natural Gas via Power-to-Gas technologies.
Biomass-derived carbon materials, BCMs for clean energy storage technologies’
Electrochemistry, energy, & environmental sustainability: the potential role of innovation technologies.
Advanced Electrocatalysis and their role in the green energy transition.
Coupling electrochemical processes with renewable energy as an Emerging paradigm for environmental sustainability.
Sessions C 1:
Innovative & sustainable solutions in the environmental analytical chemistry.
Carbonaceous nanomaterials-based electrochemical sensors: significant applications in environmental monitoring & remediation
Biomass-to-biofuel conversion: nanotechnology, AI & hybrid systems to improve efficiency & sustainability.
Sessions C2:
Waste Management & Climate Change Mitigation: the potential role of Digitalization in the Implementation of the Circular Economy
Residual polyelectrolytes (PEs) from sludge dewatering. The powerful of analytical methods for water quality and treatment efficiency
The potential role of Quantum dots (QDs), on the removal of chemical and biological contaminants from aqueous systems
Sessions C3:
Agro-geochemistry, Agro-geoEnvironment & Sustainability: Challenges & Solutions
