The International Green Electrochemistry & Environment Council (IGEEC) is an international scientific organization committed to advancing research, innovation, and global collaboration in the fields of green electrochemistry, environmental sustainability, and clean energy technologies. Established as a multidisciplinary platform, IGEEC aims to bring together leading scientists, engineers, academic institutions, research laboratories, and industrial partners to address some of the most pressing environmental challenges facing modern society. By fostering international cooperation and promoting interdisciplinary research, the council seeks to accelerate the development of innovative electrochemical technologies that contribute to pollution control, sustainable resource management, and the transition toward environmentally responsible industrial practices. IGEEC actively supports the dissemination of scientific knowledge through collaborative research initiatives, scientific publications, conferences, and training programs designed to strengthen global research capacity. Particular emphasis is placed on emerging technologies related to water purification, environmental monitoring, green industrial processes, and hydrogen-based energy systems. Through its international network of researchers and institutions, the council encourages knowledge exchange, promotes scientific excellence, and supports the development of sustainable technological solutions capable of addressing environmental and energy challenges on a global scale.
Encourage the development of environmentally friendly electrochemical technologies and sustainable industrial processes.
Build strong partnerships between universities, research institutions, laboratories, and industry worldwide.
Promote advanced research addressing global environmental challenges such as pollution, water treatment, and ecosystem protection.
Organize scientific conferences, workshops, training programs, and collaborative research initiatives.
IGEEC envisions a global scientific community where interdisciplinary research, technological innovation, and international collaboration contribute to sustainable development and environmental protection. By connecting researchers, institutions, and industries across continents, the council seeks to accelerate the implementation of green technologies capable of addressing the environmental and energy challenges of the 21st century.
ICMAB-CSIC, Spain – Electrochemical energy storage.
Technical University of Munich – Fuel cells & hydrogen energy.
MIT, USA – Electrochemical catalysis and energy materials.
CNRS Toulouse – Supercapacitors and energy storage.
Nanjing Tech University – Fuel cells and energy conversion.
Keio University – Nanomaterials and electrochemical systems.
Université Paris Cité / CNRS, France – Surface chemistry and functional electrochemical materials.
Université de Franche-Comté, France – Electrochemical reactors and environmental electrochemistry.
University of Birmingham, UK – Environmental biotechnology and sustainable bio-processing.
Universiti Teknologi Malaysia – Green chemical engineering and water treatment technologies.
CIC energiGUNE, Spain – Advanced materials for electrochemical energy storage.
University of Texas at Austin, USA – Lithium batteries and electrochemical energy storage.