CatScience 2025 Conference Proceedings Collaboration with Green Chemical Technology (GCT)

We are excited to announce a prestigious collaboration between CatScience 2025 and Green Chemical Technology (GCT), an internationally recognized research journal. This partnership will ensure the publication of the CatScience 2025 conference proceedings in GCT, a leading journal focused on cutting-edge developments in green chemical technologies and sustainable practices.

This collaboration not only amplifies the global impact of CatScience 2025, but also strengthens our commitment to advancing innovation in green chemistry, catalysis, and sustainability.

Conference Chair: Prof. György Keglevich

We are privileged to have Prof. György Keglevich, Chair of the CatScience 2025 Conference, as an esteemed member of the editorial board of Green Chemical Technology. His leadership plays a critical role in curating and overseeing a high-quality collection of research for the conference proceedings. Prof. Keglevich's deep expertise and dedication ensure that the special issue of the journal will showcase the most impactful research emerging from the conference.

His involvement highlights the collaborative nature of CatScience 2025, bringing together prominent researchers and institutions to foster groundbreaking discussions on green chemical technologies.

Aims & Scope of Green Chemical Technology (GCT)

Green Chemical Technology (GCT) is an international journal that addresses the full spectrum of green chemical technologies and their applications. The journal covers the latest research in:

• Chemical Engineering Materials and Process
• Mining and Metallurgy Development and Technology
• Chemical Synthesis
• Separation Science
• High-efficiency Chemical Equipment and Intelligent Control
• Waste Recycling

The journal is at the forefront of research in promoting sustainable chemical engineering processes, waste reduction, and green chemistry innovations.

Scope of Coverage:

The scope of Green Chemical Technology includes, but is not limited to, the following key topics:

• Green Product Design: Emphasizing life-cycle, recycling, re-use, efficient processes, and reducing material intensity.
• Mining and Metallurgy Development: Innovations in metallurgy and mining processing.
• Chemical Synthesis: : Including green reactions, green catalysis, green solvents, and reagents.
• Separation Science and Technology: Featuring membranes, chromatography, bioseparations, and other innovative separation techniques.
• Green Chemicals and Energy from Renewable Resources: Including phosphorus- and silicon-based chemicals, microelectronic chemicals, CO2, and biomass.
• Novel Materials for Energy/Fuel Production and Storage: Biofuels, hydrogen, fuel cells, solar cells, lithium-ion batteries, and other materials for sustainable energy.
• Green Chemical Engineering Processes: Process integration, energy savings, waste minimization, and efficient separation processes
• High-Efficiency Chemical Equipment and Intelligent Control: Focus on the latest advances in chemical engineering equipment.
• Green Technologies for Waste Recycling: Environmental protection and ecological restoration technologies.
• Comprehensive Utilization of Bulk Solid Waste: Advancing methods for the efficient and eco-friendly use of bulk solid waste.

Proceedings Link

The CatScience 2025 Conference Proceedings will be published as a Special Issue in Green Chemical Technology (GCT), featuring the leading research from the conference. This special issue will be an essential resource for professionals in the field of green chemical technology and catalysis.

Access the Special Issue here:

Journal Contact

For more details about the journal, the special issue, or the proceedings, please contact the Green Chemical Technology team directly:

• Email:gct@sciepublish.org
• WebsiteGreen Chemical Technology (GCT)