New Student Group: RedOx Student Scientific Group Ignites Innovation in Electrochemistry

The RedOx Student Scientific Group is an initiative led by students and doctoral candidates passionate about electrochemistry, photochemistry, catalysis, and related topics. Our primary goals include expanding knowledge and skills, conducting fundamental and implementation-oriented research on charge transfer processes and materials significant in electrochemistry. Additionally, our mission is to foster the scientific life of students, broaden interests, and enable creative work.

The RedOx Student Scientific Group is an initiative led by students and doctoral candidates passionate about electrochemistry, photochemistry, catalysis, and related topics. Our primary goals include expanding knowledge and skills, conducting fundamental and implementation-oriented research on charge transfer processes and materials significant in electrochemistry. Additionally, our mission is to foster the scientific life of students, broaden interests, and enable creative work. Activities planned for the academic year 2023/2024: Knowledge Transfer - Lectures: A lecture series throughout the academic year 2023/24 will invite scientists and specialists in the field of electrochemistry to share their expertise. Knowledge Transfer - Workshop: This event aims to familiarize RedOx members with the practical aspects of electrochemistry. Workshops will include visits to various research facilities. New Life for Organic Waste – Scientific Project: Concentrating on small group work to solve scientific tasks, this project explores the full utilization of resources in a world facing shortages. Subtasks involve the preparation and characterization of activated carbon from waste for energy storage, assessing the potential of pickling as an electrolyte in various processes, or researching the use of urea for hydrogen production or fuel cells. Feel free to bring your own ideas on turning waste into an electrochemical treasure. Create Your Own World of Electrical Charge Transfer – Scientific Project: This project focuses on utilizing additive manufacturing technology in science and everyday life. RedOx members will have access to various 3D printing techniques (FDM, SLA, SLS, DIW) to create their own 3D printing composites, print electrode matrices, flow injection cells, design electrolyzers with different hydrodynamics, and more. Supervisor of the RedOx Student Scientific Group: Dr. Hab. Eng. Jacek Ryl, Professor at the University For more information, follow us on Instagram: @redoxkn and Facebook: Koło Naukowe RedOx. Join us in the exciting world of electrochemistry and innovation! ⚡🧪🔬