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Innovative Electrochemical Approaches for Sustainable Waste Recycling and Resource Recovery

Participating journal: Discover Electrochemistry

This topical collection of Discovery Electrochemistry explores cutting-edge electrochemical technologies designed for waste recycling and resource recovery. As global environmental concerns grow, innovative solutions for converting waste into valuable resources are becoming increasingly critical. Electrochemical methods offer unique advantages, such as high selectivity, energy efficiency, and environmental compatibility, making them ideal for processing diverse waste streams, including industrial, electronic, and mining wastes, etc. This issue will highlight recent advancements in electrochemical techniques, such as electrocatalysis, electrochemical oxidation, electrocoagulation, and electrochemical membrane processes, and their potential applications in the circular economy. Contributions will focus on the development of new materials, optimization of process parameters, and the integration of electrochemical systems into existing waste management strategies. The goal is to foster interdisciplinary collaboration and promote the adoption of electrochemical technologies as sustainable solutions for waste minimization and resource recovery.

Keywords: Electrochemical Waste Recycling; Resource Recovery; Electrocatalysis; Electrocoagulation; Circular Economy; Waste Minimization; Green Electrochemical Processes

Participating journal

Submit your manuscript to this collection through the participating journal.

Editors

  • Valentin Romanovski

    Valentin Romanovski

    Valentin Romanovski (Ph.D. in Env. Eng.; Chem. Eng.), Docent (eq. Associate Professor) in Chem. Eng. Author and co-author of about 200 scientific papers in peer-reviewed journals, 8 patents for invention, 2 books, and 5 chapters. He has 12 years of lecturing experience at Universities and in professional development courses. He is a supervisor of undergraduates and graduate students. Since 2005 he is a supervisor and main executor of more than 60 projects. He has been awarded several international research and visiting lecturer grants at leading Universities in the EU and China.
  • Elena Romanovskaia

    Elena Romanovskaia

    Elena Romanovskaia has Ph.D. in Chemistry. She held a Post-Doc at the University of Virginia studying the corrosion of metals and alloys in aqueous and high-temperature molten salt extreme environments. She was the awardee of The UVA Teaching Fellow Program. Romanoskaia was a Senior Lecturer at the Belarusian State Technological University in the Department of Chemistry, Technology of Electrochemical Production and Electronic Engineering Materials. She also was a visiting researcher at KTH Royal Institute of Technology (Sweden). She is the author of 8 books and book chapters, 3 patents, and more than 150 scientific publications.

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