Scientific Scope

- Membrane-based electrodes: from traditional potentiometry to dynamic electrochemistry
- Nanomaterials in electroanalysis and nanoelectrochemical sensors
- Electrochemical conversion of CO₂: Sensing, monitoring, mechanism and technological - development
New trends in bioelectrochemistry
- Coupling electrochemical and optical methods to study chemo- and bioobjects: light as sensor and actuator
- Advances in microbial electrochemistry for energy conversion, biotransformation, bioremediation and electroanalysis
- Electrochemical capacitors: beyond double-layer storage
- Next generation batteries – S&T challenges and opportunities
- Fuel cells and electrolyzes: promising energy for the future
- Electrochemical and electroless deposition: tailoring growth from monolayers and nanostructures to functional applications
- Corrosion and corrosion protection strategies
- Electrochemical engineering for environmentally friendly processing and environmental protection
- Electrochemistry in the digital age: model-supported process analysis and design Future of molecular electrochemistry
- When molecular electrochemistry meets luminescence: from fundamentals to analytical applications
- Two-dimensional materials: An electrochemical perspective
- Electroactive materials: polymers, inorganic solids, nanocomposites and hybrid materials
- Nanoelectrochemistry and electrocatalysis – from fundamentals to applications
- Electrochemical surface and interface
- Cutting edge electrochemical measurement techniques
- Education and transmission of knowledge from the past to the new generations of electrochemists