Electromaterials for Environment & Energy
In a developing world, the demands for energy, water on one side and the damage to the integrity of our environment on the other side are constantly increasing. Electrochemistry can be a great tool to solve these problems, with an impact that we can minimize or at least control in our environment, since the main driver of the reaction is the electron that can be produced by sustainable routes.
In electrochemical approaches of energy conversion and production, as well as in drinking water production or wastewater treatment, materials and interfaces are key pieces that will greatly affect system performance.
The objective of this topic is to propose a set of publications bringing together the trends of current research in the fields of energy, water and environmental pollution treatment, with a focus on the control of the material and interfaces, with a view to the optimization of processes.
Prof. Dr. Marc Cretin
Dr. Sophie Tingry
Dr. Zhenghua Tang
- electro-, photo- and photoelectro-catalysis and associated electrode materials
- dense, porous and/or reactive membranes
- electrochemical advanced oxidation processes for water treatment
- electrochemical valorization of biomass
- energy production (fuel cells, bio-fuel cells)
- hydrogen production (electrolysers)
|Journal Name||Impact Factor||CiteScore||Launched Year||First Decision (median)||APC|
|-||-||2020||21.7 Days||1000 CHF|
|3.748||4.7||2008||16.5 Days||2300 CHF|
|4.562||3.7||2011||13.1 Days||2200 CHF|
|5.719||6.6||2011||15.8 Days||2400 CHF|
|4.501||5.5||2011||12.6 Days||2200 CHF|