Events

The Li-S battery is still an emerging technology after 60 years of research : what are the fundamental and technological barriers, and what are the chances of overcoming them ?

Battery applications for renewable energy integration, power system services and hybrid power plants

Enzymatic Catalytic performance of cluster catalysts of zinc, cobalt and manganese for transesterification and amide alcoholysis

From Chemical Topology to Molecular Machines

Perovskites Full of Surprises

Operando Photoemission Spectroscopies for Understanding Electrocatalytic Materials

From the fundamentals to the choice of appropriate solvents and salts for the design of high-performance electrolyte formulations

Towards the electrification of our vehicles, what are the challenges and solutions ?

Formation and growth of electrode/electrolyte interfaces (SEIs) within batteries : their roles and complexity with some possibilities to control them

Modification and electrochemical characterization of carbon interfaces

From particle coating to the use of additives with various functions to control SEI at electrodes

Wireless electrochemistry for micro and nanotechnology applications

From safety additives to the use of ionic liquids, ionogels and even liquefied gases as electrolytes

Controlling electrochemical interfaces to develop new electrocatalysts : a nightmare problem

Other types of electrolytes based on highly concentrated aqueous salt solutions (WiSE), gels and polymers

Study of reactivity at electrochemical interfaces of electrodes for energy storage and conversion

The all-solid-state battery : the state of the art, recent developments, why the sudden craze ?

Controlling the electrode/electrolyte interface in supercapacitor electrodes : the key to performance

Oxygen Tolerant Hydrogen Evolution and CO₂ Reduction

The interface problem in Li all-solid batteries : does a solution exist ?

Molecular dynamics approach to interfaces

Redox-flow batteries and their latest developments : will they be enough to finally establish themselves commercially for mass storage ?

The mystery of interfaces using photoelectron spectroscopy (XPS)

The " Redox-Flow " in the context of hybrid storage systems (photorechargeable and others) : what future ?

Characterization of interfaces (but not only) by impedance