1. Sistemi elettrochimici di accumulo e conversione dell’energia
Arbizzani Catia, Francesca Soavi
Valido per lauree Triennali e/o Magistrali
Application studies on innovative inorganic and carbon electrodes and electrolytes for lithium ion batteries, Li/O2 and Li/S batteries, supercapacitors and fuel cells for sustainable transportation, for stationary applications and portable electronics
Dry box (Ar atmosphere, H2O, O2< 1ppm)
Electrochemical equipments
Fuel cell equipment
Frequency response analyzers
(for impedance analysis)
TGA, EQCM, Porosimeter …. 1

2. Sistemi elettrochimici di accumulo e conversione dell’energia
Arbizzani Catia
Valido per lauree Triennali e/o Magistrali
SEI
cathode
protective layer
conventional
electrolyte X
ChemSusChem 2016, 9, 1-9
Chem. Rev. 2014, 114, 11751−1787
Lithium-ion Batteries and Na-ion Batteries: High voltage cathodes, transition metal oxides, water-processable electrodes, electrolytes and interfaces
Li-Sulfur : Electrolytes and interfaces
Supercapacitors: Conducting polymers and metal oxides
Application and modification of electrospun membranes
Self-healing materials for batteries 2

3. Waste water treatment & electricity generation
Sistemi elettrochimici di accumulo e
conversione dell’energia
Francesca Soavi
Valido per lauree Triennali e/o Magistrali
NESSOX battery
Melanin-based SC
Metal-Air Batteries:
-Lithium- and Aluminum-Air batteries
Flow Batteries
- Novel chemistries and semisolid components
Supercapacitors (SC)
- Inorganic, polymer and carbonaceous electrodes from sustainable materials and processes
miniaturization and Integration with energy harvesters for autonomous devices (wearable, remote sensors, bio-medical systems)
Bio-inspired materials and systems for energetics
Microbial Fuel Cells
Waste water treatment & electricity generation 3