Banc testare_MEA
1) Bank for Membrane Electrode Assembly characterization
2) Fuel cells H-500, H-100

 

 

 

Thermal Analysis

  1. Differential Scanning Calorimetry: Mettler, DSC- STAR

A. Eelectrochemical energy converters

Fuel Cells: 1. Hydrogen-air 2. Solid acid FC 3. Alcohol-air FC

 Research: Membrane -electrode- assembly (MEA)     Targets: 1W/g    Applications: Electrical Vehicles, UAV, smart grids for small and medium communities (photovoltaics-FC- hydrogen storage & production from local resources)

Batteries: Sodium ion (SIB)

Research: Na-carbon nanomaterials for anode & Na-MexOy for cathode

Capacitors/supercapacitors

Research: Laser induced graphene & fractal motives for 2D supercap

B. Bioelectrochemical systems

  • Microbial and biofuel cells – BFC
  • Hydrogen sulfide fuel cells – HSFC
  • Urea Fuel Cells

C. Photo-electrochemical systems

D. Polymers & Biopolymers

E. Materials 

  • Advanced and nanostructured carbon materials (nanocarbons, nanotubes, exotic carbons-glitter, silicondicarbide, nanocomposites with polymer matrix, carbon-gels)
  • Electrospining: polymers-micro/nanofibers, Polimeri, filme carbonice
  • Polymeric films designed in thermo-centrifugal fields
  • Inorganic polymers, precursors for advanced ceramics
  • Nanobiotechnology: bionanocomposites for cells culture media, biosensors, Q-dots, biofuel cells, nanoparticles toxicology, mycotoxin detection.
  • Plasma polymerization: Nanocomposite films, polymers semiconductors
  • Polymers semiconductors and conductors