Forskningsprosjekter innen kjemi (avsluttede)

• 2
  • 2D materials beyond graphene

• A
  • A highly efficient and stable electrode for solar-driven water electrolysis, interrogated by advanced operando and in situ techniques (SolOPP)
  • Advanced Synthesis Designs to Unlock Redox/Acidity Cooperativity in Nanoporous Materials for Selective Oxidation Reactions (KeyMAT)
  • Ammonia Slip CATalysts (ASCAT) - Operando STM

• C
  • CO2 Management Technologies for Future Power Generation (BigCO2)
  • Complex of online and onsite lectures on materials for hydrogen generation by solar water splitting (COOL LONGBOAT)

• E
  • eCOCO2 - Direct CO2 electrocatalytic conversion into chemical energy carriers in co-ionic membrane reactor
  • EFFIPRO

• F
  • Ferroplast
  • From Empiricism via Fundamentals to Improved Performance of Proton Ceramic Electrochemical Cells (BRIDGE)
  • Functional Grading by Key doping in Catalytic electrodes for Proton Ceramic Cells (FunKeyCat)

• I
  • International CCS Research Centre (BIGCCS)

• K
  • Kinetics of high-temperature oxide ion and proton conductors (KinOxPro)

• M
  • MAHEATT
  • Material technologies for post-combustion CO2 capture and utilization network (CCU-Net)
  • Mobility Zero Emission Energy Systems (MoZEES)

• N
  • NanoReactor
  • Nitrogen in oxides (Nitrox)
  • Novel oxygen carriers in sustainable hydrogen production (OxHyPRO)

• O
  • OxiBat - Next generation oxide electrolytes for solid state batteries

• P
  • Photovoltaic-assisted hydrogen generation (PH2ON)

• S
  • Solid-state photoelectrochemical hydrogen production (SPECHY)
  • Stack technology for ceramic proton conductors (StackPro)

• T
  • Thermoelectric oxides for high-temperature conversion of solar and waste heat to electrical energy (THERMEL)

• W
  • World class Innovative Novel Nanoscale Optimized Electrodes and Electrolytes for Electrochemical Reactions (WINNER)