Research projects

• 2
  • 2D materials beyond graphene

• A
  • Ammonia Slip CATalysts (ASCAT)- Operando STM

• B
  • BigCCS
  • Biogas operated proton ceramic fuel cells with novel S-tolerant functional (BioPCFC)

• C
  • CO2 utilization by formate dehydrogenase biocatalyst in a PhotoElectrochemical Cell (CO2BioPEC)
  • Composite interconnects and nanostructured electrodes for proton conducting membrane reactors
  • Conversion between Magnetic, Electric, and Thermal energies in phase-transforming
  • Cross-scale modeling of CO2/hydrocarbon conversion in hydrofractured shale

• D
  • Designing rules for enhancing SURface KINetics in functional OXides for clean energy technologies
  • Development of scientific bases of tailor-made design of functionally graded nanocomposite cathode materials for both IT-SOFCs and PC-SOFCs (PROTON)
  • Dual phase membranes for CO2 separation in power generation (DualCO2)

• E
  • Efficient exploitation of the sun with intermediate band gap Silicon Carbide (SunSiC)
  • Enzyme-assisted Catalysis on black Titania Substrate Electrodes (EnCaSE)

• F
  • Functional oxides for clean energy technologies: fuel cells, gas separation membranes and electrolysers (FOXCET)
  • Functional OXides through HOlistic UNDerstanding (FOXHOUND)
  • Functionalizing Defects in Advanced Semiconductors (FUNDAMeNT)

• G
  • Gamer - Game changer in high temperature steam electrolysers with novel tubular cells and stacks geometry
  • Governing Principles in Hydration of Mixed Conducting Oxides
  • Graphene integrated with semiconductor devices for high performance (GraSeRad)

• H
  • H2 production at IntermediAte temperAture
  • High temperature electrolyser with novel proton ceramic tubular modules of superior efficiency, robustness, and lifetime economy (ELECTRA)
  • High-performance tandem heterojunction solar cells for specific applications (SOLHET)

• M
  • Metal supported proton conducting electrolyser cell for renewable hydrogen production (METALLICA)
  • Methodology for Interface and Defect Assessment in Semiconductors (MIDAS)
  • MoZEES - Mobility Zero Emission Energy Systems

• N
  • Nanoceramics – a new class of proton conductors for hydrogen fuel cells and electrolysers (NaProCs)
  • NanoMILiB - Nano-Materials for Improved Lithium Batteries
  • NanoReactor
  • NOFCO - NOvel Features of Complex Oxides
  • Novel Approaches to Magnetostructural phase transitions in Metallic systems (NAMM)
  • Novel concepts for cold activation of energy-intensive chemical processes (COLD)
  • Novel molten carbonate/ceramic composite materials for sustainable energy technologies with CO2 capture and utilization
  • Novel molten/solid composite oxygen transport membranes for CO2 capture
  • Novel photoelectrocatalytic concepts for conversion of water, carbon dioxide, and nitrogen to fuels and chemicals (PlusUltra)
  • Novel Semiconducting Alloys in Energy Technology (SALIENT)

• O
  • Oxygen complexes in solar silicon (OxSil)

• P
  • Perovskites for Photovoltaic Efficient Conversion Technology (PERPHECT)
  • Pilotline 4 PowerBase 2 Compact Power Applications (Powerbase)
  • Polarization PhotoVoltaics (P2V)

• S
  • Self-healing ceramic membranes with increased lifetime for CO2 capture in industrial processes and power production (SEALEM)
  • Solar-based H2 generation in novel photoelectrochemical cells using engineered hydrogenases as biocatalysts (PH2BioCat)
  • Solid Electrolytes for Li and Na-ion Batteries (SELiNaB)
  • Stack technology for ceramic proton conductors (StackPro)
  • Surface protonics for oxide-based electrochemical energy devices (SUPROX)

• T
  • TESIL
  • The Norwegian Research Centre for Solar Cell Technology (Solar United)
  • THELMA - thermoelectric materials
  • Thermoelectrics for industrial applications (THERMiO)

• U
  • Understanding and Tailoring activity of an Ammonia Slip CATalyst (ASCAT)