Electrotechnical laboratories
In our electrical power engineering laboratories, we conduct research, development, and testing for manufacturers, suppliers, and users of electrical power equipment.
Production
Production from new fields faces steadily more demanding conditions: deeper water, greater distances to existing infrastructure, and harsh environments. Existing fields also have complex challenges, including rising water cut and falling pressure. SINTEF puts together cross-disciplinary teams to create the energy-effective seabed solutions for the future, based on a unique laboratory infrastructure.
Contact person
Ekspertiser
- 3D Measurements and Analysis
- Borehole stability
- CCS Value Chain
- CFD - Computational Fluid Dynamics
- Chemical engineering unit operations and process plants
- CO2 Condensation
- Combustion processes for CO2 capture technolgy
- Direct Electric Heating of pipelines (DEH)
- Experience data
- Flow phenomena
- Formation as a self-sealing barrier
- Formation Physics
- Gasification
- Geomechanics for CCS
- Geophysics
- Heat Exchange
- Heat to Power Conversion
- Hydraulic fracturing
- Injectivity
- Instrumentation for harsh environment
- Liquefaction of hydrogen
- LNG (Liquefied Natural Gas)
- Logging through casing
- Materials and drilling technology
- Models and tools for rock behaviour
- Plugging materials
- Process optimization
- Sand and chalk production
- Shale rock physics
- Sub sea factory
- Thermodynamics
- Torrefaction
- Well Integrity
Laboratories
Nyheter
Reducing uncertainty and extending lifetime of subsea risers
A new large-scale transparent riser test reveals how internal flows and external wave motion interact to drive fatigue. This can lead to safer, more cost-effective riser design and lifetime extension.
Building greenhouses on the moon out of moon dust
Is it possible to build greenhouses on the moon without transporting any materials from Earth? Researchers at NTNU Social Research and SINTEF believe it is, and are assisting the European Space Agency (ESA).
Viewpoints
Artificial geysers can compensate for our mineral shortages
By imitating nature, it may be possible to recover seabed minerals by extracting hot water from the Earth’s crust. We can harvest green energy and be sensitive to the environment – all at the same time.
Projects
AETHERIA: AI-powered digital twins for coastal resilience
Generative AI and surrogate digital twins for human-centric coastal and Earth-system resilience and impact assessment
AQUALICIOUS - Aquaculture Quality and Uptake with Low Trophic, Integrated, Circular, Innovative Opportunities and Solutions
AQUALICIOUS is a Horizon Europe Innovation Action designed to demonstrate the potential of low-trophic aquaculture (LTA) and integrated multi-trophic aquaculture (IMTA) solutions across Europe.
CEREBRA: A unified framework for trustworthy general-purpose AI
Continual, explainable and embodied artificial intelligence