SINTEF Energy Lab
SINTEF Energy Lab represents the next generation of energy laboratories and is a key enabler for the development of the efficient power systems of the future.
Gas technology
SINTEF’s work helps safeguard the value of Norwegian gas in the international market
We have world-leading research expertise in natural gas liquefaction, gas transport in demanding areas over long distances and process and component development.
Contact person
Expertise
- CCS Value Chain
- CFD - Computational Fluid Dynamics
- CO2 as working fluid
- CO2 capture
- CO2 capture – Absorption Processes
- CO2 capture plant emission measurements
- CO2 capture using solid adsorbents at low temperatures
- CO2 capture with membranes
- CO2 Condensation
- CO2-capture: Process modelling and simulation
- Combustion and Burner Technology
- Combustion processes for CO2 capture technolgy
- Flow phenomena
- Gasification
- Hydrogen technology and energy storage
- Liquefaction of hydrogen
- LNG (Liquefied Natural Gas)
- Oil and gas conversion technology
- Optical instrumentation
- Process and gas technology
- Process modelling
- Process optimization
- Thermodynamics
- Torrefaction
Laboratories
Thermal engineering
The thermal engineering laboratories is the nation's leading laboratory in the field of combustion, refrigeration, air conditioning and heat pump, low-temperature and bio processes and CCS (Carbon Capture and Storage) and processing.
Reservoir Laboratory
The Reservoir laboratory provides methods and equipment for performing experiments at reservoir and production conditions.
Projects
Norwegian Infrastructure for Multiphase Flows (IMF3)
The IMF 3 project has helped SINTEF and IFE develop the potential for future experiments, cutting edge research, as well as releasing FlowDa, which provides open access to extensive historical multiphase flow data for research and industrial use.
POLYMEM - New polymeric membranes for CO2 capture
The primary objective of the POLYMEM project is to reduce the costs, energy and environmental impact of CO2 capture compared with existing technologies by developing and implementing the "next generation" polymeric membranes.
AutoRE - AUTomotive deRivative Energy system
The overall aim is to create the foundations for commercializing an automotive derivative fuel cell system in the 50 to 100 kW range, for combined heat and power (CHP) applications in commercial and industrial buildings.
News
New research from SINTEF and TU Delft shows that CCS can result in significant CO2 reductions at a marginal cost
Recent research by SINTEF Energy Research and TU Delft shows that implementing CCS in industrial facilities can result in significant CO₂ reductions at a minimal cost to the public.
Building the foundation in Trondheim for the green transition
For the first time, a major European research infrastructure project is being led by a country from outside the EU.
How are we going to store the problem gas CO2?
CO2 is the great scapegoat of our age. Is there a way to get rid of it by burying it in the ground or beneath the sea bed?