We are building a flow loop at Gløshaugen as part of the DeFACTO project.
A key component of the set-up, the container on the roof, is now in place. It contains a 139-metre horizontal pipe, tanks, a pump and a compressor to conduct CO2 flow experiments. SINTEF Energy Research has inherited the container from Statoil.
Watch the video of the lifting operation:
During the summer we will be building a vertical CO2 flow loop connected to the container and extending 120 metres below ground level.
Important for transporting CO2 cost-effectively and safely
The combination of horizontal and vertical flow loops will enable us to find out how CO2 behaves in pipelines under different conditions both above and below ground.
One of the things we intend to find out is how rapidly it is possible to empty a pipe of CO2 without making the steel too cold and brittle. This knowledge is essential if we are to transport CO2 to geological storage reservoirs as safely and cost-effectively as possible.
- Åtte tonn på taket – se løftet på video - juni 26, 2017
- Sommerfest for sommerforskerne og Ung i SINTEF - juli 1, 2016
- Forsking på CO2-blandinger og CO2-strømning reduserer kostnaden for rørtransport av CO2 - desember 21, 2015
- CO2 lagring: Pumpe kald CO2 ned i den varme sokkelen uten at brønnen går i stykker? - august 17, 2015