The ECCSEL Svelvik CO2 Field Lab - Hands-on experience with CO2 migration and monitoring.
The ECCSEL Svelvik CO2 field lab completed an extensive upgrade in 2019.
The ECCSEL Svelvik CO2 field lab completed an extensive upgrade in 2019.
Plugged and abandoned (legacy) wells are an identified challenge for large-scale CO2 storage on the Norwegian continental shelf.
CO2 capture and conditioning from industry has been indicated as a potential way of reducing CCS cost
We present an integrated characterization of the faulted caprock (Agardhfjellet Formation) outcrops.
Our experimental data helps the development of models describing the depressurization of CO2 pipes or vessels, and the flow through valves.
This webinar gives an overview on the thesis with the title "Optimal operation and control of thermal energy systems". The work deals with a wide range of subjects from operation and control of steam cycles to systematically derived feedforward...
A webinar on the possibilities and opportunities offered by the unique ECCSEL X-ray RI facility for insight into porous media and mechanics of rocks.
Several types of laboratory tests have been conducted over the years to assess on the one hand, shale caprock's ability to deform in a ductile manner under constant stress conditions, known as creep behaviour, and on the other hand, its reaction to...
In the context of CO2 storage, experimental estimation of poromechanical properties of overburden shales is one of the crucial elements of their sealing quality and integrity assessment.