CCS - #SINTEFblog

Cement production factory on mining quarry. Conveyor belt of heavy machinery loads stones and gravel

Second-generation oxyfuel technology: Accelerating CCS in the cement industry

Second-generation oxyfuel technology can help reduce cement production’s significant greenhouse gas emissions.

Plants growing on top of stacks of coins at varying heights

Is CCS Really So Expensive?

Authors: SIMON ROUSSANALY (SINTEF), ANDREA RAMIREZ (TU Delft) and ELDA RODRIGUEZ (TU Delft) Results from a collaboration between SINTEF and Delft University of…

#Industry CCS

Cement bond to rock and steel: the Achilles heel of well integrity

Authors: Pierre Cerasi, Jelena Todorovic, Anna Stroisz, Hossain Bhuiyan, Nils Opedal, Nicolaine Agofack and Laura Edvarsen Portland cement is the most common material…

Coal power plant with chimney stacks, seen from above.

#Industry CCS

Can the use of plastics reduce the cost of CO2 capture?

Co-authors: Rune H. Gaarder (SINTEF), Jon Hermansen (BEWI Biobe) and Olav Larsen (BEWI Biobe) – Can the use of plastics (polymeric materials) in…

CCS

‘Welcome Back’: NCCS Consortium Days 2021

For the first time in two years, the Norwegian CCS Research Centre (NCCS) consortium was able to meet in person for the 2021…

#Industry CCS

Salt Precipitation Experiments for Improved CO2 Storage

Authors from NCCS: Pierre Cerasi, Jelena Todorovic, Martin Raphaug and Alv-Arne Grimstad. CO2 sequestration in the subsurface should be undertaken immediately and at…