Utilization of Municipal Solid Waste to Achieve Negative CO2 Emissions
While calcium looping (CaL) technology is commonly discussed for conventional power or cement plants, its application in the Waste-to-Energy (WtE) sector is rarely…
ImpreCCS: Lower CCS cost and risk through better CO2 viscosity and thermal conductivity knowledge
We think that carbon capture and storage (CCS) will be a vital technology in order to avoid the catastrophic consequences of global climate…
A framework for interdisciplinary collaboration and evaluation of infrastructure transformation in Germany
The German Case Study within the ELEGANCY-project examines ways to decarbonise the German infrastructure with H2-CCS chains, focusing on pipeline-based options for CO2…
Better understanding of CO2 liquefaction (Towards identifying optimal transport conditions for ship-based CCS)
Ship-based transport of CO2 is an attractive technology for early deployment of CCS. It has several advantages like cost-effectiveness for long distances and…
The Potential for Hydrogen in Europe Executive summary of the Hydrogen for Europe pre-study
This spring, SINTEF and IFP Energies nouvelles has assessed the current knowledge on the potential for hydrogen in Europe. The key question of…
