This paper summarizes the results obtained in Nanoglowa EU project using polymeric
polyvinylamine fixed site carrier membranes developed at NTNU Norway for CO 2 removal …

This paper focuses on the identification of membrane properties required to enable cost-
competitive post-combustion CO 2 capture from a coal power plant using membrane-based …

This study investigates the feasibility of polymer membrane systems for postcombustion
carbon dioxide (CO2) capture at coal-fired power plants. Using newly developed …

Polymeric membranes are mainly used today for CO 2 capture by membrane technology to
produce clean fuel from a gas mixture (from coal gasification or steam reforming processes) …

A high performance membrane based on polyvinylamine composite material has been
reported with Fixed-Site-Carriers (FSC) for CO 2 transport. This polyvinylamine based FSC …

CO2 capture from coal-or natural gas-derived flue gas has been widely considered as the
next opportunity for the large-scale deployment of gas separation membranes. Despite the …

This final report summarizes work conducted for the US Department of Energy, National
Energy Technology Laboratory (DOE) to scale up an efficient post-combustion CO2 capture …

Membrane systems for CO 2 capture have become increasingly attractive due to their higher
energy efficiency, smaller footprint, and lower environmental impact. However, membrane …

The use of membranes for CO2 separation has been considered as a very good alternative
to amine absorption thanks to potentially lower cost & process simplicity, energy saving and …

One way of contributing to combat the climate change is to capture CO 2 from fossil fuel flue
gases, and utilize CO 2 as feedstocks or store underground. Membranes will for sure …