THE CERFLEXFILT PROJECT
This captivating video dives into the innovative work carried out under the open calls for Flexiramics, a company specializing in flexible ceramic materials. Led by the University of Twente (Twente membranes), EMI Twente BV, and Fraunhofer IKTS, this democase delves into material analysis and explores potential modifications, pushing the boundaries of ceramic technology.
The CO2 PCCP Project
The main objective of this Democase is to develop the flowsheet of a membrane-based CO2 capture plant able to achieve 90% CO2 recovery and 90% CO2 purity in the post-combustion stream of an SMR plant. The challenge is that the developed solution must be competitive, both technically and economically, against state-of-the-art solutions (for instance, amines). The proposed solution should be able to be implemented in SR plants that use not only methane as feedstock, but also biomethane, biogas and bioethanol with relatively small modifications. With the support of a positive techno-economic analysis, CO2 capture plants based on membrane technologies will be appealing to different end users and will boost the implementation of membranes as a solution for post-combustion CO2capture.
The SolTex Project
The MEREA Project
With the increasing demand for sustainable energy solutions, the process of upgrading biogas presents new opportunities. However, the challenge lies in the cost-effectiveness of production. Innovative membrane technology is reshaping the landscape, optimizing efficiency and making biogas a viable alternative to natural gas.
The KAYSER Project
Curious about membrane applications in the automotive industry? Check out this project by the University of Twente and EMI Twente for Kayser Automotive Systems. The Fuel Cell Electric Vehicle (FCEV) needs humidifiers to keep fuel cell membranes from drying out. In this project a model is built to optimize humidifier parameters and different membranes are tested. Based on the results, Kayser Automotive Systems will further develop a prototype.
The CaBeMem Project
With growing demands to reduce water usage and recycle wastewater, the EU’s “Zero Pollution Action Plan” will introduce new rules on water pollution. A key goal is to cut harmful emissions and improve urban wastewater treatment. Membrane technology will be crucial in this effort. In the INNOMEM project “CaBeMem”, the University of Twente and Pentair-X-Flow collaborated to test and benchmark innovative X-Flow membranes for removing various harmful substances. Discover more by watching this video.
The Solfrotubes Project
The importance of converting membrane production from solvent-based to water-based methods is clear. In this INNOMEM democase, the University of Twente and EMI Twente supported Berghof Membranes in producing tubular ultrafiltration membranes using salt-dilution induced phase separation. This method not only eliminates organic solvents but also aims to enhance membrane properties, chemical stability, and low-fouling behavior.
