News

General News - 18 Mar 2022

TNO's DME synthesis containerised pilot

CAPTURE
The state-of-the-art DME synthesis pilot is soon to be added to the ECCSEL ERIC research infrastructure list of TNO. This pilot will then contribute greatly to the enlargement of carbon capture and conversion facilities in ECCSEL ERIC.

Installed on the TNO site in Petten, TNO built the containerised pilot reactor for adsorption-enhanced DME synthesis (SEDMES) technologies from dilute and concentrated CO2. The pilot was established as part of E2C project – Electrons to High-Value Chemical Products, where technologies are being developed and scaled-up to convert CO2 into valuable commercial products, chemicals and fuels (Power-to-X, PtX).
 
The goal of the pilot is to scale up SEDMES technology where CO2 and hydrogen are  combined to produce DME. This can replace diesel or LPG and play a part in the transition towards a more circular carbon economy. The SEDMES technology is scaled up because of TNO’s far-reaching knowledge and expertise in adsorption-based processes.
 
The DME synthesis containerised pilot contains three parallel reactors (150 L each), is thermally integrated (adsorption-regeneration), and is equipped with feed section, analysis, and a flare. SEDMES is a strong tool for converting syngas or CO2, either from concentrated steams (captured industrial CO2, biobased feedstock) or from dilute streams (i.e., the combined capture and conversion of CO2), to DME directly. Combining green H2 with advanced sorption-enhanced DME synthesis offers a versatile and strong route from CO2 to high value chemical products. It is an industrially relevant demonstration pilot at TRL5.
 
Jurriaan Boon (Senior scientist, TNO Energy Transition): “Adsorption-enhanced reactions are rapidly advancing towards commercialisation, because they offer a distinct advantages over conventional unit operations in terms of improving the conversion per pass, and  energy efficiency. In the energy transition, we have already seen this for CO2 capture by sorption-enhanced water-gas shift (SEWGS) and are now seeing this for CO2 conversion to for example DME (SEDMES). Our drive is to make impact by taking these technologies out of the lab and into industrial environment and commercial implementation.”
 
Watch the TNO video of the how the SEDMES CO2 conversion technology is installed

Photo Credit: TNO

Other News

News - 23 May 2022
Other
Other

ECCSEL ERIC Whitepaper

Other
The ECCSEL Whitepaper has been launched, where attention is drawn to CCUS as a solution to decarbonisation of energy-intensive industry. It is argued that by participating in the European Research Infrastructure for CCUS technologies – ECCSEL ERIC – countries in Europe can support, de-risk, and reduce investments costs in the costly demonstration and prototyping phase of implementing CCUS technologies.
23 May 2022
News - 13 May 2022
CAPTURE, TRANSPORT, STORAGE, UTILISATION
CAPTURE, TRANSPORT, STORAGE, UTILISATION

Reporting of use of ECCSEL facilities in 2021

CAPTURE, TRANSPORT, STORAGE, UTILISATION
13 May 2022
News - 27 Apr 2022
Other
Other

Welcome to the opening of Pore Imaging Laboratory (X-ray Micro CT)

Other
SINTEF are pleased to invite you to the opening on May 3, 2022 of the ECCSEL Research infrastructure, the Pore Imaging Laboratory.
27 Apr 2022
News - 20 Apr 2022
CAPTURE
CAPTURE

ECCSELERATE Webinar: Advanced membranes for CO2 capture

CAPTURE
ECCSEL ERIC and its Horizon 2020 ECCSELERATE project are holding a series of webinars covering various CCUS topics. The seventh one is about "Advanced membranes for CO2 capture" and takes place April 26th at 14-15 CET.
20 Apr 2022
News - 14 Apr 2022
CAPTURE, TRANSPORT, STORAGE, UTILISATION
CAPTURE, TRANSPORT, STORAGE, UTILISATION

ECCSEL European Workshop

CAPTURE, TRANSPORT, STORAGE, UTILISATION
Join us on 24th May in Brussels for the European workshop 'Industrial decarbonisation and beyond: CCUS perspectives in Europe and the role of ECCSEL ERIC European Research Infrastructure'
14 Apr 2022