Background and aims of the project

In order to meet the ambitious climate protection targets by 2050, there is agreement on the need to capture CO₂ and transfer it to long-term storage or use it in carbon-containing products (CCUS). Oxyfuel and post-combustion technologies have emerged as promising capture methods. The storage of CO₂ is publicly controversial and a suitable CO₂ infrastructure is lacking. In addition to storage, the combination of CO₂ and hydrogen management also offers the possibility of producing utilisable products, the marketing of which could be set against the capture costs. Possible recycling paths for the raw material CO₂ include the production of methanol or methane. The combination of capture methods and methods of utilising the CO₂ results in a multitude of options for designing the entire process chain. In order to keep CO₂ avoidance costs low and maintain competitiveness, an optimal design of a value chain is essential. Due to site-specific characteristics, not every process chain is equally suitable for every cement production site.

This project aims to enable the cement industry to develop a site-specific strategy to meet the demand for drastic CO₂ reduction. In particular, SMEs, which are not able to devote themselves to this important future topic in addition to their day-to-day business due to a lack of capacity, among other reasons, will benefit from this. To this end, various process configurations for the separation and conversion of CO₂ into usable hydrocarbons are being evaluated and compared technically, economically and ecologically on the basis of simulation models. The research project makes an essential contribution to harnessing the synergies between the aggregates of CO₂ capture and utilisation and thus to reducing the future costs of CO₂ reduction.


IGF project 21582 N of VDZ Technology gGmbH, Toulouser Allee 71, 40476 Düsseldorf, Germany, is being funded by the Federal Ministry of Economics and Climate Protection via the AiF as part of the programme for the promotion of joint industrial research (IGF) on the basis of a resolution of the German Bundestag.

Person to contact

Do you have any questions on this subject?

Dr Volker Hoenig
Environment and Plant Technology

+49-211-45 78-254

Other items of possible interest


Research projects

AC²OCem - Accelerating Carbon Capture using Oxyfuel Technology in Cement Production

The project investigates the existing 1st generation oxyfuel technology and an innovative 2nd generation oxyfuel concept with the ultimate goal of reducing CO₂ avoidance cost, increasing plant efficiency and strengthening the overall competitiveness.

Learn more


Research projects

CEMCAP - CO₂-Abscheidung in der Zementproduktion

Unter Berücksichtigung der experimentellen Ergebnisse und einer techno-ökonomischen Analyse hat CEMCAP eine Entscheidungsgrundlage für CO₂-Capture-Technologien in der Zementindustrie entwickelt. Dies soll die europäischen Zementhersteller in die Lage versetzen, werksspezifische CCS-Wirtschaftlichkeitsanalysen zu erstellen und sich an eine Welt mit begrenzten Kohlenstoffemissionen anzupassen. Aus europäischer Perspektive zielt CEMCAP darauf ab, das Portfolio an kosten- und ressourceneffizienten Optionen für CCS und damit die Möglichkeiten zur Reduzierung der Treibhausgasemissionen zu erweitern.

Learn more



Minderungspotential von CO₂-Emissionen durch den Einsatz der Oxyfuel-Technologie in Drehofenanlagen der Zementindustrie

AiF-Forschungsvorhaben 16811 N

Read publication

Thank you for your interest in our publication: