// DAC-BW / 2022-2025
The global, large-scale production of renewable synthetic hydrocarbons (reFuels) – both as energy sources and as raw materials for the chemical industry – will in future generate a significant demand for CO₂, which cannot be met by industrial and biogenic point sources alone. In conjunction with the goal of climate neutrality, this creates a need to establish Direct Air Capture (DAC) as a supplementary source of CO2. To meet this growing demand, the rapid development of industrial supply structures is required.
Thanks to its industrial strength, particularly in mechanical and plant engineering, Baden-Württemberg offers ideal conditions for assuming technological leadership in the development and scaling up of DAC technologies. The targeted development of relevant expertise could enable the state to position itself as a leading technology provider in the field of DAC, both within the EU and globally. The central objective of the DAC-BW project was therefore to initiate the industrial implementation of competitive DAC technologies with value creation originating in Baden-Württemberg.
A key focus was on involving industry at an early stage. Potential industrial partners in Baden-Württemberg were identified, and initial steps towards commercialising the technology were taken. As part of this, an industry network comprising over 40 interested companies from the region was established, alongside the project website (www.dac-bw.de). During a series of workshops organised as part of the industry dialogue, the network partners received both in-depth information on the market potential and technological aspects of Direct Air Capture, as well as practical insights gained from the operation of the DAC10 plant.
At the same time, comprehensive market analyses were carried out. The results show that CO₂ demand in Germany will rise from the current 1.3 million tonnes to up to 59 million tonnes by 2050, and globally to 1,000–6,000 million tonnes. The main drivers are the chemical industry, the production of synthetic fuels and the construction sector. At the same time, the available supply of CO₂ from point sources is declining as a result of climate protection measures. According to forecasts, over 60 per cent of industrial CO₂ demand could be met by DAC technologies by 2050. This opens up significant economic opportunities for Baden-Württemberg, with annual revenue potential of up to €2.2 billion and several thousand new jobs.
To implement the technology, a scaled-down demonstration plant with a capture capacity of approximately 100 tonnes of CO₂ per year was constructed at the ZSW, enabling DAC to be operated under real-world conditions. In addition, the German Aerospace Centre (DLR) developed a simulation model to support the optimisation of the processes. Together, these components form the basis for the further development and scaling of DAC technologies.
Die Ergebnisse des Projekts verdeutlichen, dass Direct Air Capture sowohl für die Bereitstellung klimaneutraler Rohstoffe als auch für das Erreichen von Negativemissionen unverzichtbar ist. Für Baden-Württemberg eröffnen sich dabei erhebliche Chancen, da die starke Maschinen- und Anlagenbaukompetenz ideale Voraussetzungen für eine Technologieführerschaft bietet. Dieses Potenzial wird jedoch bisher nicht ausgeschöpft. Verfestigt sich dieser Rückstand, drohen technologische Abhängigkeiten sowie der Verlust industrieller Wertschöpfung und Exportchancen in einem zentralen Zukunftsmarkt.
Das Vorhaben DAC-BW wurde vom Ministerium für Verkehr Baden-Württemberg im Zeitraum von 01.06.2022 bis 30.06.2025 mit rund 1,4 Mio.€ gefördert. Die Demonstrationsanlage wurde vom Ministerium für Wirtschaft, Handwerk und Tourismus Baden-Württemberg mit rund 0,5 Mio.€ gefördert.