German researchers ready to scale new DAC system
Successful trials prove reliability of system using waste heat to reduce power consumption, says Centre for Solar Energy and Hydrogen Research Baden-Wuerttemberg
German research institute the Centre for Solar Energy and Hydrogen Research Baden-Wuerttemberg (ZSW) is preparing to deploy a new highly efficient direct air capture (DAC) technology at industrial scale from 2025 after a pilot project proved its reliability by operating for more than 10,000 hours. One of the system’s key advantages is its lower power consumption of about 1kWh/kg of CO₂. This is achieved by using thermal energy such as waste heat from electrolysers or fuel synthesis to drive the CO₂ separation process. The process also delivers “consistently” high CO₂ quality, ZSW said. 1,000t/yr – Capacity at scale “Our technology has many advantages: it is extremely robust, efficien

Also in this section
9 April 2025
AI is powering the Middle East & North Africa’s digital transformation, but can the region meet soaring energy demand sustainably? Small modular reactors may hold the key
8 April 2025
STRATOS project in Texas granted Class IV permits despite deep uncertainty over Trump administration’s readiness to support carbon management tech
8 April 2025
Gulf Energy to provide AIQ with exclusive access to its proprietary datasets and industry-leading documents. ENERGYai is already trained on petabytes of operational data from ADNOC, and this agreement will provide the solution with access to even greater quantities of relevant, high-quality industry information
4 April 2025
Crucial talks at the IMO focus on a two-tier emissions trading scheme combined with a marine fuel standard