Owner Investor / Financier Operator Developer Technology / equipment supplier
Fluxys is a Belgium-based independent gas infrastructure group. It operates the high-pressure natural gas transmission system in Belgium and provides transmission, storage, and LNG terminalling services to shippers. The company also holds interests in gas and LNG infrastructure in several European markets, supporting cross-border energy flows and system flexibility.
As energy systems evolve, Fluxys is adapting and expanding its networks to enable low-carbon molecules. This includes work to repurpose and develop open-access infrastructure for hydrogen and for CO2 transport associated with carbon capture, utilization and storage (CCUS). By serving industrial clusters—including chemicals and refining—Fluxys focuses on secure, reliable logistics for molecules and on facilitating the decarbonization of energy-intensive sectors.
chemXplore tracks 5 projects involving Fluxys, of which 3 are active.
Besides these 3, the record holds 1 completed project and 1 cancelled.
Closest to start-up first.
The 2 that are completed, on hold or cancelled are in the record. See all 5 in chemXplore →
Five connected CCS projects (Porthos, Aramis, CO₂next, DRC, DSC) will capture, transport and store CO₂ under the North Sea and link industry across the Netherlands, Belgium and Germany.
Small-scale hydrogen valley linking production, distribution and end-use across Flemish ports, anchored on a 25 MW electrolyser and targeting port, transport and industry decarbonisation.
CEO-led alliance published a white paper urging governments to boost demand certainty, lower electricity costs, simplify RFNBO rules, de-risk finance and fund a hydrogen backbone to speed FIDs.
CEO-led alliance white paper diagnoses bottlenecks—fragmented rules, high power costs, weak demand certainty—and urges bankable demand, simpler support, de-risk finance and cross-border infrastructure
Targeted by ~2030: cross-border bidirectional hydrogen connection using repurposed gas pipelines (Zandvliet node) to connect major ports/industrial clusters and enable integrated NW-European trade
The agreement aims to capture 1.1 million tons of CO₂ annually at Holcim's Obourg plant, supporting EU's 2050 net zero target through advanced carbon capture and storage technology.
Europe's energy shift needs offshore wind and hydrogen integration in the North Sea for decarbonization, affordability, and supply security, requiring clear policies and infrastructure.
The EU granted €144.6M for building CO2 transport and export facilities at Antwerp port, aiming to halve CO2 emissions by 2030 with an initial capacity of 2.5 Mtpa, scalable to 10 Mtpa.
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What each is building and closing, and the pipelines and grids between them, on one map.
The 6 sharing the most projects, of 13.
