A subsea hydrogen highway connecting Nordic wind abundance to German industrial demand
The BHC solves a massive continental puzzle by bridging the green hydrogen gap
Nordic offshore wind as primary source
BHC pipeline capacity scaling (GW)
Green H₂ delivered cost vs fossil benchmarks
The BHC shifts the weight from volatile fossil fuels to stable, northern green hydrogen
While the media looks south for sun, the Baltic winds are quietly generating the massive baseload power Europe actually needs to make green steel.
The BHC is a cross-border team sport — Finland, Denmark, and Germany are collaborating like never before on energy infrastructure.
Nordic electrolysis efficiency is among the highest globally due to cool ambient temperatures — the very cold that people think is a disadvantage.
A single BHC Phase 1 shipment could power thousands of steel production cycles, replacing coking coal with clean hydrogen molecules.
Finland's national gas TSO, driving the northern connection point and offshore wind integration
Germany's leading gas TSO, operating the onshore hydrogen backbone that receives BHC deliveries
Copenhagen Infrastructure Partners, one of the world's largest greenfield energy infrastructure investors