From distributed water hubs to solid-oxide microgrids and green-hydrogen lines — here's how the three strands are being piloted, built and researched today.
PilotStrand 01 · Distributed Water
A district-scale distributed wastewater unit recovering clean water and biogas for a riverside community, demonstrating energy-positive treatment at the point of need.
In developmentStrand 02 · Solid-Oxide Cells
A campus microgrid built around reversible solid-oxide stacks, storing surplus renewable power as hydrogen and returning high-efficiency heat and electricity on demand.
In developmentStrand 03 · Green Hydrogen
Green-hydrogen distribution for a zero-emission transport fleet, linking on-site electrolysis to storage and refuelling for buses and heavy goods vehicles.
ResearchStrand 01 · Distributed Water
Research into coastal water reclamation that pairs distributed treatment with solid-oxide electrolysis, exploring how cleaned water can directly feed green-hydrogen production.
OperationalStrand 02 · Solid-Oxide Cells
A solar array paired with regenerative solid-oxide storage, smoothing intermittent generation by banking midday surplus as hydrogen for evening demand.
ResearchCross-strand
A feasibility study coupling offshore wind with electrolysis and distributed treatment, mapping a fully circular community energy system end to end.
Tell us about your community, campus or facility and we'll explore how the strands could work for you.
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