Branch A42%
Fertilizer
Hydrogen feeds ammonia synthesis for regional agriculture, displacing fossil-derived feedstock and shortening a long, carbon-heavy supply chain to a local one.
NH₃ synthesis
Kola NPP · CSR feasibility · Murmansk Oblast
Pink
Hydrogen
Hub
Surplus off-peak electricity from a VVER reactor, split into clean hydrogen for fertilizer, grid storage, and vehicle fuel — returned to the community that hosts the plant.
01 — Scroll to assemble1 MW → 10 MW
Scroll
02Live operations
The loop, running right now.
Telemetry streams from the plant gateway. Every value eases into place — nothing snaps. Off-peak surplus is metered, converted, and split across three offtakes in real time.
Feed liveGateway · wss://telemetry.kola-h2Draw 0.0 MW
Primary · surplus → H₂ conversion
0.0%
Electrical energy captured as hydrogen across the PEM stack, averaged over the current interval.
Output rate
0 kg/h
Since midnight
0 kg
Grid load
0%
of regional demand
Lower load frees more surplus for electrolysis. The system leans in during the overnight trough.
Storage tank
0%
buffer fill
Distribution flow · live
Boundary dose rate
0.000 µSv/h
NominalNatural background ≈ 0.10–0.20 µSv/h · action level 0.30
Historical · production vs grid
H₂ output — trailing window━ kg/h ┈ grid load
03Refueling network
Where the hydrogen lands.
A corridor of 700-bar dispensers and distribution nodes from Polyarnye Zori to the Murmansk port. Select any node for its live availability and queue.
OnlineIn demandMaintenance
No node selected
Select a pin on the map to see its live availability, queue, and dispenser pressure.
Active nodes6
Total queue6
Corridor buffer935 kg
04What-if · capacity
Scale the electrolyzer. Watch it ripple.
The pilot starts at 1 MW. Drag toward the 10 MW build-out target and the community outputs recompute against the feasibility model.
Installed electrolysis
1MW
1 MW · pilot10 MW · build-out
At full build-out the system converts roughly 160 t of hydrogen per year, avoiding an estimated 1,424 t of CO₂.
Farms fed
6
programs
via NH₃ fertilizer
Buses fueled
9
vehicles
fuel-cell fleet, yearly
MWh returned
810
MWh/yr
reconversion to grid
05Three offtakes
One stream, three destinations.
The splitter divides output by where it does the most good for the community — not by what is easiest to sell.
Branch B33%
Grid storage
Stored hydrogen becomes a balancing buffer. When demand spikes, it reconverts to electricity — turning the reactor's overnight surplus into daytime flexibility.
Balancing buffer
Branch C25%
Vehicle fuel
A 700-bar refueling corridor supplies fuel-cell buses and heavy freight along the Polyarnye Zori–Murmansk route, where battery range and cold are hard constraints.
700-bar refuel
06From pilot to network
A plan you can watch grow.
Toggle the horizon. Every figure, every line of the story, and the live network map move together — showing exactly what the pilot becomes.
Baseline — 2025 feasibility
One megawatt, proving the loop.
A single PEM electrolyzer draws surplus off-peak output from one VVER unit. The pilot validates the conversion economics, the safety envelope, and the first two community offtake routes before any scale-up commitment.
1
MW
Electrolysis capacity
2
sites
Active offtake nodes
160
t/yr
Annual H₂ output
1.4
kt/yr
CO₂ avoided
↳Network map · Year 0 coverage
OnlineIn demandMaintenance
No node selected
Select a pin on the map to see its live availability, queue, and dispenser pressure.
Active nodes2
Total queue3
Corridor buffer358 kg