Product | Clean ammonia for energy security, power and data centres | Barents Blue
PRODUCT

Energy security at scale.

Clean ammonia from Northern Norway: low-carbon energy that can be stored, shipped and turned into dispatchable power for industry, shipping and fast-growing AI and data centre demand.

ENERGY5,170 GWhof energy a year, in 1 Mt of ammonia
STORED ON SITE~420 GWhin 120,000 m³ of rock-cavern storage
CO₂ CAPTURE> 99 %of process CO₂ captured and stored
FOOTPRINT~50 kgCO₂e per tonne NH₃, scope 1–3
A NEW ENERGY REALITY

Clean ammonia at scale is a differentiator in this new energy reality, providing unprecedented baseload and back-up energy security.

FOR AI AND DATA CENTRES

Beyond the grid: clean ammonia for hyperscale data centres.

Data centre capacity is scaling fast, and power availability increasingly decides where it can be built. With core markets grid-constrained, growth depends on new sustainable energy solutions.

Solves a key AI challengeReliable, low-carbon energy for AI and hyperscale data centres.
Ammonia as an energy platformLarge-scale energy storage, transport and dispatchable power, for energy security and greater grid independence.
Major production capacityA substantial strategic energy reserve of 5,170 GWh a year.
Exceptional storage resilienceStorage equivalent to around 420 GWh, for long-term energy security.
WHAT DRIVES DEMAND
01Data centre capacity is scaling rapidly, driving demand for power
02Power availability increasingly dictates site selection
03Customers require sustainable power for their CSR commitments
04Core markets are grid-constrained

We are in early-phase engagement with data centre developers. Talk to us about clean, grid-independent power for your next site.

SPECIFICATIONS

What you buy.

Ammonia produced from natural gas with more than 99 % of process CO₂ captured and stored, giving one of the lowest life-cycle footprints in the market.

PRODUCTAnhydrous ammonia (NH₃)
ANNUAL VOLUME1 million tonnes3,000 tonnes a day
ENERGY CONTENT5,170 GWh a yearstored as a liquid, shipped and used directly
CARBON FOOTPRINT~50 kg CO₂e per tonne of ammoniascope 1, 2 and 3 combined, to factory gate
HYDROGEN BASIS0.3 t CO₂e per t H₂EU Taxonomy limit: 3 t CO₂e per t H₂
ENERGY BASIS3 g CO₂e per MJEU Taxonomy limit: 28.2 g CO₂e per MJ
ON-SITE STORAGE~120,000 m³ in rock cavernsabout 420 GWh of stored energy, a buffer that keeps deliveries on schedule
DELIVERYFOB, by ship from the plant site
COMPLIANCE

Built to meet EU rules, with room to spare.

The product is designed for the EU’s sustainability and low-carbon hydrogen rules, with leeway for emissions from transport and use.

EU TaxonomyCompliant with the Taxonomy criteria for both hydrogen production and anhydrous ammonia production.
Delegated Act on low-carbon hydrogenThe EU threshold is a 70 % emissions reduction, or 3.4 kg CO₂e per kg H₂ including upstream methane. Our ammonia meets it with leeway for transport and use.
CBAMThe Carbon Border Adjustment Mechanism puts a carbon price on imports of certain goods into the EU. Our ammonia is made in Norway, inside the EEA, with an ultra-low footprint.
DELIVERY AND CONTRACTS

Volumes you can plan around.

Most volumes are planned on 10–20 year agreements, with price structures that reflect project cost. The rest is available on other formats, including short-term, spot and back-up power supply. Ammonia is loaded at the plant site, next to the sheltered, ice-free waters of Repparfjord.

LONG-TERM850,000 t a year
SHORT-TERM AND SPOT150,000 t a year
CONTRACT LENGTH10–20 years
INCOTERMFOB
SEA ROUTENo sea ice
APPLICATIONS

Where it goes.

Ammonia is already the world’s second-largest industrial gas. New uses in power, data centres and shipping are growing fast.

Power and energy storageAmmonia stores energy at low cost and can be used directly in engines, turbines and fuel cells for steady baseload and back-up power.
AI and data centresClean, dispatchable power for grid-constrained markets, including island-mode operation for hyperscale sites.
Shipping fuelOver 200 ships that run on ammonia, or are prepared for it, are on order or in operation. It is dense, easy to carry at −33 °C and served by existing ports.
Fertiliser and chemicalsAbout 85 % of today’s ammonia goes into fertiliser. A lower-carbon supply cuts the footprint of the food chain without changing how ammonia is used.
HOW TO BUY

From first call to long-term supply.

Energy company, trader, industrial user or ship owner: we shape supply around your volumes, timing and climate goals.

01
Tell us what you needVolumes, delivery point and timing.
02
Talk to our commercial teamSpecifications, footprint documentation and contract options.
03
Agree termsA term sheet first, then a long-term or short-term supply agreement.
COMMERCIAL CONTACTsales@barentsblue.no