No volume position
Liquid fuel at rental margins, with no volume position behind it.
Every fast power deployment in the market today lands on the same answer: rent diesel gensets and worry about it later. We run the same play at the same speed — on clean bridge fuels we refine ourselves — and we engineer the step down to gas and grid from day one.
Rental diesel is the default because it is the only thing that arrives in weeks. But it carries a delivered cost most operators only model after they sign, an air-permit exposure that limits run hours, an emissions profile that shows up in your customer's reporting, and a fleet that has no role once real gas capacity arrives. So you pay twice: once for the bridge, and again for the permanent plant — and the bridge asset is somebody else's, on a rental card, priced by the day.
Liquid fuel at rental margins, with no volume position behind it.
NOx and particulate limits that cap your run hours.
An emissions line your offtaker did not budget for.
Nothing you paid for in phase one survives into phase three.
That means the bridge and the destination are the same contract, the same operator and the same margin stack — and the fuel gets cleaner at every rung instead of staying diesel until the day gas shows up.
| Rental diesel | Crossbridge | |
|---|---|---|
| What we own | A fleet, priced by the day | Refining, fuels, generation |
| Phase 1 fuel | Diesel | Renewable diesel / HVO |
| Phase 3 fuel | Still diesel, or a new tender | CNG, RNG, pipeline gas |
| Contract | Re-tendered at each phase | One PPA across all phases |
| Stranded assets | Everything from phase one | None — we own the iron |
One counterparty across all four. You are never re-tendering, never renegotiating, and never holding an asset that has run out of purpose.
Mobile gensets on site and carrying load. Same speed as a diesel deployment, without committing your site to diesel.
Fuel: renewable diesel / HVO
Fuel switched to the cleanest liquid the site permits and the engines accept. Emissions and permit exposure drop without new iron.
Fuel: HVO, blends, LPG
Gas arrives — virtual pipeline or lateral. Dual-fuel conversion or purpose-built turbines and recips take over as prime power.
Fuel: CNG / RNG / pipeline gas
Permanent microgrid, grid-parallel where it pays, heat recovered where there is a thermal load, hydrogen-capable where the design allows.
Fuel: gas, RNG, hydrogen-ready
Our energy business operates the refinery at Fredericia, Denmark. It supplies more than 35% of Danish liquid fuel consumption, is one of the world's most energy-efficient refineries, and is Denmark's largest supplier of surplus heat to district heating, warming over 115,000 homes.
Diesel, renewable diesel and HVO blends.
LPG, CNG, RNG and pipeline supply.
Renewable hydrogen through the HySynergy partnership with Everfuel.
20 MW operating at Fredericia today.
Rungs 01–02 get you running and get you cleaner. Rungs 03–04 make it permanent. Every solution below sits on one of the four rungs.
Mobile generation on site and carrying load in weeks, on bridge fuel from the first hour — not diesel.
Take an existing or planned diesel fleet and run it on renewable and low-carbon liquid fuels, with no engine replacement.
Renewable diesel, HVO, LPG, CNG, RNG and pipeline gas — refined, blended and delivered by our own energy business.
Turbines and reciprocating engines, controls, storage and distribution engineered as one islandable system.
Dedicated generation on your side of the meter. No interconnection application, no queue, no upgrade allocation.
The engineered step from liquid fuel to gas — dual-fuel conversion, gas train, and the commercial terms to match.
An active 20 MW power operation integrated with our refining site on the Danish coast, and a 50 MW development in the Permian region targeted near Stanton — sited for gas access, data center demand and the fuel logistics corridor that runs through it.
Speed to power, on a fuel that does not box you in — across the loads that cannot wait for a utility interconnection.
Speed to power for training clusters, inference halls and colocation campuses — without a diesel-only bridge.
Electrification, turnaround power and resilience for refining, terminals and processing assets.
Frac fleets, drilling and production facilities electrified on bridge fuel rather than field diesel.
Site power for multi-year builds where the permanent supply arrives after the programme does.
A portfolio of behind-the-meter compute power products: a fabric of 1–20 MW sites for fast, granular deployment, and a 200 MW class campus program for contracted scale — both sold in graded availability classes rather than an unsupported five-nines promise.
Small, fast, behind-the-meter blocks on industrial land, sold in Flex / Balanced / Firm availability classes.
Fabric specification →Phased, financeable capacity with N+1 redundancy and a capacity-plus-energy tariff.
Campus program →That is enough for us to come back with a rung-by-rung plan, a delivered cost per kWh at each phase, and an honest view of what your utility date is really worth.