ArticUno LNG · Datacenter Division
CRYOSURGE
Modular LNG power infrastructure for data centers — onsite gas from day one, no pipeline required.
Modular LNG power infrastructure for data centers — onsite gas from day one, no pipeline required.
Data centers are being built faster than gas utilities can connect them. Grid interconnection now averages 5.2 years in PJM — up to 7 years for a 100 MW hookup in Northern Virginia — while downtime costs large enterprises over $300,000 per hour, with 41% reporting $1–5 million per hour.
Diesel backup is no longer the answer: the EPA caps non-emergency diesel at 50 hours per year, California's SB 887/978 target datacenter diesel outright, and stored fuel degrades within 6–12 months. LNG does not degrade in storage — and gas generation cuts emissions 40–70% with dramatically easier NOx and PM2.5 permitting.
CryoSurge closes the gap with field-proven LNG storage and vaporization modules, in inventory today, that feed pipeline-quality natural gas to your onsite generation — first as primary supply while you wait for the pipeline, then as permanent backup once it connects.
Each CryoSurge module combines vertical cryogenic LNG tanks, ACD TC-34 submersible cryogenic pumps, CryoQuip ambient vaporizers, interconnecting cryogenic piping, and a control container running Allen-Bradley CompactLogix + GuardLogix safety PLCs. Modules arrive pre-engineered, with site layouts pre-modeled to NFPA 59A siting and setback requirements, and commission on a concrete pad in a standard fenced utility yard.
| Usable LNG | 45,000 gal |
| Stored gas | 3,690 MCF |
| Net electric energy | 436 MWh |
| Runtime @ 25 / 50 / 100 MW | 17.4 / 8.7 / 4.4 h |
| Usable LNG | 60,800 gal |
| Stored gas | 5,022 MCF |
| Net electric energy | 581 MWh |
| Runtime @ 25 / 50 / 100 MW | 23.4 / 11.6 / 5.8 h |
Hours of full-load generation from one module at 40% net electric efficiency
Same configuration, purchased new at current lead times (12–18 months) and tariff-driven prices
New U.S.-certified cryogenic tanks quote 12–18 month lead times from Chart and Taylor-Wharton, with backlogs projected through 2027. CryoSurge equipment is in inventory — ready to ship in 60–120 days, with NFPA 59A permitting run in parallel by our EPC team.
The 2025 tariff stack on imported cryogenic vessels (10% baseline + 20% IEEPA + 125% reciprocal, plus Section 232 steel duties) pushed new U.S. tank pricing to $250,000–$350,000. CryoSurge prices ~35% below new-build.
The EPA caps non-emergency diesel at 50 hours/year; California's SB 887/978 target datacenter diesel, Washington capped one facility at 25 hours per generator, New York has a moratorium pending. Gas with LNG storage permits on 40–70% lower emissions.
Diesel degrades in 6–12 months and needs constant fuel polishing (EPRI puts standby start-failure at 3–4%). LNG is chemically stable — and standby CryoSurge modules include active boil-off management, so fuel holds indefinitely without venting.
Multi-day onsite fuel autonomy supports concurrent-maintainability and fault-tolerance design requirements for Tier III and Tier IV facilities.
Tanks by Chart, CVA and Taylor-Wharton; ACD cryogenic pumps; CryoQuip vaporizers; Allen-Bradley safety PLCs. 2011–2021 service, minimal duty, professionally decommissioned, recertified before deployment.
Your interconnection is years away, but generation must run now. CryoSurge serves as primary gas supply, replenished by scheduled LNG trailer deliveries. When the pipeline connects, the modules stay as permanent backup — the asset changes mission, never becomes obsolete.
For sites fed by mobile CNG/VNG trailers, CryoSurge is the buffer that makes the scheme bankable: a 50 MW plant needs 12–13 trailer deliveries every day (25+ at 100 MW), so one delay can starve the turbines. While trailers cycle offsite, the module carries the load — continuous gas, no single logistics dependency.
Sizing rule of thumb: ~103 gallons of LNG per MWh generated. 25 MW draws ~206 MCF/hr; 50 MW ~411; 100 MW ~822.
Conceptual rendering: CryoSurge module bridging supply while CNG trailers cycle offsite.
| Deployment tier | Configuration | Supports |
|---|---|---|
| Pod | 1–3 tanks (single module) | 10–25 MW |
| Mid-size farm | 5–10 tanks, N+1 piping | 25–60 MW · 24–72 hr runtime |
| Hyperscale farm | 10–20 tanks | 60–120 MW · 48–96+ hr runtime |
CryoSurge 3T $978,000 · 4T $1,143,000, refurbished and recertified. Volume: two 3T $1,956,000; three $2,934,000; four $3,912,000; four-unit 4T campuses to $4,572,000.
5–10 year term with a predictable monthly fee per module; equipment maintained by ArticUno. Preserve capital while bridging to pipeline.
Site design, permitting support, installation and commissioning — a single point of accountability for onsite gas.
Scheduled trailer deliveries and gas supply contracts for sites running CryoSurge as primary supply.
Ongoing O&M, recertification and 24/7 support across every deployment.
CryoSurge modules are assembled from the complete equipment fleet of 30 professionally decommissioned LNG fueling terminals — one of the largest inventories of LNG equipment available for immediate deployment in the United States today.
All equipment offered subject to availability. Specifications, capacities and runtimes are engineering estimates based on 40% net electric efficiency and LNG at 82,644 Btu/gal (LHV); final figures are confirmed per project. Renderings are conceptual. © 2026 Gas Equipment 4 Sale LLC — ArticUno LNG Datacenter Division. Specifications subject to change.