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When a data center procurement team asks for a tank price, the honest answer is "it depends on the scope you define." A tank price can mean bare panels on a truck, or a coated, roofed, documented, supervised, delivered-and-erected asset. Understanding the components stops you from comparing two quotes that are not actually the same thing.
A data center tank price is built from panel steel and coating, the roof system, freight and packing, the civil foundation, and on-site erection. Small fire-water tanks (for example a 162 m3 unit) and large potable tanks (a 21,088 m3 installation) have very different unit economics, so always compare quotes on the same scope and specification, not on a single number.
Most quotes separate the manufactured tank (panels, coating, bolts, sealant, roof) from the delivered-and-erected package. The manufactured portion scales with steel tonnage and coated surface area; the delivered portion scales with container count and distance; the erected portion scales with crew days and crane time.
| Component | What it covers | Main cost driver |
|---|---|---|
| Panels + coating | Steel, GFS/FBE face, bolts, sealant | Surface area and steel grade. |
| Roof | Aluminum dome, enamel, or open | Span and material. |
| Freight + packing | Containers, crating, insurance | Volume and route. |
| Civil | Foundation, anchor bolts | Soil and local labor. |
| Erection | Crew, crane, QA | Tank height and count. |
Unit price per cubic meter falls as the tank grows because the roof, freight and engineering are spread over more volume. A small Guyana fire-water tank at 162 m3 (2025) and a large Indonesia Cilincing potable installation at 21,088 m3 (2024) sit at opposite ends of that curve. Ask for the price per m3 at your actual volume.
Before comparing prices, agree on what each supplier includes: coating standard and test, roof type, nozzles and manholes, foundation responsibility, supervision, and incoterms. Two quotes that differ by 20 percent are often simply different scopes.
Ocean freight and export crating are easy to under-quote and painful to discover later. A manufacturer with a 100+ country export base crates coated panels to survive transit and documents the load. Ask for the packing method and the container count up front.
Center Enamel manufactures GFS and FBE bolted tanks in-house and ships them containerized to global projects, with transparent component pricing so a buyer can see exactly what is included in a data center tank quote.
Because the scope differs: coating quality, roof type, freight terms, foundation responsibility and supervision are often bundled differently. Compare on identical scope.
Generally yes - roof, freight and engineering are spread over more volume, lowering the unit cost, as seen between small fire tanks and 20,000 m3-plus installations.
Skipping the 1500 V holiday test or using thinner enamel saves little and risks early failure. Those are not safe places to cut.
It can be, but always confirm incoterms and crating; a low ex-works price plus poorly packed panels can cost more in transit damage.
Usually the buyer owns civil works, but the tank maker should supply the foundation load and anchor plan so your civil contractor prices it correctly.
After you provide duty, volume, climate and roof preference. A number given without those is an estimate, not a quote.
Read a data center tank price as a stack of components, not a single figure. Lock the scope, compare per cubic meter at your volume, and treat freight and coating testing as line items you can verify - then the lowest responsible price becomes clear.
Suggested CTA: Share your tank volume, duty and delivery port and we will return a scoped, component-level quote with our coating and test records attached.