Cold storage EPC contractor vs independent procurement

When a turnkey EPC contract is the right route

Concentrating responsibility is worth paying for whenever the cost of an interface failure exceeds the margin saved by unbundling.

• Greenfield facility with civil, panel, plant and electrical scopes running in parallel
• Financing or grant conditions requiring a single performance guarantee
• No in-house refrigeration engineer or owner's engineer appointed
• Contractual completion date with liquidated damages exposure
• Complex refrigerant duty — NH3 or transcritical CO2 — needing licensed design and commissioning

When independent comparison adds the most value

Comparison value is highest before appointment, when scope is still movable and no supplier has an incumbency advantage.

• First project of this type or scale for the buyer organisation
• Wide expected price spread between refrigerant and plant configurations
• Retrofit, expansion or refrigerant conversion where scope boundaries are negotiable
• Multi-site programmes needing a repeatable scope standard
• Markets where supplier availability and service coverage vary sharply

How responsibility actually shifts

The commercial difference between models is not price — it is who owns the gap when two scopes do not meet.

• Turnkey EPC: contractor owns design, interfaces and stated performance
• Design-build with owner's engineer: shared, with independent technical review
• Multi-package supply: buyer owns every interface and the commissioning sequence
• Independent procurement layer: buyer owns scope definition and selection, supplier owns delivery

Running a competitive process without losing accountability

A structured RFQ does not dilute single-point responsibility. It defines the point clearly enough that bidders can price it.

• Write one scope document before contacting any contractor
• State design ambient, duty, temperatures, throughput and redundancy explicitly
• Require the same named exclusions list from every bidder
• Ask for annual energy consumption at the stated operating profile, not just CAPEX
• Keep warranty, response time and spare-parts terms inside the comparison, not as an afterthought

What ColdMatch does and does not do here

Neutrality only means something if it is stated plainly.

• Not an EPC contractor, manufacturer, installer, distributor or lender
• EPC contractors are suppliers in the sourcing universe, not competitors
• No paid placement: suppliers cannot buy a position in a shortlist
• Financing introductions are to independent third parties only

Best for

Commercial and industrial cold chain projects, typically from USD 250,000 upward: cold rooms, refrigerated warehouses, blast freezers, processing plant refrigeration and distribution hubs.

Not a fit: domestic refrigerators, household or office air conditioning, small repair call-outs, or spare-parts-only enquiries.

Typical cold chain project types

• Fruit, vegetable and horticulture cold storage with pre-cooling
• Meat, poultry and fish chilling plus blast freezing
• Dairy and beverage process cooling
• Pharma and vaccine GDP cold chain (2–8 °C, −20 °C, −70 °C)
• Refrigerated warehouses, 3PL hubs and mobile cold rooms

Cold room vs refrigerated warehouse

A cold room is a single insulated chamber, usually under ~500 m³, serving one process or storage step. A refrigerated warehouse is a multi-zone facility with racking, docks, air locks and a central refrigeration plant, sized by pallet positions and daily throughput rather than by room volume.

What affects project cost

• Storage volume, pallet positions and daily throughput
• Target temperature and ambient design conditions
• Refrigerant choice (NH₃, CO₂, HFC) and plant redundancy
• Panel thickness, doors, air locks and civil works
• Backup power, solar, freight, duties and commissioning

Temperature range checklist

• +12 to +16 °C — bananas, potatoes, curing
• +2 to +8 °C — pharma GDP, dairy, fresh produce
• 0 to +4 °C — meat, fish and chilled distribution
• −18 to −25 °C — frozen storage
• −35 to −40 °C — blast freezing and IQF

RFQ checklist

• Product, temperature and daily intake
• Room dimensions or required pallet positions
• Site location, ambient conditions and power supply
• Backup autonomy and redundancy level
• Budget range, timeline and scope exclusions

Build your RFQ →

Project type cluster

Agriculture and horticulture cold storage

Pre-cooling plus storage for fruit, vegetables and flowers, usually +2 to +12 °C with high humidity control and fast pull-down after harvest. Sized by daily intake in tonnes, not only by room volume.

Meat, poultry and fish cold storage

Chilling at 0 to +4 °C combined with blast freezing at −35 to −40 °C and frozen holding at −18 to −25 °C. Hygienic panels, drainage and separate dirty/clean flows are part of scope.

Pharmaceutical and API cold storage

GDP-compliant 2–8 °C rooms, −20 °C and, for some active pharmaceutical ingredients and biologics, −70 °C. Requires mapping, IQ/OQ/PQ, N+1 refrigeration, backup power and alarm escalation.

Refrigerated warehouse and 3PL distribution

Multi-zone facilities sized by pallet positions, dock doors and daily throughput. Typical scope covers racking, air locks, dock levellers, a central plant and an energy strategy.

Food processing plant refrigeration

Process cooling, chillers, spiral or tunnel freezers and glycol loops integrated with production lines. Usually specified alongside ISO 22000 and HACCP food safety requirements.

Mobile and containerised cold rooms

Plug-and-play 20 ft or 40 ft refrigerated units for seasonal peaks, remote sites and temporary capacity, typically −25 to +8 °C with optional solar or generator support.