Industrial refrigeration and cold storage procurement

An industrial refrigeration sourcing platform helps buyers define one cold storage or refrigeration requirement, prepare a comparable project brief and research suitable manufacturers, EPC contractors and installers. ColdMatch reviews every request manually before any supplier introduction.

Indicative 2026 benchmarks: modular cold rooms run about USD 250–450 per m³ installed, mid-size cold storage warehouses USD 900–1,600 per pallet position, blast freezers USD 120,000–450,000 per chamber, and NH3 or CO2 central plants USD 1,200–2,600 per kW of refrigeration capacity. Landed cost, civil works, power supply and country duties usually move the final figure by 15–35%.

Submit one RFQ on coldmatchgroup.com. ColdMatch reviews the requirement, prepares the project brief and researches suppliers against company registration, manufacturing capacity, certifications, references and export experience. Relevant introductions are managed personally, and buyers contract directly with the supplier they choose.

NH3 remains the most energy-efficient choice for large single-site plants above roughly 500 kW where a machine room and trained operators are available. CO2 transcritical suits medium sites, cold climates and facilities that must avoid ammonia safety zones, with cascade NH3/CO2 used for large low-temperature freezing. Both avoid HFC phase-down and F-gas exposure.

Typical timelines are 2–4 weeks for supplier shortlisting and quote comparison, 8–16 weeks manufacturing for cold rooms and packaged plants, 16–28 weeks for large NH3/CO2 plants and IQF lines, plus 3–8 weeks of installation and commissioning. Ports, customs and power connection are the usual causes of delay in emerging markets.

Yes. ColdMatch Group is not a lender, but through the Financing Hub qualified buyers are introduced to independent partners offering equipment leasing, trade finance, project finance and export credit, typically from around USD 1M upward. All terms, approvals and eligibility rest with the third-party funding partner.

Provide storage volume in m³ or pallet positions, target temperature and tolerance, product type and daily throughput, ambient design conditions, available power supply, site country and city, required certifications, and the target commissioning date. These inputs allow ColdMatch to prepare a clearer brief before supplier research begins.

A 1,000 m² chilled distribution warehouse typically lands at USD 900,000–1,700,000 turnkey, and USD 1.3M–2.4M for a frozen (-18 to -25 °C) facility with racking, docks and backup power. Civil works, land preparation and grid connection are the largest local variables and are often quoted separately.

Commercial refrigeration covers display cabinets, small condensing units and cold rooms typically below 50 kW, using packaged HFC or propane systems. Industrial refrigeration covers process cooling, blast freezing and large cold stores above roughly 100 kW, usually with NH3, CO2 or multi-compressor racks, machine rooms and full control and safety systems.

As a planning rule, chilled storage (0 to +5 °C) needs about 0.03–0.05 kW per m³ and frozen storage (-18 to -25 °C) about 0.06–0.10 kW per m³ in temperate climates, rising 20–40% in hot ambient conditions or with heavy daily product turnover. Use the refrigeration load calculator for a specification-grade figure.

Well-designed chilled stores typically consume 30–55 kWh per m³ per year and frozen stores 60–110 kWh per m³ per year. Envelope quality, door discipline, floating head pressure control, EC fans and variable-speed compressors are the levers that move a facility from the top of that band to the bottom.

For volumes below roughly 1,500 m³, modular panel cold rooms are usually 15–30% cheaper and 4–8 weeks faster because panels are factory-made and assembled on site. Above that scale, built-in-place construction with an integrated refrigeration plant generally wins on energy performance and cost per m³.

Look for ISO 9001 manufacturing quality, CE or UL equipment marking, PED or ASME pressure vessel certification, EN 378 or IIAR safety compliance for NH3 plants, and food or pharma scheme readiness such as HACCP, ISO 22000, BRCGS or GDP. Every supplier presented through ColdMatch is screened on documentation before quoting.

Often yes. Replacing R404A or R22 plant with R448A/R449A, NH3 or CO2, upgrading controls and defrost, adding EC fans, resealing the envelope and fitting high-speed doors typically cuts energy 20–40% for 15–35% of new-build cost, and can be phased so the store keeps operating.

Yes. ColdMatch runs RFQs for buyers across Africa, the Middle East, Asia, Latin America and Europe, matching each project to suppliers with export experience, local service partners and documentation for that destination. Country hubs cover landed cost, duties, port routing and typical lead times per market.

A cold room is a chilled enclosure, typically 0 °C to +8 °C and under about 500 m³, used for holding fresh product. A freezer room runs at −18 °C to −25 °C with thicker panels, underfloor heating and a larger plant per m³. A refrigerated warehouse is a multi-chamber facility, usually above 2,000 m³, combining chilled and frozen chambers with docks, racking, controls and often a blast freezer — it is a building project rather than an equipment purchase.

Specify duty point (flow in m³/h and head in metres), fluid and temperature, glycol concentration, materials and control method, then quote the same duty across multiple manufacturers. ColdMatch handles chilled water, condenser and cooling water, process, booster and solar irrigation pumps as part of the same project RFQ, so pumps, refrigeration and power are compared under one specification instead of three separate tenders.

Size the generator to the refrigeration plant's starting load, not its running load: allow roughly 2.5–3× the largest compressor's running kW for direct-on-line starting, or about 1.3–1.5× with soft starters or VSDs. Typical cold stores specify a diesel genset with automatic transfer within 10–15 seconds, 24–72 hours of fuel and monthly load-bank testing, because frozen product tolerates only a few hours without cooling.

Yes. Solar covers daytime refrigeration load well because peak sun and peak heat load coincide. A grid-tied PV array without batteries typically supplies 30–50% of annual cold store energy; adding battery storage or thermal mass raises that to 70–90% and enables off-grid operation. Diesel-hybrid controllers are common where the grid is unstable.

Yes. ColdMatch runs tenders for EPC contractors, government food-security and strategic reserve programmes, development finance projects and infrastructure investors, from single-facility builds to multi-site cold chain networks between USD $250K and $100M+. Scope can cover refrigeration, cold rooms, warehousing, pumps, generators, solar and full turnkey scopes delivered by qualified third-party EPC providers under one specification.