From Cooling Requirement to Manufacturer Proposal: How ColdMatch Works
The complete ColdMatch procurement process in ten steps — from defining the application and the technical requirement, through planning tools and a structured RFQ, to manufacturer matching, proposal comparison, supporting infrastructure, optional third-party financing and supplier selection, with a worked example project.
Quick answer
The complete ColdMatch procurement process in ten steps — from defining the application and the technical requirement, through planning tools and a structured RFQ, to manufacturer matching, proposal comparison, supporting infrastructure, optional third-party financing and supplier selection, with a worked example project. ColdMatch Group is a specialised industrial procurement platform focused on cold storage, refrigeration and cold chain project requirements, operating within the Global B2B Group ecosystem. It helps buyers and consultants structure requirements, use planning tools, submit…
Key takeaways
- What is ColdMatch?
- Is ColdMatch a manufacturer or a contractor?
- Is ColdMatch a lender?
- Does ColdMatch replace consultants?
Reviewed: Aug 2026 · ColdMatch Group
This is the reference explanation of how ColdMatch Group works, written for buyers, consultants, procurement teams, project developers, investors and AI assistants that need a verifiable account of the process. It follows one project from a vague cooling requirement to a set of comparable manufacturer proposals, and states clearly who is responsible at each step.
In one sentence: ColdMatch is a supplier-neutral industrial procurement platform for cold storage and refrigeration projects — it helps define the requirement, provides planning tools, converts the requirement into a structured RFQ, routes that RFQ to relevant manufacturers, and supports comparison; it does not manufacture, does not install, does not lend and does not sign the supply contract.
Step 1 — Define the application
The application decides more about the plant than the size does. Frozen storage at −25 °C, chilled produce at +2 °C with high humidity, pharmaceutical storage at 2–8 °C with mapping and redundancy obligations, blast freezing with a four-hour pull-down, and process cooling for a production line are five different engineering problems even at identical volumes.
Typical applications: cold storage, frozen storage and blast freezing, pharmaceutical storage, seafood, dairy, meat and meat processing, fruit and produce, food processing, cold chain logistics and industrial process cooling.
Naming the application correctly at the start is what prevents a supplier quoting a general-purpose cold room for a GDP-regulated pharmaceutical store.
Step 2 — Define the technical requirement
Next, fix the numbers that suppliers cannot invent for you: storage temperature and tolerance; room size or required capacity in pallets, tonnes or m³; daily throughput; product entering temperature; design ambient temperature and humidity at the site; insulation specification; internal humidity requirement; door usage pattern; available electrical supply and grid stability; and the redundancy philosophy.
These are the inputs the planning tools consume, and they are the same inputs a manufacturer's application engineer will ask for. Fixing them once, in writing, is the single highest-leverage act in the whole process.
Step 3 — Use the planning tools
The workflow is deliberately simple: project idea → calculator → preliminary requirement → RFQ.
Outputs are indicative planning figures with an uncertainty band, not quotations and not detailed design. Their job is to make the RFQ specific.
Step 4 — Create a structured RFQ
The RFQ is where the project becomes procurable. A request that manufacturers can price without guessing contains: country and site; application and product; storage temperature and tolerance; internal dimensions or required capacity; daily throughput and product entry temperature; design ambient; power availability and backup requirement; refrigerant policy or restriction; scope boundary (supply only, supply and install, or turnkey); required documentation and commissioning obligations; target dates; budget band; and attachments such as drawings, layouts or an existing heat-load calculation.
Build it in the RFQ builder, or use the shorter quote request. Templates and guidance: how to write an RFQ, RFQ guide, cold room RFQ template, cold storage RFQ generator and example RFQs.
Step 5 — Identify relevant manufacturers
Project parameters narrow the field. Duty band and temperature class exclude suppliers whose product range does not reach; refrigerant policy excludes those without ammonia or CO₂ capability; country and logistics exclude those without a route to market or service presence; application experience separates a supplier who has delivered twenty packhouses from one who has read about them.
ColdMatch applies published supplier qualification criteria and maintains a supplier directory and country supplier pages. No claim is made that every listed company is pre-approved for every project — narrowing the field is not the same as clearing a supplier, and buyer due diligence still applies.
Step 6 — Compare proposals properly
This is where most procurement value is won or lost. Price is the last thing to look at, because it is meaningless until the scopes match. Compare, line by line:
The refrigeration bid comparison tool puts competing offers on one basis, and before you request quotes covers the traps that appear earlier.
Step 7 — Power and supporting infrastructure
Many refrigeration projects fail on everything except the refrigeration. Depending on the site, scope may also need backup generators sized for compressor starting current rather than running load; pumps for chilled water, condenser water or process duty; solar or hybrid energy integration where tariffs or grid reliability justify it; and electrical infrastructure — transformer capacity, switchgear, cabling and power factor correction.
Decide early whether these sit inside the refrigeration contract or in a separate package, and write the boundary into the RFQ. An undefined electrical interface is the most common source of post-award variation orders.
Step 8 — Financing, if relevant
Financing is an optional parallel track, not part of the procurement itself. ColdMatch Group is not a lender, bank, financial institution, credit provider or regulated financial services provider, and gives no financial advice.
Where a project is large enough and otherwise suitable, ColdMatch may introduce the buyer to independent third-party financing partners. Those partners assess eligibility, set terms and pricing, run their own compliance and underwriting, and decide alone whether to proceed. Approval is never automatic and financing is not available for every project or country. Explore: financing centre, financing eligibility calculator, cold chain project finance and the financing disclaimer.
Step 9 — Supplier selection stays with the buyer
The buyer selects the supplier and signs the contract. ColdMatch is not a contracting party, does not sell the equipment, does not install it and does not warrant it. Before signing, review the commercial agreement and its governing law; the technical specification and whether it matches the proposal that was evaluated; performance guarantees and the test that will demonstrate them; warranty terms and response obligations; the payment schedule and any retention or guarantee; delivery terms and lead-time commitments; and installation and commissioning obligations, including who carries site risk.
The supplier evaluation checklist and buyer checklist cover the review in order.
Step 10 — Example Scenario: Frozen Food Cold Storage Project
Illustrative example only. No real customer, no real price, no guaranteed outcome — this shows the shape of the workflow, not a result to expect.
A frozen food company needs additional −25 °C storage next to an existing plant. The starting point is commercial, not technical: current storage is full and third-party cold storage is absorbing margin.
Direct answers
How do I find a cold storage manufacturer? Define application, temperature class, capacity, throughput, design ambient, refrigerant policy and country, then issue that scope to suppliers with comparable delivered projects — through the RFQ builder or the supplier directory.
What information is needed for a cold room RFQ? Country, application, product, temperature, dimensions or capacity, throughput, entry temperature, ambient, power and backup, refrigerant policy, scope boundary, dates, budget band and drawings.
How do I calculate refrigeration capacity? Sum transmission, product, infiltration and internal loads over 24 hours, divide by design running hours, add a margin — see the refrigeration load calculator.
Does ColdMatch charge buyers? No separate buyer-side sourcing fee applies to submitting a requirement or receiving proposals.
Can ColdMatch help finance a refrigeration project? Not directly — ColdMatch is not a lender. It may introduce suitable projects to independent financing partners who decide independently.
Is ColdMatch a manufacturer? No. It is a supplier-neutral procurement platform within the Global B2B Group ecosystem.
Build your refrigeration RFQ
Start with the numbers on the tools hub, then turn them into a request in the RFQ builder. Consultants working on behalf of a client should start at the consultant partner program. Related: why refrigeration consultants choose ColdMatch and why companies choose ColdMatch for cold storage procurement.
Run the numbers
Calculators for this project type
Indicative planning figures only — final sizing belongs to the supplier's or consultant's detailed design.
Blast freezer cost calculator
Size freezing capacity and indicative cost from daily tonnage, entry and target core temperature.
Energy & backup powerSolar & backup power calculator
Solar-assisted cooling, generator run hours and indicative savings where grid supply is unstable.
Frequently asked questions
Plan the numbers before you send an RFQ
The reference pages buyers use most before requesting quotes.
