Equipment specification for breweries is where production goals become purchase decisions. A brewery can spend heavily on tanks, brewhouse equipment, pumps, heat exchangers, packaging systems, controls, and utilities, but still end up with equipment that does not fit the facility, cleaning program, operator workflow, or expansion plan.
A strong procurement process turns the owner's requirements into a clear technical package before vendors quote. That package should explain capacity, product mix, utilities, layout, sanitary needs, automation, installation limits, commissioning, warranty expectations, and acceptance criteria.
Specify Before You Shop
Vendor quotes are only comparable when vendors are quoting the same duty, options, controls, delivery scope, documentation, and acceptance requirements. Otherwise the lowest price may simply be the largest omission.
- Define required capacity and operating cases
- State sanitary, utility, and automation expectations
- Separate base scope from alternates and exclusions
- Require submittals, FAT, delivery, and startup support
What A Brewery Equipment Specification Should Cover
A specification does not need to over-engineer every bolt, but it should identify the decisions that affect performance, safety, sanitation, installation, controls, service, and lifecycle cost. The goal is to make vendor assumptions visible before a purchase order is issued.
Batch size, production rate, heat/cooling duty, flow, pressure, volume, and expected operating range.
Footprint, height, access, rigging, drains, floors, platforms, doors, and maintenance clearance.
Electrical, steam, glycol, water, air, CO2, wastewater, ventilation, and utility tie-in assumptions.
PLC, HMI, instrumentation, alarms, recipes, data, remote support, and integration responsibility.
Those categories keep the procurement conversation grounded. They also make it easier to explain why two quotes with similar names may represent very different installed systems.
Before The Purchase Order
The purchase order should not be the first time the owner discovers what the vendor excluded. Before issuing it, the team should review the quote against the specification, clarify exceptions in writing, confirm utility requirements, check layout and rigging constraints, and decide which submittals must be approved before fabrication.
This step is especially important for imported equipment, automated systems, brewhouses, packaging lines, custom tanks, and utility skids. Small assumptions about valve type, pump duty, platform access, controls ownership, or startup support can become large field costs.
List every deviation from the RFQ, including materials, controls, documentation, installation limits, and owner-supplied items.
Confirm utility tie-ins, controls integration, platforms, drains, access, and installation boundaries before fabrication starts.
Tie payment and shipment milestones to submittals, FAT, punch-list closure, and startup support where the risk justifies it.
Procurement Decision Matrix
| Procurement Area | Question To Ask | Decision Evidence |
|---|---|---|
| RFQ scope | Did every vendor receive the same duty, options, exclusions, and acceptance requirements? | RFQ package, vendor Q&A log, quote addenda, and comparison sheet |
| Technical fit | Does the equipment match process, layout, utilities, sanitation, and controls needs? | Cut sheets, utility schedule, P&ID review, layout overlay, and controls matrix |
| Commercial terms | Are freight, rigging, taxes, payment schedule, warranty, startup, and spare parts clear? | Commercial comparison, payment milestones, warranty language, and spare-parts list |
| Schedule | Does lead time align with building work, utility installation, permitting, and startup? | Procurement schedule, submittal dates, factory slot, shipment plan, and owner decision dates |
| Acceptance | What has to happen before shipment, payment, installation, and final acceptance? | Submittal approval, FAT checklist, SAT checklist, punch list, and commissioning records |
FAT, SAT, And Startup Handoff
Factory acceptance testing should catch problems before equipment leaves the vendor. Site acceptance testing should confirm the installed equipment matches the approved submittal, utilities, controls, safety requirements, and owner operating needs. Neither test should be a vague demonstration.
The handoff should include drawings, manuals, parts lists, calibration needs, controls backups, training records, warranty contacts, punch-list status, and open risks. If the brewery cannot maintain the equipment after startup, procurement is not finished.
That documentation also gives the next expansion team a starting point instead of another expensive rediscovery project.
| Test Or Handoff Item | What It Should Prove | Typical Miss |
|---|---|---|
| Submittal review | Equipment matches approved duty, utility, material, layout, and control expectations | Approving a drawing without checking utility or maintenance clearance |
| FAT | Core function, controls, safety, documentation, and scope are acceptable before shipment | Testing only power-on status instead of process sequence |
| SAT | Installed equipment works with site utilities, controls, operators, and adjacent systems | Skipping integration checks with pumps, valves, alarms, or data |
| Training | Operators and maintenance staff know normal operation, cleaning, alarms, and service points | Training happens before final settings or punch-list closure |
| Closeout | The owner has records needed to run and maintain the equipment | Manuals and backups are left with the vendor or contractor |
Procurement Risks To Catch Early
- Vendor quotes that exclude controls, valves, instruments, freight, or startup support
- Equipment selected before utility capacity or room dimensions are confirmed
- Sanitary design assumptions that do not match the brewery's cleaning program
- Payment milestones tied to shipment instead of accepted submittals or FAT results
- Lead times that ignore permitting, installation, and commissioning sequence
- Expansion options discussed verbally but not included in the purchase documents
Frequently Asked Questions
What should be in a brewery equipment RFQ?
Include duty, capacity, product assumptions, utilities, sanitary requirements, controls, materials, layout constraints, documentation, FAT, delivery scope, startup support, warranty, spare parts, and accepted alternates.
How do you compare brewery equipment quotes fairly?
Normalize each quote by scope, exclusions, freight, controls, utilities, materials, startup, warranty, spare parts, lead time, payment terms, documentation, and required owner or contractor work.
Is the cheapest equipment quote usually best?
No. The lowest number may exclude controls, installation accessories, startup support, automation integration, sanitary details, documentation, or freight. The comparison should be based on installed and accepted value.
When should FAT be required?
Require FAT for complex, custom, automated, high-value, imported, or schedule-critical equipment. FAT is especially useful when startup delays would affect production launch or when controls integration is part of the purchase.
Need Help Specifying Brewery Equipment?
Solon Consulting helps breweries define equipment scope, compare vendors, coordinate utilities, review submittals, plan FAT/SAT, and protect startup readiness.
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