A realistic brewhouse brewery system price includes more than the equipment itself. The project must also account for delivery, site preparation, utility connections, mechanical work, electrical integration, commissioning, and operator training.
A brewery can arrive as well-manufactured equipment and still face delays if the floor drains, access routes, electrical supply, heating source, glycol capacity, or piping plan are not ready. Installation cost is therefore not a single line item; it is the combined cost of making the site ready, connecting the system correctly, and proving that it can operate safely and consistently.

Which Parts of Installation Are Included in Your Quote?

One supplier may provide remote guidance and documentation. Another may offer on-site technical supervision, commissioning, and training. Local contractors may still be responsible for unloading, building work, utility connections, and electrical installation.
Before accepting a proposal, divide the project into clear responsibility areas.

Equipment supply and delivery

The equipment supplier may provide the brewhouse, tanks, pumps, valves, control panels, and accessories. The local team commonly handles unloading, storage, internal transport, lifting arrangements, and site coordination. Confirm who arranges rigging and insurance before delivery.

Mechanical installation

The supplier may provide assembly guidance, drawings, or technical supervision. Local installers often position equipment, install supports, complete field piping, and make mechanical connections. Confirm who supplies labor, tools, lifts, fittings, and installation consumables.

Electrical work

The supplier can provide panel drawings, equipment interfaces, and control documentation. Local electrical contractors commonly install main power, route cables, complete grounding, and meet local code requirements. Confirm voltage, frequency, and electrical standards before manufacturing.

Utilities and commissioning

The supplier can provide required flow, pressure, load, and connection information. The local team normally provides water, drainage, heating, refrigeration, compressed air, and other required site utilities. Before commissioning, confirm that every utility is sufficient for peak operation and that the commissioning schedule, technical support scope, and operator attendance are clear.

What Must Be Ready Before Equipment Arrives?

Site readiness should be verified before the brewery is shipped. Correcting a building after tanks have arrived is usually more expensive and may delay installation.

• Door widths, turning space, and delivery routes for vessels and platforms
• Ceiling height and lifting clearance for tank positioning
• Floor loading and levelness
• Drain locations, trench channels, floor slope, and wastewater routing
• Access to water, electrical supply, heating, glycol, compressed air, and CO(2)
• Space for pipe routes, maintenance access, and cleaning operations
• Ventilation and exhaust requirements
• Safe space around panels, pumps, valves, and refrigeration equipment
• Storage space for malt, packaging materials, chemicals, spare parts, and finished beer
• Reserved space for future tanks or packaging equipment

A layout drawing is not only a sales document. It is a practical installation tool that helps identify conflicts between equipment footprints, access routes, drainage, utilities, and operator movement. A complete brewery equipment solution should therefore begin with a verified process layout rather than a list of standalone tanks.

How Do Freight, Rigging, and Access Affect Cost?

Logistics are frequently underestimated during early brewery planning. Large tanks may require specialized handling from the point of arrival through final positioning inside the building.

• Export packing and container loading
• International freight and cargo insurance
• Customs duties, clearance, and local transport
• Crane hire, forklifts, pallet jacks, rigging, and lifting equipment
• Temporary road access or delivery permits
• Unloading space and coordination with the site schedule
• Doorway modifications or removable building sections
• Storage costs if the site is not ready when equipment arrives

A tank that fits on a layout drawing may still be difficult to bring through a doorway or position beneath a low ceiling. Measure access dimensions early and compare them with the shipping and installation dimensions supplied for each major vessel.

What Utility Connections Does a Brewery Need?

Utility planning connects the equipment design to the building. The selected brewhouse heating method, cooling load, automation level, packaging scope, and production schedule all affect the required infrastructure.

Electrical power

Electrical power runs motors, controls, refrigeration, pumps, packaging, and electric heating where used. Existing service may not support the selected heating system or packaging demand.

Water supply and drainage

Water supports brewing liquor, cleaning, rinsing, and general production. Flow, pressure, treatment, and water chemistry may need attention. Drainage and wastewater systems must handle cleaning discharge, process water, and floor washdown. Insufficient drains or poor floor slope can disrupt cleaning and sanitation.

Heating source

The site must support the selected method for mashing and boiling, whether it uses electricity, steam, direct fire, or thermal oil. Heating infrastructure should be confirmed before equipment selection is finalized. A commercial brewhouse should be specified around available utilities as well as batch size and output targets.

Glycol cooling

Glycol cooling controls fermentation temperature and supports cold-side operations. Chiller capacity, pipe sizing, and glycol distribution must be adequate for the total fermentation load, not only for the first tank installed. Review the planned number, size, and cooling zones for the fermentation tanks before finalizing refrigeration capacity.

Compressed air and CO(2)

Compressed air may support pneumatic valves and packaging equipment. CO(2) systems can support carbonation and relevant process steps. Storage, safety, piping, and local requirements should be planned as part of the facility design.

Who Installs Piping, Wiring, and Controls?

The physical connections between equipment determine whether the brewery operates smoothly. This work often involves coordination between mechanical, electrical, refrigeration, and civil contractors.
Mechanical work can include positioning vessels, installing pumps, connecting sanitary pipework, fitting valves, installing CIP lines, and pressure testing relevant systems. Electrical work can include panel positioning, cable routing, motor connections, sensor wiring, grounding, safety devices, and control-system integration.

• Which piping is factory-installed and which piping is completed on site
• Whether pipe supports, clamps, insulation, and fittings are included
• Which valves are manual, pneumatic, or controlled through the PLC
• Whether field wiring is included in the supplier scope
• Who connects refrigeration, glycol supply, and glycol return circuits
• Which contractor is responsible for testing electrical and mechanical connections
• What local codes or inspections apply before startup

The control system should also be reviewed before installation. A panel may be ready for the supplied equipment but require additional capacity if the brewery plans to add fermentation tanks, packaging equipment, or utility zones later.

What Happens During Commissioning and Training?

Commissioning is the stage where the installed equipment is checked as one operating system. It usually takes place after utilities are connected, equipment is positioned, and the site is safe for testing.

1. Confirm equipment placement, pipework, electrical connections, and utility availability.
2. Perform water tests, leak checks, pressure checks, and pump-direction checks.
3. Test heating, cooling, valves, sensors, alarms, and control functions.
4. Run CIP and verify cleaning connections and drainage performance.
5. Test the brewhouse process and wort-transfer sequence.
6. Verify fermentation-temperature control and glycol performance.
7. Train operators on normal operation, cleaning, maintenance, and basic troubleshooting.
8. Complete trial brewing and record any adjustments required before normal production.

Installation is not complete when the system is bolted to the floor. It is complete when the brewery team can operate, clean, maintain, and repeat the process safely. Where process automation is included, the team should also understand the selected automatic brewery solution functions before full production begins.

Which Site Errors Cause the Most Delays?

Most installation delays are preventable when the equipment plan and facility plan are reviewed together.

• Delivery doors that are too small for tanks or platforms
• Ceiling clearance that prevents safe lifting or installation
• Drainage that is too far from cleaning and production zones
• Electrical capacity that does not support the selected heating system
• An undersized glycol system for the planned fermentation load
• Pipe routes that were not considered before equipment positioning
• Insufficient room for operators to access pumps, valves, and panels
• Packaging equipment that cannot match the finished-beer supply rate
• No reserved utility or floor capacity for the next expansion phase

A process-flow diagram and site-layout drawing can identify many of these issues before equipment manufacturing begins.

How Should You Divide Responsibilities With Local Contractors?

Create a written responsibility matrix before delivery. It should state who supplies, installs, tests, approves, and pays for each major element of the project.

• Equipment unloading and internal movement
• Civil works, drainage, flooring, and foundations
• Water, electrical, heating, compressed-air, and glycol connections
• Field piping, insulation, cable routing, and grounding
• Refrigeration installation and chiller commissioning
• Local inspections, permits, and code compliance
• Supplier technical supervision and travel arrangements
• Commissioning schedule, operator attendance, and trial-brew materials
• Warranty start date and post-installation support process

This level of clarity protects both the buyer and the supplier. It also makes it easier to build a realistic installation schedule and avoid the false assumption that every task is included in the equipment price.