News

The Order That Arrived in Perfect Condition
The containers cleared customs without a hitch. The tanks were the size that was ordered. The stainless steel certificates matched the specification sheet. The supplier's engineer had signed off on the factory acceptance test.

Eight weeks later, the brewery owner was standing in front of a kettle that would not come to a rolling boil.

The boiler could not deliver the steam pressure the brewhouse required. The system was not defective. It was correctly manufactured and correctly installed. It was connected to a building that could not support it. The owner had asked the right questions about the equipment and none of the right questions about the room it was going into.

What a Brewhouse Actually Needs From the Building
A brewhouse is a heat exchanger with a control panel. It does not create energy. It takes energy from the building and moves it into wort. If the building cannot deliver that energy at the right rate and the right pressure, the equipment cannot perform to its specification, no matter how well it was made.

Steam pressure is the first thing to verify. A ten-barrel brewhouse typically needs three bar at the vessel inlet. A boiler rated at 1.8 bar will run the system, but it will not run it correctly. The boil is weak, the evaporation rate drops, and the beer develops off-flavors that are hard to diagnose because everything appears to be working.

Electrical capacity is the second. Electric-heated brewhouses draw significant amperage. Once the glycol chiller, pumps, lighting, and packaging equipment are added to the same service, a panel that looked adequate during planning can be at its limit. Upgrading a service is not a maintenance task. It is a utility coordination that can take months and cost more than the equipment it was meant to power.

Drainage is the third. A brewhouse produces a large volume of water during cleaning and cooling. If the floor drains cannot handle the flow, or if the slope is wrong, water pools around the equipment. Standing water around a brewhouse is a sanitation problem and a slip hazard, and it is the kind of thing that is obvious on the first day of operation and expensive to correct afterward.

The Questions to Ask Before the Quote
What steam pressure and volume can the boiler deliver at the brewhouse connection point, measured at the connection and not at the boiler nameplate?

What amperage is available at the panel that will serve the brewhouse, and at what voltage and phase?

What is the water flow rate in liters per minute at the pressure the brewhouse requires, and what is the chloride content of that water?

What is the floor drain capacity in liters per minute, and what is the slope from the brewhouse to the drain?

What is the ceiling height at the proposed equipment location, measured to the lowest obstruction rather than to the slab?

A supplier who asks these questions before quoting has seen a project fail and does not want to see another one. A supplier who quotes without asking is selling vessels, not a brewing system.

The Cost of the Gap
The boiler replacement cost twenty-eight thousand dollars. The shutdown cost ten days of production. Three batches were dumped at thirty-five hundred dollars in ingredients and labor. The delayed opening cost revenue that never appears on any invoice.

The equipment was fine. The building was the problem. Nobody checked the interface between them.

Before you order beer brewing equipment, let us review your building's utility specifications against the system requirements. We have seen this mistake enough times to know where it hides. Leave a message below with your building details and target brewhouse size, and we will send you a utility compatibility checklist.