How to Design a Brewery Layout That Actually Works
Getting your brewery layout right from day one will save you serious time, money, and headaches down the road. Here’s what goes into it.
Designing a brewery layout is a fine art. It takes real skill, real experience, and a healthy appreciation for the complexity hiding behind what looks like a simple floor plan.
The goal is always the same: fit as much as you possibly can into the available space while keeping the brewing process smooth, logical, and efficient. That balance is harder to strike than most people expect.
The good news is that you don’t have to figure it out on your own. That’s exactly what we’re here for.
What Does a Good Brewery Layout Actually Involve?
A well-designed brewery layout accounts for far more than just where the tanks go. It covers production flow, utility access, structural load capacity, drainage placement, expansion potential, and the day-to-day realities of running a busy brewhouse.
Get it right at the start, and everything downstream becomes easier. Get it wrong, and you’re looking at costly redesigns, delayed installs, and operational inefficiencies that compound over time.
Where We Start: Three Questions That Shape Everything
In the early planning stages, we always come back to three foundational questions. The answers directly inform our equipment recommendations and layout approach.
- What are your production goals? Understanding your target volume, product mix, and growth plans helps us size the system correctly. Our team uses a Brewery Scope Calculator to work out the appropriate brewhouse and cellar vessel sizing. That sizing drives both the equipment cost and the space requirements for the gear and its supporting utilities.
- How much space do you have? The size and footprint of your location set the boundaries for everything else.
- What is your budget? This shapes what’s possible and helps us prioritize the decisions that matter most.
Your production, space, and budget are all intertwined and will ultimately determine what your brewery will be able to produce. Here at BBS, we can help you unravel that mystery.
Heating Method: Why Utilities Come First
One of the most common and costly mistakes we see? Falling in love with a heating method before confirming the utilities can support it.
We have worked with clients who had their hearts set on a steam-heated brewhouse and hot liquor tank, only to discover they had no gas line into the building and insufficient power for an electric steam boiler. Utility upgrades are expensive, slow, and often disruptive to a project timeline.
Before any equipment decisions are finalized, we get a clear picture of what utilities are available. We also position equipment in relation to those utility sources to minimize process piping and cabling runs. Running utilities around a brewery adds cost and complexity that is entirely avoidable with good planning.
The Layout Process: A High-Stakes Game of Tetris
Once we have the full picture, we get into the layout itself. Think of it as a very high-stakes game of Tetris.
Our starting point is always a 2D CAD drawing of the space, sourced from your designer, architect, or landlord. Accuracy here is non-negotiable. If we are working from an incorrect drawing, even small discrepancies can cause major problems on installation day.
We also ask that any updates to the space plan be shared with us promptly. Equipment gets copied into the latest version of the layout so there are no surprises when delivery day arrives.
Why Millimeter-Level Accuracy Matters
Brewery layout design is not a “close enough” discipline.
Structural load. All weight calculations must use wet weights, not dry. Underestimating load can cause foundation cracking or structural failure, particularly near trench drains.
Drainage placement. Trench drains can compromise slab integrity if placed under heavy loads. They can also reduce height clearances if they need to be added on top of the slab. Both factors need to be accounted for from the start.
Equipment fit. If a vessel does not fit through the door or into the designated space on unloading day, the entire layout is thrown off. That is a domino effect no one wants to deal with.
Our CAD drawings go to the millimeter for a reason.
What We Consider When Drawing Your Layout
Once we know what equipment is needed and how it fits the space, we build out a full series of diagrams that represent your brewery exactly as it will appear in real life.
Clients get read-only access to their project files via a shared web link so everyone is working from the same version at all times.
Here is what we keep front of mind throughout the design process:
Process flow. We design the layout to follow the natural sequence of the brewing process. Redundant movements waste time, and time is money. A well-designed process path reduces unnecessary steps for your team every single brew day.
Utility routing. Piping routes, power outlet locations, and access points for glycol inlets and outlets are all factored into the layout. Our 3D modeling capability also allows us to design a majority of the brewhouse process piping before equipment even ships.
Room for expansion. Planning for future growth from the start is far cheaper than retrofitting later. We identify where additional vessels or equipment could be added and design utility routing to support that from day one.
Practical logic. This is where experience really shows. Where should the glycol connections land on each fermentation vessel? Is there a clear pallet path through the brewhouse? Is the brite tank positioned near the cold room? Is the lauter tun close enough to the door for easy malt in and kegs out? These details seem small in isolation. Over years of operation, they add up to a meaningfully better or worse working environment.
Frequently Asked Questions About Brewery Layout Design
How much space do I need to open a brewery? It depends on your production goals and system size, but the layout planning process starts with understanding your exact space dimensions, not a general estimate. We use a Brewery Scope Calculator to match system size to your available footprint.
What is the most common brewery layout mistake? Not accounting for utility limitations early enough in the process. Heating method, power supply, and drainage all need to be confirmed before equipment decisions are locked in.
Can my brewery layout accommodate future expansion? Yes, and it should. Planning for growth from the start saves significant cost compared to redesigning the layout after the fact. We build expansion considerations directly into the initial layout.
Why do I need CAD drawings for my brewery? CAD drawings give everyone on the project team, including your brewer, architect, structural engineer, and contractor, an accurate shared reference. Even small errors in a drawing can cause major problems on installation day.
What is the difference between a 2D and 3D brewery layout? A 2D layout establishes footprint and flow. A 3D model adds height, piping, and spatial detail that allows us to pre-design much of the process piping before equipment ships. Both play a role in a thorough layout process.
Managing the Moving Parts
Between us, your brewer, your designer or architect, your structural engineer, and your contractor, there are a lot of people involved in a brewery build. Keeping everyone aligned is part of what we do.
We have been doing this for a long time, across 22 countries. We know how things should flow. We know where the common pitfalls are. And we are good at spotting potential roadblocks early enough to resolve them before they become expensive problems.
When you work with Bespoke Brewing Solutions, you are not just buying equipment. You are getting a consulting partner who has seen what works, what does not, and how to get your brewery built the right way.
Ready to get started? Get in touch with our team.