Asheville did not earn the “Beer City USA” designation by accident. The region’s craft brewing industry is a serious economic force — $934 million in total output, 877 direct jobs with a 2:1 employment multiplier, and a role in the visitor economy that keeps restaurants, hotels, and retailers across Buncombe County operating at capacity (Asheville Area Chamber of Commerce).
And yet, for all the attention paid to the liquid in the tanks, relatively little attention has been paid to the buildings that house the tanks, the taprooms that serve the beer, and the design decisions that determine whether a brewery becomes a destination or just an address on a tap list.
This page covers what makes brewery architecture distinctive, what technical requirements are unique to production brewery and taproom design, what the Asheville regulatory context means for brewery projects, and what we have learned from designing five brewery projects in this market.
A brewery is two buildings in one. It is a production facility — with the structural, mechanical, and drainage demands of a light industrial operation — wrapped around a hospitality experience that needs to feel warm, interesting, and worth the drive. The architecture has to serve both without letting either one undermine the other.
Most commercial architects handle restaurants or industrial buildings, but not the specific intersection of the two that a production brewery represents. The technical systems are genuinely specialized. The design challenge of making a working brewery feel like a place you want to spend three hours on a Saturday afternoon is not solved by the same instincts that work for a standard taproom or a straightforward restaurant.
To understand how brewery design sits within the broader landscape of commercial architecture services in Asheville, it helps to know that it combines elements of hospitality, food service, and light industrial design — each with its own code path and technical requirements.
Production brewery floors carry loads that standard commercial construction does not anticipate. Fermentation vessels, bright tanks, and brite beer tanks are heavy — a 20-barrel fermentation tank full of beer weighs in excess of 20,000 pounds. The structural slab must be designed for those loads, including the concentrated point loads from tank legs, and the structural engineer must account for them from the beginning of design.
Brewery floors also require extensive drainage. Cleaning-in-place (CIP) cycles, tank leaks, and general brewing operations generate significant volumes of liquid on the production floor. Trench drains, floor slope toward drains, and the grease trap or interceptor sizing for the combination of brewery waste and kitchen waste all need to be designed and coordinated with the mechanical and civil engineers.
Epoxy floor coatings are standard in production areas — they provide a cleanable, chemical-resistant surface that holds up to the constant cleaning cycles. The coating system selection, surface preparation requirements, and joint treatment all need to be specified correctly in the construction documents. For a full picture of what goes into a commercial construction document set, our commercial building design process guide covers each phase and the engineering coordination involved.
Most production breweries use glycol chilling systems to control fermentation temperatures. The glycol chiller, distribution piping, and tank connections require space planning and coordination with the mechanical system. The chiller is typically located outdoors or in a mechanical room with appropriate ventilation, and the distribution piping runs to each fermentation vessel through a glycol manifold.
This system needs to be accounted for in the design. An architect who has not done brewery work may not include it in the design drawings, leaving the coordination to the contractor — which produces field decisions that may or may not work with the overall layout.
Fermentation produces CO2, and CO2 accumulation in enclosed spaces is a genuine life safety concern. OSHA and the IBC both address CO2 safety requirements in brewery environments. Production areas typically require CO2 detection systems and ventilation designed to maintain CO2 concentrations below threshold levels. The mechanical engineer needs to design for this specifically — it is not covered by standard commercial ventilation calculations.
Yeast production also generates heat and humidity. Fermentation vessel areas need to be designed to manage that heat load without creating condensation problems in the building envelope, which can lead to mold and structural moisture damage over time.
Breweries are water-intensive operations. A typical craft brewery uses three to seven gallons of water per gallon of beer produced. The water service sizing, hot water production capacity, and sewer line sizing need to be calculated based on the brewery’s production volume, not on standard commercial occupancy assumptions.
Electrical demand for brewing operations — chillers, pumps, grain handling equipment, compressed air systems — is higher than most commercial uses of equivalent square footage. The electrical engineer needs production equipment load schedules from the brewery operator to design an appropriately sized electrical service.
Breweries with food service operations — which most taprooms are — require health department plan review and approval in addition to the standard building permit. In North Carolina, the local environmental health department reviews commercial food service facilities for food preparation, storage, handwashing, and equipment installation compliance with the NC Food Code. The health department review runs parallel to the building permit process and needs to be coordinated so both are addressed in the construction documents. Our restaurant and hospitality architecture guide covers the health department review process in detail, since taprooms with kitchen operations follow the same path.
A production brewery is a factory. A great taproom is a destination. The architectural challenge is making those two things coexist in a way that makes each one better — where watching beer being made enhances the drinking experience, and where the hospitality environment does not compromise the production operation.
The best brewery taprooms put fermentation vessels in sight of the bar. Seeing the tanks is part of the experience — it communicates authenticity, craft, and the fact that the beer in the glass was made right here. The architectural design should create intentional visual connections between the production floor and the taproom, whether through glass walls, physical adjacency, or positioned views through the bar design.
This connection has practical implications: tank placement needs to account for sightlines, production lighting needs to work for both operations and aesthetics, and acoustic separation between production noise and taproom conversation needs to be addressed.
The bar is the operational heart of a taproom. Bar length, keg access and cooler placement, back bar organization, and the flow between bar, kitchen, and taproom floor all determine how efficiently the taproom operates. A bar designed without operational input produces a beautiful object that is miserable to work behind — and the staff that works behind it every day will let you know.
We involve the taproom operator in bar design decisions: how many taps, how the pour cycle works, where tickets print, how food comes out, how glasses get washed and restocked. The millwork drawings reflect those conversations, not just aesthetic preferences.
Taprooms are loud. Hard floors, exposed ceilings, and the kind of lively atmosphere that a good brewery creates all generate significant reflected sound. Without acoustic treatment, a taproom at capacity can become uncomfortably loud — which shortens visits and reduces per-person spending.
Acoustic treatment does not have to look like an acoustic treatment. Exposed ceiling decking absorbs sound. Upholstered banquettes, fabric-covered panels, and wood baffles all perform acoustically while reading as design decisions. Getting the acoustic balance right early in design is substantially cheaper than retrofitting sound absorption after the taproom opens. The same principle applies to restaurant design — see our restaurant and hospitality architecture guide for how we approach acoustics in food and beverage spaces.
Asheville’s climate and outdoor culture make outdoor seating a meaningful asset for any taproom. Beer gardens, rooftop decks, and outdoor bar service areas extend seating capacity and create a different kind of experience that draws a different crowd at different times of day.
Outdoor spaces for alcohol service require their own licensing review and, in many cases, specific design features: defined service areas, appropriate fencing or barrier design for ABC compliance, accessible routes between indoor and outdoor areas, and weather protection that extends the usable season.
Brewery production falls under a specific use classification in Asheville’s Unified Development Ordinance. Where breweries are permitted, what size production operations are allowed, and what associated retail and food service is permissible all depend on the zoning district. A pre-design feasibility review confirms that the intended brewery operation is permitted at the proposed location before any design work begins. The Asheville commercial architecture market guide covers zoning and the 2026 UDO changes that are making some commercial uses easier to permit across more districts.
The South Slope has become the de facto brewery district in downtown Asheville, with zoning that supports production, taproom, and retail uses in close proximity. The River Arts District has historically supported small-scale production and is actively rebuilding post-Helene with new commercial investment.
The majority of Asheville’s brewery projects involve existing buildings — former industrial spaces, warehouses, retail buildings — rather than new construction. Adaptive reuse of existing buildings for brewery use brings all the complexities of renovation work — existing structural systems, outdated MEP infrastructure, floor slabs that may not be designed for tank loads — combined with the specific technical demands of brewery programming.
Existing floor slabs are a particular concern. Production tanks require structural capacity that many older commercial slabs cannot provide without reinforcement. A structural engineer needs to assess the existing slab and determine whether it can be modified to accommodate the proposed tank loads, or whether new slab sections need to be poured.
Several of Asheville’s existing breweries sustained damage from Hurricane Helene, particularly those in the River Arts District and along the French Broad River. Brewery rebuilds and new projects in flood-prone areas are now subject to elevated mechanical and electrical requirements. For breweries specifically, this means glycol chillers, electrical panels, and brewing equipment controls need to be positioned or protected against flood exposure — which has implications for equipment layout and building design.
Understanding the full scope of post-Helene requirements and how they interact with brewery design is part of what a local architect brings to a project that a firm without Asheville experience would not know to address. For project cost implications of these requirements, our commercial architect cost guide covers how renovation complexity and regulatory requirements affect fees.
Form & Function Architecture has designed five brewery and taproom projects in the Asheville area: Hillman Brewery, The Whale, UpCountry Brewing, Outsider Brewing, and Haywood Common. A few things we have learned from that work.
Involve the brewer early. The brewer knows the production system better than anyone. Early conversations about tank sizes, production workflow, expansion plans, and operational preferences produce a building that works for the actual brewing process rather than a generic brewery layout that has to be adapted after the fact.
Design for expansion. Successful breweries grow. A taproom that seats 80 today needs a clear path to 120. Production capacity that works for 1,000 barrels a year needs to accommodate 3,000. Designing with expansion in mind — leaving structural capacity, rough-in provisions for additional utilities, and programmatic space that can flex — is significantly cheaper than building twice.
The back-of-house matters as much as the front. Keg storage, cooler layout, grain delivery access, waste removal, CO2 storage — all of it needs to work operationally. The best taproom front-of-house fails quickly if the back-of-house cannot support it efficiently.
Build in acoustic treatment from the beginning. Adding sound absorption after a taproom opens costs more and looks worse than incorporating it into the original design.
Brewery design requires coordination of glycol chilling systems, CO2 detection and ventilation, high-volume floor drainage, structural slabs designed for tank loads, specialized electrical service sizing, and health department plan review for food service. These are separate from standard commercial requirements and need to be addressed by an architect and engineering team familiar with brewery operations.
Yes, for most projects. A brewery that exceeds 3,000 square feet or $300,000 in construction value requires a licensed architect in North Carolina. Most production breweries exceed both thresholds. Additionally, the technical complexity of brewery design makes professional architectural and engineering coordination essential regardless of the legal requirement.
Design and permitting for a brewery project typically takes four to eight months. Construction typically runs four to ten months depending on project scope. Total timeline from first architect meeting to opening day usually falls in the nine to eighteen month range for a new brewery or major renovation. Adaptive reuse of an existing building can be faster; new construction typically takes longer. Projects in Asheville’s historic districts or requiring conditional zoning add time to the permitting phase.
Brewery production is permitted by right in several commercial and industrial zoning districts in Asheville, including the South Slope, parts of the River Arts District, and various commercial corridor designations. Some zoning districts allow taproom retail and food service as accessory uses to production; others require separate approvals. A pre-design feasibility review confirms what is permitted at your specific location before any design work begins.
Yes, and many Asheville breweries do. Adding a kitchen or significant food service operation to a brewery taproom triggers health department plan review in addition to the standard building permit. The kitchen design needs to meet NC environmental health requirements for commercial food service. We coordinate both the building permit and health department review processes for our brewery clients.
Design for expansion means making specific decisions early: leaving structural capacity in the slab for additional tanks, rough-in plumbing and electrical provisions for future equipment, planning taproom layout to accommodate additional seating without a full renovation, and designing the bar and service areas for higher volume than the opening day plan requires. These decisions are easiest and cheapest to make in schematic design, before construction documents are produced.
Brewery projects in flood-prone areas — including much of the River Arts District — now need to position mechanical systems, electrical panels, and critical brewing equipment controls above the 100-year floodplain elevation. For existing buildings, this may require relocating equipment or modifying building systems. For new construction, it shapes where mechanical rooms are located and how the building section is organized.
Asheville is genuinely one of the best markets in the country for craft brewery investment. The tourism economy, the local beer culture, and the density of a passionate, beer-literate population all create conditions where a well-designed, well-located brewery has a real shot at becoming something more than a business — it becomes a place.
Getting the architecture right is part of that equation. The technical systems need to work. The taproom needs to feel like somewhere you want to stay. The building needs to serve the brewer, the staff, and the guest simultaneously and without compromise.
Form & Function Architecture has done this work in Asheville. Contact our studio to discuss your brewery or taproom project.
