How to Start a Brewery: The Complete Planning Guide
Starting a brewery is an exercise in simultaneous engineering, regulatory navigation, financial modeling, and market positioning. It is not a hobby project scaled up. The gap between homebrewing enthusiasm and commercial production viability has claimed more aspiring brewery owners than market competition ever will. This guide covers every phase of brewery planning from feasibility through first production, based on our direct experience building and commissioning brewery operations across the United States and internationally.
Feasibility and Market Analysis
Before you sign a lease, buy equipment, or file a single permit, you need to answer a fundamental question: does the market support your concept at the scale you intend to operate? This requires real competitive analysis, not optimistic assumptions. How many breweries operate within your target radius? What is their production volume, distribution footprint, and taproom revenue? What gap exists that your operation would fill? A feasibility study should include demographic analysis, competitive mapping, site-specific cost modeling, and realistic revenue projections based on comparable operations, not national averages.
Business Planning and Financial Modeling
Your business plan is the document that secures funding. Banks and SBA lenders evaluate brewery business plans against specific criteria: realistic production ramp-up timelines, defensible per-barrel cost assumptions, clearly identified revenue channels (taproom, distribution, contract), and contingency reserves. The financial model must account for the 6-18 month gap between signing your lease and generating your first revenue. During that period, you are paying rent, utilities, insurance, loan payments, and potentially staff, with zero income. Your pro forma must demonstrate you can survive that gap with capital reserves, not projections.
Site Selection and Facility Design
Site selection drives every downstream decision. Zoning determines whether you can operate a production brewery, a brewpub, or both. Utility infrastructure determines your electrical service upgrade costs, water supply adequacy, and wastewater discharge requirements. Ceiling height determines your tank sizing options. Floor drainage and slope determine your CIP effectiveness. Loading dock access determines your distribution logistics. A site that saves $2,000/month in rent but requires $150,000 in utility upgrades is not a bargain. Facility layout must optimize production flow, regulatory compliance, future expansion capability, and daily operational efficiency.
Equipment Selection and Procurement
Equipment is the largest single capital expenditure in a brewery build. The choices you make here determine your production capacity, product quality ceiling, operational efficiency, and maintenance burden for the next 10-20 years. Brewhouse sizing must match your 3-5 year production forecast, not just day-one needs. Fermentation capacity must account for your product mix: lagers require 3-5x the tank time of ales. Glycol system sizing must handle peak simultaneous cooling loads, not average loads. Packaging equipment must match your distribution model. Every specification should be driven by your production plan, not by what a manufacturer wants to sell you.
Licensing, Permitting, and Regulatory Compliance
Brewery licensing involves federal (TTB Brewer’s Notice), state (TABC in Texas, ABC in California, etc.), and local (city/county) permits. The TTB application alone requires detailed equipment descriptions, premises diagrams, and ownership disclosure. State and local requirements vary dramatically by jurisdiction. Building permits, fire marshal approval, health department inspection, wastewater discharge permits, and signage permits all run on independent timelines. A single missed permit can delay your opening by months. The smart approach integrates regulatory requirements into your project timeline from day one, not as an afterthought once construction is complete.
Utility Infrastructure
Breweries are industrial manufacturing facilities. They require substantial electrical service (typically 200-800 amp 3-phase), adequate water supply and pressure, hot water or steam generation, glycol cooling systems, CO2 distribution, compressed air, ventilation and makeup air, and wastewater management. Each of these systems must be designed, sized, installed, and commissioned. Undersizing any utility system creates a production bottleneck that is expensive to fix after construction. Electrical service upgrades from the utility company can take 3-6 months and cost $20,000-$100,000+. Plan accordingly.
Construction, Installation, and Commissioning
Construction management for a brewery build requires coordination between your general contractor, plumber, electrician, HVAC contractor, equipment manufacturer, and potentially specialized trades like glycol piping installers and control panel builders. Equipment delivery must be sequenced with construction milestones. Tanks cannot be placed after walls are closed. Glycol piping cannot be installed before tanks are set. Electrical rough-in must precede equipment placement. Commissioning is the process of verifying every system operates as designed before production begins. It includes pressure testing, glycol loop balancing, electrical load verification, CIP validation, and control system calibration.
Operations Setup and First Production
Before your first brew day, you need Standard Operating Procedures for every production process, cleaning protocol, safety procedure, and quality check. You need raw material suppliers selected and accounts established. You need your QC/QA program defined: what tests you run, at what frequency, with what acceptance criteria. You need your recipe portfolio validated at production scale, not just pilot scale. You need your staff trained on equipment operation, safety protocols, and quality standards. The difference between a smooth opening and a chaotic one is the quality of preparation in the 60 days before first production.
Where Outside Technical Support Helps
Outside technical support can compress the timeline, reduce costly mistakes, and provide expertise you do not yet have. Specifically: feasibility analysis grounded in real market data, financial models that survive lender scrutiny, facility design optimized for production flow and future expansion, equipment specifications driven by your production plan rather than manufacturer sales targets, project management that keeps construction on schedule and on budget, and operational readiness that ensures you are producing quality product from day one. The cost of expert support is typically recovered many times over in avoided mistakes, better equipment pricing through established vendor relationships, and faster time to revenue. For direct hiring help, use Solon’s brewery consulting page.
Solon Consulting has built breweries from 3-barrel pilot systems to 100,000+ barrel production facilities, across the United States and internationally. We deliver the complete scope: business planning, facility design, equipment procurement, construction management, commissioning, staff training, and ongoing operational support. Schedule a consultation to discuss your project.