Brewing Equipment

Model your realistic year two sales volume, then choose a brewhouse that reaches it at two to three brews a week, leaving headroom to double brew as demand grows. Fermenter capacity can expand incrementally, but replacing an undersized brewhouse is disruptive and expensive. Most experienced brewers advise buying one step larger than first instinct suggests.

Inspect interior welds and surfaces for corrosion or pitting, test that jackets hold glycol pressure, and check racking arms, sample valves and pressure relief valves for condition. Passivation history and cleaning records indicate how the vessel was treated. A pressure test certificate for rated vessels should transfer with the sale.

Electric heating suits smaller brewhouses for its simplicity and clean install, while steam becomes more economical and controllable as batch size grows. Direct fire is traditional and effective but demands careful kettle design to avoid scorching. Your batch size, utility situation and local regulations together point to the right answer.

Glycol capacity must cover simultaneous crash cooling and fermentation loads, CIP needs to reach every vessel properly, and CO2 or nitrogen supply must match packaging demands. Underinvestment here shows up as missed schedules and quality drift. When buying a complete plant, audit the support systems as critically as the shiny vessels.

Financing is available on qualifying listings and noted on the listing page. For breweries, matching repayments to growing beer sales is often the difference between expanding now and waiting years. The option is explored during your direct discussions alongside price and delivery terms.