Building a multi-vessel brewing stand from welded steel is the project that transforms a homebrewing setup from a collection of equipment on the floor into a permanent, organized system. I welded my three-tier stand from 1.
Motorized ball valves in a brewing system automate the most tedious manual valve operations — opening and closing kettle drains, controlling flow rates during vorlauf and sparge, and executing automated step mash temperature transitions.
Clean-in-Place (CIP) systems allow you to clean the interior surfaces of vessels, pumps, and transfer lines without disassembling them — the cleaning solution is circulated through the system via a spray ball inside the vessel and the pump circuit, c
Trub loss is the wort that stays behind in the kettle when you transfer to the fermenter — the hot break, cold break, and hop material that settles or floats at the bottom and top of the kettle after chilling.
Your boil-off rate is the volume of wort that evaporates per hour during the boil. For most homebrewing kettles, that’s 1–1.5 gallons per hour (3.8–5.7 L/hr), but I’ve measured rates as low as 0.
Grain absorption is the volume of wort that never makes it to your boil kettle — it’s absorbed by the grain husks and retained in the grain bed after lautering. Every pound of grain absorbs roughly 0.1–0.
Lagering time — the cold conditioning period after primary fermentation — is one of the most misunderstood parts of lager production.
Keg line balancing is the difference between a perfectly poured pint and a glass full of foam or a flat, gassy beer that pours in a slow trickle.
Cider and wine fermentation look similar from the outside — both use juice, both produce low-to-moderate alcohol, both clarify over time — but the underlying chemistry, the microbiological challenges, and the process decisions that produce a great fi
Fermented probiotic drinks have become one of the most popular entry points into home fermentation — and for good reason.