All Posts

When it comes to improving beer quality, few equipment upgrades have as much impact as an efficient wort chiller. Rapidly cooling wort after the boil helps preserve hop aroma, reduces the risk of contamination, promotes a good cold break and gets your yeast working in ideal conditions. Once you've decided to move beyond an ice bath, you'll quickly discover there are three main options available: Immersion chillers Counterflow chillers Plate chillers Each has its strengths and

One of the first major upgrades many homebrewers make is moving from an ice bath to a dedicated wort chiller. Rapid cooling not only shortens brew day but also improves beer quality by reducing the risk of infection, limiting DMS formation in pale lagers, encouraging a strong cold break and getting yeast working sooner. When shopping for an immersion chiller, you'll usually find two choices: Copper Stainless Steel Copper chillers have long been regarded as the "gold standard,

Discover why thermotolerant Kveik yeasts such as Voss and Horn are ideal for summer brewing. Learn how they thrive in warm conditions, ferment quickly, and produce excellent beer without strict temperature control.

One of the good questions we had recently was around closed transfer systems for homebrewing. In short: is transferring beer under CO₂ actually worth it, or is it just another one of those things that sounds more professional than it needs to be? The honest answer is: yes, closed transfers can make a real difference — but not always equally, and not always for every beer. For a big, dark, malt-forward stout that is going to be drunk fairly quickly, the difference may be s