When your Original Gravity (OG) deviates from the target, prompt and precise action is essential to salvage your brew. If your OG is too low, you’ll need to strategically add Dry Malt Extract (DME) to boost fermentable sugars. Conversely, if …
Dave Hopson
Dave Hopson
Dave Hopson is a certified Cicerone® and beer historian who has visited over 200 breweries across 15 countries. With a background in anthropology and culinary arts, Dave brings a unique perspective to understanding beer's cultural significance. He specializes in documenting regional brewing traditions and how they've evolved with modern craft movements. His research on indigenous fermentation practices has been featured in several brewing publications. Dave hosts the popular podcast "Hop Tales," where he interviews brewers about their cultural inspirations and brewing philosophies.
- Beer Brewing
Why Your Beer is Too Bitter (Hop Utilization)
by Dave Hopsonby Dave Hopson 11 minutes readIs your latest brew leaving a harsh, lingering bitterness on your palate? It’s likely an issue with hop utilization, the efficiency with which alpha acids isomerize into bittering compounds during the boil. Factors like boil time, wort gravity, pH levels, …
Your beer tastes like corn primarily due to Dimethyl Sulfide (DMS), an undesirable sulfur compound. DMS originates from S-Methyl Methionine (SMM) present in malt, particularly Pilsner malts. During the wort boil, SMM converts to DMS, which is then volatilized away. …
- Beer Brewing
Monsoon Brewing Tips: Humidity and Grain Storage
by Dave Hopsonby Dave Hopson 4 minutes readMonsoon brewing demands vigilant grain storage to combat humidity’s destructive impact. Maintaining grain moisture content below 12% for whole malt and 20°C (>68°F) Accelerated enzymatic degradation, rancidity, pest activity. Relative Humidity (RH) 70% Moisture absorption, mold growth, increased water activity. …
- Beer Brewing
Brewing Water in Pune: Hardness and Alkalinity
by Dave Hopsonby Dave Hopson 19 minutes readBrewing exquisite beer in regions with specific water profiles, like Pune, demands a precise understanding of hardness and alkalinity. By accurately measuring your source water’s ion concentrations and Residual Alkalinity (RA), you can implement targeted salt and acid additions. This …
- Beer Brewing
Brewing Water in Chennai: Desalinated Water Tweaks
by Dave Hopsonby Dave Hopson 19 minutes readBrewing with Chennai’s desalinated water offers a unique advantage: a blank canvas. By understanding its near-zero mineral content, I meticulously build precise ion profiles using brewing salts, ensuring optimal mash pH, enzyme activity, and ultimately, superior beer flavor. It’s about …
The FastFerment Conical Wall Mounted system offers homebrewers a highly efficient, space-saving solution for single-vessel primary and secondary fermentation. Its unique conical design significantly reduces oxidation by eliminating transfers, while the integrated yeast collection ball allows for easy harvesting of …
- Beer Brewing
Plaato Airlock vs. Traditional Airlock: Digital Monitoring
by Dave Hopsonby Dave Hopson 12 minutes readThe Plaato Airlock revolutionizes fermentation monitoring by providing real-time, granular data on specific gravity, ambient temperature, and CO2 production rate directly to your smart device. Unlike traditional airlocks that offer only visual cues, Plaato’s digital sensors empower brewers with actionable …
- Beer Brewing
Tilt Hydrometer vs. iSpindel: Bluetooth Tracking
by Dave Hopsonby Dave Hopson 15 minutes readChoosing between a Tilt Hydrometer and an iSpindel for fermentation tracking boils down to preference for convenience versus customization. The Tilt offers unparalleled plug-and-play simplicity and reliable Bluetooth connectivity, perfect for immediate data access. The iSpindel, an open-source marvel, demands …
- Beer Brewing
Turbidity and Yeast: Why Hazy Yeasts Don’t Flocculate
by Dave Hopsonby Dave Hopson 3 minutes readHazy yeasts primarily lack flocculation due to specific genetic markers that impair the production and interaction of cell surface proteins (flocculins). This prevents yeast cells from aggregating and settling out effectively. My experience shows environmental factors like low calcium, hop …