Brewing a 20% ABV beer demands precision, patience, and advanced techniques. Achieving this extreme alcohol content requires meticulous mash management for fermentable sugars, a multi-stage fermentation with robust, high-tolerance yeast, and strategic nutrient additions. My experience confirms that controlling fermentation …
Ryan Brewtech
Ryan Brewtech
Ryan Brewtech bridges the gap between traditional brewing and cutting-edge technology. With a background in computer engineering and IoT development, Ryan designs automated brewing systems that improve consistency while maintaining craft quality. He specializes in data-driven brewing, using sensors and software to monitor and optimize every aspect of the brewing process. Ryan has developed several open-source brewing applications and affordable DIY automation solutions for homebrewers. He regularly tests new brewing gadgets and technologies, separating genuine innovations from marketing hype.
The craft beer landscape in 2026 demands a marketing strategy rooted in hyper-personalization, data-driven engagement, and profound sustainability initiatives. Successful breweries will leverage AI for predictive analytics, foster authentic community connections, and prioritize transparent, localized storytelling to resonate with an …
Brewing at altitude introduces a critical variable: a lower boiling point, directly impacting hop isomerization efficiency. This phenomenon means brewers must adjust their hop schedules—either by increasing hop quantities or extending boil times—to achieve targeted International Bitterness Units (IBUs). My …
The Maillard Reaction in malting is a non-enzymatic browning process crucial for developing distinct flavors, aromas, and colors in malt. Initiated by heat during kilning or roasting, it involves reducing sugars reacting with amino acids, forming complex melanoidins and a …
Porter and Stout share a deeply intertwined history, with Stout originally emerging as a stronger variant of Porter – hence “Stout Porter.” Over centuries, evolving brewing techniques, malt innovations like black patent malt and roasted barley, and shifting consumer tastes …
Building your own glycol chiller from a repurposed AC unit is a highly effective, cost-efficient solution for precise fermentation temperature control. It involves safely recovering refrigerant, modifying the AC unit’s evaporator into a heat exchange coil within an insulated glycol …
- Beer Brewing
DIY: Building a Recirculating Infusion Mash System (RIMS)
by Ryan Brewtech 16 minutes readBuilding a Recirculating Infusion Mash System (RIMS) unlocks unparalleled mash temperature control and brewing precision. This DIY guide details component selection, electrical wiring, plumbing assembly, and critical calibration steps, ensuring stable mash temperatures within +/- 0.5°C. Achieve consistent enzyme activity, …
Crafting IPA-marinated chicken wings isn’t just cooking; it’s an application of brewing science to culinary art. The hop acids and malty sugars from your chosen IPA interact with the chicken proteins, tenderizing the meat and imbuing it with complex, savory, …
Butyric acid, tasting distinctly like baby vomit or rancid butter, is a severe beer off-flavor caused by anaerobic bacterial contamination, primarily *Clostridium* species. It typically stems from inadequate sanitation, slow wort chilling, or improper grain handling, allowing specific bacteria to …
Is your homebrew tasting like a first-aid kit exploded in your glass? The culprit is almost certainly chlorophenols. This off-flavor, characterized by a distinct Band-Aid, medicinal, or antiseptic aroma and taste, primarily arises from the reaction between chlorine or chloramine …