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ABV calculator, IBU calculator, strike water, priming sugar, and brewing tools.
Calculate alcohol by volume from original and final gravity.
Calculate International Bitterness Units from hops, alpha acid, boil time, and volume.
Calculate strike water temperature from grain temp, target mash temp, and ratio.
Calculate priming sugar grams from beer volume, CO2 target, and temperature.
Calculate water to add to dilute spirit from current ABV to target ABV.
Classic cocktail ratios for base spirit, modifier, and accent.
Calculate glasses per person from bottle count and guest count for events.
Calculate pints per keg and kegs needed for an event.
Calculate mash efficiency from pre-boil gravity, volume, and grain weight.
Look up PSI for force carbonation from temperature and CO2 volumes.
Calculate ingredient amounts for batch cocktails.
Calculate alcohol by volume from gravity readings.
Calculate alcohol by volume from original and final gravity readings.
Estimate original gravity from grain bill weight and mash efficiency.
Estimate final gravity from original gravity and yeast attenuation.
Calculate international bitterness units from hop additions and boil time.
Calculate beer color in SRM from grain types and weights.
Determine optimal mash temperature for desired body and fermentability.
Calculate mineral additions to match target water profiles for brewing.
Calculate grain quantities from target OG, batch size, and efficiency.
Calculate hop utilization percentage from gravity, boil time, and form.
Calculate yeast starter size needed from target pitch rate and OG.
Calculate priming sugar quantity from volume, temperature, and target CO2.
Calculate CO2 volumes from temperature and PSI for kegging or bottling.
Calculate required CO2 pressure for target carbonation at serving temp.
Scale a recipe up or down by adjusting batch size proportionally.
Calculate brewhouse efficiency from pre-boil gravity and grain bill.
Calculate boil-off rate from pre-boil and post-boil volumes.
Calculate strike water temperature from grain weight and target mash temp.
Calculate sparge water volume from grain absorption and target volume.
Correct refractometer readings for alcohol presence during fermentation.
Correct hydrometer gravity readings for sample temperature differences.
Convert Brix degrees to specific gravity for sugar solutions.
Convert specific gravity to Brix degrees for brewing and food science.
Calculate total water volume needed for mash and sparge in brewing.
Calculate wort evaporation rate during the boil from volume measurements.
Calculate wort cooling time from initial temp, target temp, and chiller flow.
Reference optimal fermentation temperature ranges by yeast strain.
Calculate recommended aging time from beer style and ABV.
Calculate number of bottles needed from batch size and bottle volume.
Calculate label dimensions from bottle diameter and desired coverage.
Calculate bottle caps needed from batch size with waste allowance.
Calculate keg fill volume and number of kegs from batch size.
Calculate CO2 volumes for target carbonation level by beer style.
Reference carbonation pressure at serving temperature for target CO2 volumes.
Calculate PSI setting for forced carbonation from temperature and CO2 target.
Calculate priming sugar amount for natural bottle carbonation.
Calculate adjunct grain contribution to gravity and fermentability.
Calculate specialty grain percentage and color contribution to wort.
Calculate malt extract amounts for target gravity in extract brewing.
Calculate grain bill for all-grain brewing from target gravity and efficiency.
Calculate decoction volume to pull for target mash temperature step.
Calculate infusion water volume and temperature for step mash rests.
Calculate grain and water amounts for no-sparge full-volume mash brewing.
Reference guide for major wine regions worldwide with climate and grape profiles.
Reference guide for wine grape varieties with flavor profiles and food pairings.
Vintage quality ratings by region and year for major wine-producing areas.
Food and wine pairing recommendations by dish type, sauce, and protein.
Recommended serving temperatures for red, white, sparkling, and dessert wines.
Reference guide for wine glass shapes and which wines each type suits.
Best practices for wine storage including temperature, humidity, and positioning.
Overview of wine rating systems: Parker 100-point, Jancis 20-point, and others.
Reference guide for Champagne styles, dosage levels, and production methods.
Reference guide for Port wine styles: Ruby, Tawny, Vintage, LBV, and Vintage.
Reference guide for Sherry styles: Fino, Manzanilla, Amontillado, Oloroso, and PX.
Reference guide for whiskey types: Scotch, Irish, Bourbon, Rye, and Japanese.
Side-by-side comparison of Bourbon and Scotch whisky: ingredients, aging, and flavor.
Reference guide for gin styles: London Dry, Plymouth, Old Tom, and New Western.
Reference guide for vodka base ingredients, filtration methods, and regional styles.
Reference guide for rum styles: white, gold, dark, spiced, and agricole.
Reference guide for tequila classifications: Blanco, Reposado, Anejo, and Extra Anejo.
Reference guide for brandy types: grape, fruit, pomace, and regional varieties.
Reference guide for Cognac aging grades: VS, VSOP, XO, and Hors d'Age.
Comprehensive reference for beer styles with IBU, ABV, and flavor profiles.
Reference guide for IPA substyles: West Coast, New England, Double, Session, and more.
Side-by-side comparison of lager and ale: yeast, fermentation, and flavor differences.
Reference guide for craft beer styles, tasting notes, and glassware pairings.
Reference guide for sake classifications: Junmai, Ginjo, Daiginjo, and polishing ratios.
Reference guide for cocktail families: sours, fizzes, flips, juleps, and tiki drinks.
Reference for malt types: base, caramel, roasted, and specialty malts with Lovibond.
Reference for hop varieties: alpha acid, aroma profiles, and substitution chart.
Reference for yeast strains: ale, lager, wild, and attenuation characteristics.
Reference for brewing adjuncts: corn, rice, sugar, honey, and fruit additions.
Reference for brewing water profiles: mineral content for classic beer styles.
Reference for mash schedules: single infusion, step mash, and decoction methods.
Reference for lautering: vorlauf, runoff, and lauter tun vs mash tun setups.
Reference for sparging methods: fly sparge, batch sparge, and no-sparge brewing.
Reference for boil additions: hop timing, Irish moss, yeast nutrient, and finings.
Reference for whirlpool technique: hop stands, timing, and trub separation.
Reference for wort chilling: immersion, counterflow, and plate chiller methods.
Reference for fermentation vessels: buckets, carboys, conicals, and unitanks.
Reference for airlock types: 3-piece, S-type, and blow-off tube setups.
Reference for bottling equipment: cappers, bottle fillers, and priming sugar.
Reference for kegging equipment: corny kegs, ball/pin lock, and keg systems.
Reference for brewing cleaning and sanitizing: PBW, Star San, and iodophor use.
Reference for gravity readings: OG, FG, hydrometer vs refractometer corrections.
Reference for mash pH: target ranges, adjustment methods, and measurement tips.
Reference for brewing water treatment: salt additions, acid, and carbon filtration.
Reference for diacetyl rest: timing, temperature, and lager fermentation schedules.
Reference for dry hopping: timing, quantities, and hop creep considerations.
Reference for cold crashing: temperature, duration, and suck-back prevention.
Reference for fining agents: gelatin, isinglass, biofine, and Irish moss usage.
Reference for brewing filters: plate, cartridge, and diatomaceous earth filtration.
Reference for beer packaging: bottles, cans, crowlers, and growler fill options.
Reference for beer label design: TTB requirements, sizing, and material options.
Reference for tap handles: standard sizes, materials, and custom design options.
Reference for beer lines: vinyl, barrier tubing, line length, and resistance calcs.
Reference for CO2 systems: tank sizes, regulators, manifolds, and carbonation.
Reference for nitrogen systems: beer gas blends, stout faucets, and pour dynamics.
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