Brewing

Methods, extraction science, and water chemistry — from bean to cup.

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Origami, Orea, and Alternative: Pour Over Brewing Guide
Origami, Orea, December, and April offer adjustable flow and modular geometry. Sibarist FAST filters cut brew time 27-40% versus standard papers.
Batch Brewing Methods
Batch brewing is the workhorse of specialty cafés and the most underrated method for home entertaining.
Coffee Brew Ratios
Brew ratio — the relationship between coffee dose and water weight — is the single most important variable in any brewing method.
DIY Brew Water Mineral Recipes: Pour Over Brewing Guide
Building brew water means adding measured minerals to distilled or RO water. Barista Hustle and Third Wave Water offer verified mineral profiles.
Bypass Brewing Explained: Pour: Pour Over Brewing Guide
Bypass brewing extracts a concentrate then dilutes it, decoupling extraction from cup strength. It opens flavor territory standard ratios cannot produce.
Caffeine in Coffee: Pour Over: Pour Over Brewing Guide
Caffeine varies by species, roast, and brew method, with robusta roughly double arabica. Its half-life averages 5-6 hours but ranges from 1.5 to 9.5.
Coffee and Health: What Research: Pour Over Brewing Guide
Large-scale research links moderate coffee intake to neutral or beneficial health outcomes. The WHO dropped coffee from its carcinogen list in 2016.
Chemical Composition of Coffee: Pour Over Brewing Guide
Coffee's thousand-plus compounds — acids, lipids, aromatics — transform in roasting. Melanoidins alone form up to 25% of roasted-bean dry weight.
The SCA Coffee Taster's Flavor: Pour Over Brewing Guide
The SCA Flavor Wheel maps 110 attributes from broad families to precise descriptors. Using it from center outward builds vocabulary from vague impressions.
Coffee-to-Water Ratio: A Complete: Pour Over Brewing Guide
Brew ratio controls cup strength independently of extraction yield. The SCA Golden Cup standard targets 1.15-1.35% TDS at roughly 1:15 to 1:17.
Cold Brew Immersion Guide: Pour Over Brewing Guide
The definitive reference for cold brew immersion — ratios, grind, steep times, filtering, concentrate vs. ready-to-drink, and storage.
Coffee Degassing and Freshness: Pour Over Brewing Guide
Roasted coffee sheds 40–50% of its CO2 within the first 24 hours after roasting. Espresso needs 7–14 days of rest while pour-over peaks at 5–10 days.
Dialing In Espresso
Master the art of espresso extraction through systematic adjustment of grind size, dose, yield, and timing to achieve balanced flavor in every shot.
How to Dial In Pour-Over Coffee: Pour Over Brewing Guide
Dialing in means changing one variable at a time until a specific coffee tastes right. Pairing taste with spent-bed reading keeps adjustments systematic.
Espresso Pressure Profiling: Pour Over Brewing Guide
Pressure profiling replaces the flat nine-bar shot with a variable curve. Shaping the ramp, hold, and decline unlocks flavor a standard shot cannot reach.
French Press vs Pour Over: Immersion vs Percolation
French press and pour over are not just different devices — they are different extraction methods with fundamentally different physics.
James Hoffmann's Ultimate V60: Pour Over Brewing Guide
A detailed breakdown of James Hoffmann's single-pour V60 method, featuring a large bloom, swirl technique, and patient drawdown for clean, sweet extraction.
How to Cup Coffee at Home: Pour Over Brewing Guide
A simplified cupping protocol for home coffee enthusiasts, covering equipment, side-by-side tasting methodology, and building a personal flavor vocabulary.
How to Brew Hario Switch: Pour: Pour Over Brewing Guide
A complete guide to the Hario Switch, the V60 hybrid that toggles between immersion and percolation brewing with a simple ball valve mechanism.
Moka Pot Brew Method
The moka pot has brewed espresso-strength coffee on stovetops worldwide since 1933.
How to Brew Nel Drip (Flannel: Pour Over Brewing Guide
Nel drip uses flannel cloth that passes lipids freely while blocking sediment. Filter hygiene is non-negotiable — rancid oil is instant contamination.
How to Brew Origami Dripper: Pour Over Brewing Guide
The Origami Dripper's 20 ridges accept both conical and flat-bottom filters. Tetsu Kasuya used it to win the 2016 World Brewers Cup.
How to Brew Siphon Coffee: Pour Over Brewing Guide
Siphon brewing uses vapor pressure and vacuum to produce a uniquely clean, full-bodied cup.
How to Brew South Indian Filter: Pour Over Brewing Guide
South Indian filter coffee extracts a decoction by gravity and blends with hot milk. The method depends on chicory-blended robusta coffees from Karnataka.
Tricolate Brew Method
The Tricolate uses a sealed chamber to achieve high extraction without agitation or bitterness. Its design reduces technique demands for high-TDS brewing.
How to Brew Turkish Coffee: Pour Over Brewing Guide
Turkish coffee brewed in a cezve is the oldest continuously practiced brewing tradition in the world.
How to Brew Vietnamese Phin: Pour Over Brewing Guide
The phin extracts a thick concentrate by gravity over dark robusta coffee. That body, over condensed milk or ice, is what no paper filter can replicate.
How to Cup Coffee (Cupping: Pour Over Brewing Guide
A comprehensive guide to coffee cupping protocol, from equipment setup to scoring, based on the latest SCA standards and professional best practices.
Japanese Flash Brew (Iced Coffee): Pour Over Brewing Guide
How to brew Japanese-style iced coffee by brewing hot directly onto ice — the technique that preserves aromatics, plus exact ratios and recipe.
Tetsu Kasuya's 4:6 Method
Tetsu Kasuya's World Brewers Cup-winning 4:6 Method divides water into two phases to independently control sweetness and strength in V60 brewing.
Kyoto-Style Slow Drip Cold Brew: Pour Over Brewing Guide
Kyoto cold drip passes ice water through coffee at 40–45 drops per minute over 3–8 hours. It yields brighter, cleaner cups than immersion cold brew.
One-Pour Brewing Methods
Continuous one-pour brewing techniques — including osmotic flow theory and Melodrip-style low-agitation methods — plus when single-pour beats pulse pouring.
Percolation vs Immersion
Percolation refreshes solvent through the bed; immersion steeps and self-limits. This choice determines cup clarity, body, and each method's demands.
Beginner Pour Over
Pour over coffee is not complicated, but it does require the right equipment and an understanding of a few fundamentals before your first brew.
Pour-Over Methods: A Guide to: Pour Over Brewing Guide
Pour-over coffee spans a range of devices with meaningfully different designs, filter types, and cup characters.
Scott Rao's V60 Technique: Pour Over Brewing Guide
Master Scott Rao's V60 method featuring an aggressive bloom stir, single continuous pour, and the signature Rao Spin for maximum extraction evenness.
How Regional Water Profiles Affect: Pour Over Brewing Guide
The same coffee tastes different across cities due to minerals. Oslo tap runs 30-50 ppm TDS while London reaches 200-350 ppm.
Remineralization Systems and: Pour Over Brewing Guide
Remineralization adds key minerals to stripped water via concentrates or commercial systems. The result is a consistent baseline regardless of tap quality.
SCA Water Quality Standards for: Pour Over Brewing Guide
The Specialty Coffee Association defines specific water quality targets for brewing, including ideal TDS, calcium hardness, pH, and absence of off-flavors.
Coffee Bloom Science
The bloom clears CO2 from roasted grounds, removing the barrier to water contact. Skipping it causes channeling and extraction gaps no later pour can fix.
Tasting for Extraction Level: Pour Over Brewing Guide
How to identify under-extraction and over-extraction by taste, dial in your brew by palate, and use a refractometer to confirm your sensory assessment.
Troubleshooting Bitter and Sour: Pour Over Brewing Guide
Bitter means over-extraction; sour means under-extraction — acid without sweetness. Each fault maps to an adjustment in grind, time, or temperature.
V60 vs Chemex: Which Pour-Over Is: Pour Over Brewing Guide
The V60 and Chemex are the two most recognized pour-over brewers in specialty coffee.
Water Hardness and Coffee: Pour Over Brewing Guide
How general hardness, alkalinity, calcium, magnesium, and bicarbonate interact to shape extraction efficiency, flavor balance, and equipment longevity.
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