Extraction and origin

Brewing as clear sensory science

Dial in extraction ratios, decode high-elevation degassing phases, and explore experimental processing from washing stations across Huila and Yirgacheffe.

Current dispatches

Extraction science and processing

Water chemistry

Dissolved minerals and acidity

Magnesium and calcium balance determines how effectively water pulls delicate floral aromatics from dense high-elevation beans. We test target mineral formulas between 120 and 150 parts per million for vibrant cup clarity.

Bloom timing

Controlling the degassing interval

Fresh-crop roasts release intense carbon dioxide upon contact with hot water. Extending your initial wet bloom to forty-five seconds unlocks even saturation through the entire coffee bed before steady pulse pouring begins.

Fermentation

Thermal shock and anaerobic lots

Modern fermentation chambers control ambient oxygen and cherry pulp temperatures to amplify fruit acids. Huila producers utilize cold-water rinses to halt microbial fermentation cleanly, preserving sparkling tropical sweetness.

Pour-over baseline

Four steps to balance

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Calibrate grind size

Prime the bed

Pulse in concentric rings

Drawdown and cool

Select medium-fine burr settings resembling coarse sea salt. Consistent particle distribution prevents channel paths through dense high-elevation grounds.

Introduce triple water weight at ninety-four degrees Celsius. Swirl gently and allow the coffee bloom forty-five seconds to expel trapped gases.

Pour two consistent circular pulses of one hundred grams each, maintaining a steady spiral while keeping water contact off the paper filter edges.

Let liquid drain completely before swirling the glass decanter. Allow the brew to drop below sixty degrees Celsius to taste the brightest fruit notes.

Direct roast release alerts

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