Anibal Sanchez Burbano - Washed Process - 2025

The V60's single-wall cone and open spiral ribs create faster drainage than the Chemex, which trades some filtration intensity for brew control. For this washed 1,900m Gesha, the 450um grind works because Gesha's light roast and high altitude produce a dense bean that requires more surface area contact to release the Strecker-derived honey-floralresponsible for floral honey character. The faster drawdown of the V60 means the bloom and pour pacing matters: a 45-second bloom is essential to degas this lightly roasted bean properly so CO2 does not create uneven channels that extract acids preferentially. At 93C and 1:15.5 ratio, this setup asks the V60 to do what it does best — deliver the bean's natural aromatic signature with enough clarity to distinguish floral from fruit, and nectarine from red grape.

The Kalita Wave's flat-bottom bed and three small holes create a more controlled, uniform extraction than a V60 — water dwells longer across the full coffee bed rather than funneling toward a central drain. For this washed Colombian Gesha at 1,900m, that uniformity is particularly valuable: Gesha's aromatic compounds are volatile and extract unevenly if some portions of the bed are channeling. The 480um grind and 93C temperature align with the light roast's extraction challenge — dense, high-altitude Gesha needs finer grind and longer bed contact to extract fully. The 1:16.5 ratio reflects the Wave's slightly longer dwell time, which contributes marginally more body. Even extraction here is what delivers the coherent floral honey and red grape character rather than disjointed sourness.

The Clever Dripper combines immersion steeping with paper filtration — a hybrid that gives this washed Gesha more extraction contact time than a V60 while still filtering oils for aromatic clarity. For a light-roasted Ethiopian-landrace variety grown at 1,900m in Huila, the extended contact of the immersion phase helps overcome the density and solubility challenge: the 480um grind creates enough surface area to extract during the 3-4 minute steep before the valve opens. The paper filter then strips the oils, allowing the volatile honey-floral character to come through without lipid interference. At 93C, the temperature is calibrated for Gesha's heat sensitivity. The result sits between the Chemex's pure clarity and the French press's body — closer to the Chemex in aromatic resolution, but with slightly more roundness from the immersion contact.

The AeroPress at 84°C is the outlier among the pour-overs for this Gesha, and that lower temperature is intentional. Slurry temperature runs 5-15°C below kettle temp in most setups, and the AeroPress's immersion contact means the grounds actually see more uniform heat exposure than a drip cone. At 84°C, the extraction environment is cooler than optimal for most coffees — but for a light-roasted, 1,900m washed Gesha, this deliberately slows the extraction of harsh acids while still pulling the more soluble aromatic volatiles that produce floral honey and nectarine character. The 1:12.5 ratio is more concentrated than a pour-over, compensating for the reduced extraction efficiency at lower temperature. The 350μm grind extends contact surface to bridge the temperature gap.

Espresso at 76/100 reflects a real tension: this 1,900m washed Gesha is dense and low-solubility — it needs longer preinfusion and a pushed ratio (1:2.4 range, not a ristretto) to avoid stalling and channeling. At 200μm grind and 92°C, the recipe is already calibrated toward maximizing contact and temperature for an under-soluble light roast. The key mechanism is that 9-bar pressure extracts compounds that gravity methods cannot — oils, heavier melanoidins — which on a washed Gesha produces a concentrated floral-acidic intensity. Preinfusion is critical: saturating the dense puck before applying full pressure prevents channeling where acids extract from fast lanes while the rest under-extracts. Expect a brighter, more citric shot than the nectarine-forward pour-over expression.

The moka pot at 71/100 is a constrained format for this washed Gesha. Moka pots produce roughly 1.5 bar — far less than espresso's 9 bar — which limits extraction efficiency, and the recipe's 99°C water temperature (using pre-boiled water per Hoffmann's method) compensates by maximizing diffusion rates. The 300μm grind sits between espresso and AeroPress territory — fine enough to generate the resistance needed for pressure extraction at 1.5 bar, with the 50μm finer-than-default adjustment accounting for the light roast and Gesha variety's extraction characteristics. The 1:9.5 ratio is concentrated to offset the moka pot's typically lower extraction yield. For this high-altitude washed Gesha, the primary risk is sourness: the pressurized hot-water-through-dense-bed format under-extracts easily, leaving the floral honey character truncated behind a citric-acid wall.

French press is the lowest-ranked hot method for this washed Gesha, and the reasons are structural. Without paper filtration, oils and fine sediment pass into the cup — adding body but also introducing cafestol and fine particulates that muddy the aromatic clarity Gesha's honey-floral depends on. At 950um grind, the goal is to coax extraction from a light-roasted bean that resists it without creating fines so fine they clog the metal mesh and stall drainage. The 95C temperature — warmer than the pour-over temps — compensates for the coarser grind and immersion format's lower extraction efficiency. The 1:14.5 ratio creates enough concentration that the floral and nectarine notes are not washed out by the method's inherent body. Expect a heavier, less aromatic version of this bean than the Chemex would produce.