Honey Process

Honey processing is a hybrid coffee preparation method that falls between washed and natural processing. The cherry skin is mechanically removed (de-pulped), but varying amounts of the sticky mucilage — the sugary fruit layer surrounding the parchment — are intentionally left on the bean during drying. The name comes from the sticky, honey-like texture of this mucilage, not from any actual honey. As the beans dry with the mucilage attached, fermentation occurs on the drying beds, imparting sweetness and fruit notes while still producing a cleaner cup than full natural processing.

Honey processing is categorized by the amount of mucilage retained, often described by color names. White and yellow honey retain the least mucilage and dry the fastest, producing cups closest to washed coffee with bright acidity and subtle sweetness. Red honey retains more mucilage and takes longer to dry, developing richer body and more fruit complexity. Black honey retains the maximum amount of mucilage and requires the longest, most careful drying — producing cups that approach natural-process intensity with berry and tropical fruit notes overlaid with syrupy sweetness.

Costa Rica pioneered and popularized honey processing in the specialty market, and it has become closely associated with Central American coffees. Producers in El Salvador, Guatemala, Honduras, and Brazil have also adopted the method. The technique allows smaller producers to differentiate their coffees and command higher prices by offering a range of cup profiles from the same harvest, simply by varying the amount of mucilage retained.

The drying phase is critical in honey processing. The retained mucilage creates a humid microenvironment around each bean that can promote mold and unwanted fermentation if not managed carefully. Frequent turning, adequate airflow, and protection from rain are essential. Raised drying beds produce better results than concrete patios for honey coffees.