How does honey process work?

The honey process sits in a fascinating middle ground between the washed and natural processes. Traditionally, the washed process removes all fruit flesh before drying, while the natural process leaves the entire cherry intact. The honey process strikes a balance by removing the outer skin of the coffee cherry—the exocarp—but leaving the layer of pulp, or mucilage, clinging to the parchment.

When the coffee is spread out on drying beds, the sugars in this mucilage oxidize and caramelize as they dry. This is where the magic happens. The longer the mucilage remains on the bean, and the more mucilage left behind during the initial pulping stage, the more intense the flavor development. Producers often categorize honey processes by the amount of mucilage left on the bean, ranging from white, yellow, and red to black honey, each representing an increasing level of fruit pulp and, consequently, a richer, sweeter cup profile.

The management of this process requires extreme attention to detail. Because the sticky mucilage creates a perfect environment for mold and bacteria, workers must frequently rake and turn the coffee on the drying beds to ensure uniform drying. If the moisture levels are not managed precisely, the coffee can develop defects; if done correctly, however, it yields a cup that is remarkably sweet, often featuring complex notes of stone fruit, brown sugar, or honey.

For the consumer, the honey process is a gateway to coffees that feel more textured and indulgent. It bridges the gap between the clean brightness of washed coffees and the wild, fruity intensity of naturals. If you see a coffee labeled as a "honey process," you can generally expect a cup with higher body, a lingering sweetness, and a very pleasant, balanced acidity that makes it a favorite for many specialty coffee drinkers.