The Luwak feeds on coffee
Kopi Luwak is a very rare coffee found only in very small quantities; its limited production derives from the particular methods with which it is produced. The palm civet, a small marsupial called Luwak by the local population, feeds on the external part of the sweet and ripe coffee fruit. The coffee beans, still wrapped in their leathery covering, are assimilated by the palm civet and pass through its stomach, undergoing an enzymatic process that gives the coffee a complexity that is unique in the world and cannot be reproduced in any other way. The palm civets then defecate the coffee, scattering it throughout the forest and leaving the farmers with the task of identifying and harvesting it.
Coffee washing
The coffee is taken immediately to the collection center, where it is washed in spring water and divided into batches according to the farm where it was harvested, the altitude and the month of harvest. The washing water is analyzed to check for the possible presence of bacteria.
The Wet-Hulled / Giling Balash coffee processing
After washing, the coffee follows the typical Indonesian production process called Wet-hulled, Giling Balash in the local language.
Fermentation in water
The coffee beans are immersed in water in fermentation tanks, where they will remain overnight. After fermentation, the coffee beans are passed through special rinsing channels where the part of mucilage still present will be removed.
Pre-drying
The coffee, still wrapped in parchment, is placed on the ground on concrete floors outdoors and dried in the sun for a few hours until the bean reaches a humidity level that varies from 30% to 40%.
Wet-hulled
The parchment is removed from the coffee bean through a roller machine. Subsequently the coffee is definitively placed in jute bags and made ready for shipping.
Drying
The coffee is placed on the ground on concrete floors outdoors and dried in the sun, moving it continuously to ensure uniform drying. This slow procedure will allow you to obtain homogeneous beans with a final humidity percentage between 10% and 12%.