CoffeeHunters

ICE-certified exchange stocks have fallen to a 26-year low of less than 220,000 bags, with large volumes of Brazilian arabica being shipped to delivery warehouses; meanwhile, a Reu... [more…]

After roasting, coffee beans remain in an active phase of chemical reaction and gas release even after they are removed from the heat source. When a home espresso machine extracts ... [more…]

Freshly roasted single-origin coffee beans are filled with a large amount of carbon dioxide inside. If they are ground and brewed immediately, the intense degassing reaction will f... [more…]

Freshly roasted single-origin espresso beans trap a large amount of carbon dioxide gas inside. This gas builds up intense internal pressure in the early stages after roasting. If t... [more…]

Freshly roasted single-origin coffee beans hold a large amount of carbon dioxide gas trapped inside. In the first days after opening, this gas rushes out violently on contact with ... [more…]

After coffee beans come out of the roaster, they continue to release carbon dioxide internally, and this degassing process directly determines whether the aromatic compounds can be... [more…]

After coffee beans are roasted, they continuously release a large amount of carbon dioxide internally. Due to differences in the degree of heat exposure, dark roasts and medium-dar... [more…]

The flavor profile of commercial coffee beans evolves continuously over time; the moment they finish roasting is not when they immediately reach their ideal flavor. After being hea... [more…]

The dense, golden layer of crema on the surface of an espresso is essentially a foam formed when carbon dioxide inside the coffee beans, carrying aromatic oils, is emulsified under... [more…]

Freshly roasted coffee beans accumulate a large amount of carbon dioxide internally, and when these gases come into contact with water, they are released rapidly and violently, eas... [more…]