Prominent & Leading Manufacturer from Faridabad, we offer instant tea plants.
Instant Tea Plants
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500 - 2500 kg/hr
F & B Engineer
FBI supply instant tea/Coffee plant on turnkey basis. The tea/coffee plant shall consist of Cleaning equipment, Blending equipment, Roasting equipment, Grinding equipment, Extractors, Clarifier, Aroma recovery equipment etc.
The Manufacturing Process
Extraction The extraction of ground coffee beans takes place in an extraction column where soft water is passed through the ground material. The soft water first passes through several hot cells (140-180°C) and then passes through “cold" cells (100°C) for extraction of the elements. The extract is passed through a heat exchanger to cool it to about 5°C. By the end of this cycle, the coffee extract contains 20-30% solids. To get a better yield a series of eight extraction batteries shall be used.
Clarification and concentration The coffee extract is passed through a centrifugal clarifier to separate out the insoluble materials. After clarification, the brewed coffee is then evaporated in multiple effects evaporator to concentrate the coffee extract up to 40-50% TS.
Aroma Recovery systems Aroma recovery system is integrated with the evaporator system to recover the volatile aroma. The volatile aroma is separated out before it enters to evaporating plant.
Spray Drying Cooled, clarified liquid concentrate is sprayed through a nozzle at the top of a drying tower. Air that has been heated to about 250°C is blown downward through the mist to evaporate the water. The air is diverted out of the tower near the bottom, and it is filtered to remove fine particles, which can be recirculated back through the tower or reintroduced during the agglomeration step. The dry coffee powder collects at the bottom of the tower before being discharged for further processing. The resulting powder contains 2-4% moisture and consists of free-flowing, non-dusty particles.
6 Spray drying may be followed by a step to form the powder into coarser particles that will dissolve more completely in the consumer's cup. The agglomeration process basically involves rewetting the surfaces of the coffee powder particles and bringing the particles into contact, so that they will adhere to each other and form larger, more granular particles. This is accomplished by exposing the powder to steam or a fine mist while tumbling it in the air.