Beseem Solutions Private Limited

Drying implies the partial removal of water from the material. But when fuel-fired equipment is used in the process then the term dehydration is often applied. Condition essential to both drying and dehydration include a supply of heat energy to evaporate the water and a supply of air to carry away the water vapor produced

In open air Solar drying, the heat is supplied by direct absorption of solar radiation by the material being dried. The vapor produced is carried away by air moving past the material, the air motion being due either to natural convection resulting from contact with the heated material or to winds. In dehydration using fuel heat, the material being dried is placed in an enclosure and heated air is blown past the surface of the surface of the material to remove moisture. Solar dryer makes use of solar radiation, ambient temperature, relative humidity. Heated air is passed naturally or mechanically circulated to remove moisture from the material placed inside the enclosure.

Additional Information:

• Delivery Time: 2-4 weeks

In open air Solar drying, the heat is supplied by direct absorption of solar radiation by the material being dried. The vapor produced is carried away by air moving past the material, the air motion being due either to natural convection resulting from contact with the heated material or to winds. In dehydration using fuel heat, the material being dried is placed in an enclosure and heated air is blown past the surface of the surface of the material to remove moisture. Solar dryer makes use of solar radiation, ambient temperature, relative humidity. Heated air is passed naturally or mechanically circulated to remove moisture from the material placed inside the enclosure.

Additional Information:

• Production Capacity: 50-1000 kg/day
• Delivery Time: 2-4 WEEKS