Forced Circulation Evaporator

Working in assistance with a brilliant inventory management system and capacious storehouse has enabled us to entertain urgent and massive requirements of the customers. The organization is indulged in offering secured payment procedure including both online and offline methods. To maintain more clarity of the transaction, we offer an invoice as well. Synchronizing with the advancements taking place in the industry, we are engaged in providing Forced Circulation Evaporator.
Features :

• Low utility consumption
• Solvent recovery
• Compact Design
• Easy operations
• Durable nature
• Efficiency Forced/Natural Circulation Evaporation is used when boiling of base liquids is undesired.

Details :

• Forced circulation evaporators are used if boiling of the product on the heating surfaces is to be avoided due to the fouling characteristics of the product, or to avoid crystallization. The flow velocity in the tubes must be high, and high-capacity pumps are required. The circulating liquid is heated when it flows through the heat exchanger and then partially evaporated when the pressure is reduced in the separator, cooling the liquid to the boiling temperature corresponding to this pressure.
• The liquid is typically heated only a few degrees for each pass through the heat exchanger, which means the recirculation flow rate has to be high. This type of evaporator is also used in crystallizing applications because no evaporation, and therefore no concentration increase, takes place on the heat transfer surface.
• Evaporation occurs as the liquid is flash evaporated in the separator/flash vessel. In crystallizer applications this is then where the crystals form, and special separator designs are used to separate crystals from the recirculated crystal slurry.
• The heat exchanger (in evaporator parlance sometimes called the "calandria") can be arranged either horizontally or vertically depending on the specific requirements in each case.

Advantages : Circulation evaporators are fairly compact and are easy to clean and operate. They can also be easily adapted according to the product that needs to be obtained. They have a high heat transfer coefficient as well as a high circulation flow,which both work to increase the efficiency of the evaporator.