Высокопроизводительный большой подсластитель испаритель в сборе корпус и трубчатый испаритель для очистки сахара

Standard design

Multi-Effect Evaporation is an important procedure adopted to economize the consumption of energy. 

Multi Effect Evaporators are the instruments in which steam from an outside source is condensed in the heating element of first effect. The boiling temperature at which the first effect operates is high enough so that the evaporated water can serve as the heating medium for second effect. The vapors so formed are then sent to a condenser if it is a double effect evaporator. 

The feed for the multi-effect type evaporator is generally transferred from one effect to another. This leads to the ultimate product concentration to reach only in the one effect of evaporator.

Propellent, composed of several domestic Propellent enterprises, has always been insisting this business philosophy: opening-up and cooperation, mutual improvement with the cooperative partner and growing together with employees.

“Trust us, we can do more” is our enterprise tenet. We devote to provide a heat transfer solution for civil and industrial users in heating, cooling, waste heat recovery. Products we supplied include plate heat exchangers, plate type condensers, air coolers, wide gap plate heat exchangers, welded plate heat exchangers, heat-exchange units, plate type evaporators, air-handling system, water cooling equipment, waste heat recovery integration device, etc. The application scope covers HVAC, chemical, food and beverage, sugar, metallurgy, power, paper, textiles, shipping, and refrigeration, etc.

The superiority of Propellent’s hot and cold exchanging technology comes from its consist high attention to talent cultivation and product research. Propellent values group building and team building pays attention to product performance & quality.

To find more information, you can find on our website: propellentphe.en.alibaba.com

Corresponding certifications can be provided according to the customer's request.

Ellen Wang