The plate-type rising film forced circulation evaporator primarily consists of a plate heater, a forced circulation pump, a separator, a preheating system, and other components. The plate heater is assembled by stacking a series of corrugated metal sheets to form thin rectangular channels, through which heat transfer occurs via the plates. The forced circulation pump is used to drive the solution to circulate forcibly within the equipment. The plate-type rising film + forced circulation evaporator is a combination of a plate evaporator and a forced circulation evaporator. This system integrates the respective advantages of both types of evaporators, resulting in an efficient, energy-saving, and versatile evaporation equipment.
The special corrugated plate design creates high-intensity turbulence in the fluid, with hot and cold fluids flowing evenly across the entire plate, resulting in no heat transfer dead zones, a high heat transfer coefficient, and good evaporation results.
With a compact structure, small size, and small external surface area, the heat loss is minimized. Additionally, it can operate with small temperature differences across its end faces, saving compressor power and reducing energy input.
The equipment occupies a small footprint and requires little space, eliminating the need for a cooling system.
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The project scope ranges from experimental testing of material parameters, to determination of process plans, to drawing, procurement, manufacturing, installation, debugging, training, and ultimately equipment delivery
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