The vacuum concentration pot is a vertical sealed cylindrical equipment with a steam-insulated jacket, divided into three main parts: the evaporation chamber, heating coil, and separator.
- Feeding Process: The material liquid is sucked into the evaporation chamber from the upper part.
- Heating System: The heating coil consists of 3-5 rows of oval-shaped stainless steel tubes. Steam heats the material liquid within the coil space, causing it to boil at low temperatures under the combined action of a multistage pump and hydraulic ejector, evaporating water.
- Evaporation and Vacuum System: The evaporated water (secondary steam) is separated by the separator. The hydraulic ejector, driven by the multistage pump, condenses and discharges the secondary steam, creating a vacuum in the evaporation chamber. This reduces the evaporation temperature and improves evaporation speed.
- Hydraulic Ejector Mechanism: Equipped with a multistage pump, it injects cooling water into a nozzle under water pressure, forming a high-speed jet that creates a low-pressure zone in the mixing chamber. This sucks in and condenses secondary steam, which is discharged to the water tank through a diffuser. Part of the mixed water can be reused.
- Batch Concentration: The vacuum concentration pot is a discontinuous concentration device.
- Operational Simplicity: Features easy operation and convenient maintenance.
Note: For precise technical specifications and quotations, consult the manufacturer with detailed parameter requirements (e.g., evaporation capacity, vacuum degree, material specifications)
