The core technology of low-temperature evaporation equipment is vacuum low-temperature evaporation technology, combined with heat energy recovery technology. The specific core points are as follows:

Vacuum temperature control core: Reduce the pressure inside the evaporator through a vacuum pump to lower the boiling point of wastewater to 30-50°C (i.e., the "low-temperature" core). This avoids the destruction of heat-sensitive substances by high temperatures, while inhibiting the scaling of inverse soluble salts, making it suitable for complex wastewater with high salinity, high COD, and heavy metals.

Heat energy recovery technology: Combined with heat pump, MVR (Mechanical Vapor Recompression) and other technologies, it efficiently recovers secondary steam with a utilization rate of over 80%, significantly reducing energy consumption (the power consumption per ton of water treatment is only 30-150kWh, which is 30%-70% more energy-efficient than traditional processes).

Auxiliary core technologies: Equipped with a PLC intelligent control system to achieve unattended operation and real-time monitoring, combined with special materials (titanium, duplex stainless steel, etc.) to handle corrosive wastewater and ensure stable operation of the equipment.