Lower working temperature and significantly reduced energy consumption

Low temperature evaporation usually operates at 30-60 ℃, which can utilize waste heat and energy, save electricity and steam compared to traditional high-temperature evaporation, and significantly lower operating costs.

The material is not prone to deterioration, coking, or scaling

In low temperature environments, the liquid material is less prone to oxidation, discoloration, coking, and coking, making it more friendly to heat sensitive materials (food, medicine, fine chemicals) and reducing equipment scaling and blockage.

Lower material requirements and more durable equipment

Traditional high-temperature evaporation is prone to corrosion and high stress; Low temperature evaporation corrosion rate is low, and more economical materials can be used, resulting in longer equipment life and less maintenance.

More moderate evaporation, less foam and less material loss

High temperature can cause severe boiling and bubbling, leading to material leakage and secondary pollution; Low temperature evaporation boiling is gentle, foam is less, condensate purity is higher, and recovery rate is better.

Suitable for high salt and high concentration wastewater, more stable

When dealing with saline wastewater, emulsions, cutting fluids, etc., low-temperature crystallization is more controllable, less prone to pipe blockage and boiling, and the system has stronger stability in continuous operation.

Higher security and simpler operation

No risk of high temperature and pressure, mild operation under normal/negative pressure, low failure rate, and lower operation and maintenance threshold.

Small footprint and higher integration

Low temperature evaporation equipment is mostly modular and integrated design, which takes up less space and is faster to install compared to traditional multi effect evaporation.

Low pressure for exhaust gas/waste gas treatment

Low temperature operation results in less volatile organic compounds (VOCs) emissions, lower cost and difficulty of back-end exhaust gas treatment, and is more environmentally friendly.