Product Introduction:
Wuxi Huayi Chemical Equipment's triple-effect evaporator is a comprehensive evaporation and waste liquid treatment equipment that integrates high efficiency and energy saving, corrosion resistance, and flexible customization. It is particularly suitable for high-salt, high-acid, and high-viscosity materials and waste water treatment scenarios in industries such as chemicals, pharmaceuticals, new energy, and environmental protection. The equipment features a skid-mounted integrated design, requiring no additional infrastructure, with minimal land area. Once installed, it can be quickly put into production upon connection of water and electricity. It also supports flexible customization from 1 to 10 tons of processing capacity, catering to different operational needs of various enterprises. Technically, it relies on the triple-effect series heat recovery principle, using the secondary steam from the previous effect as the heat source for the next effect, achieving stepped steam utilization, reducing energy consumption by over 70% compared to single-effect evaporators, with low steam consumption and controllable operation costs. Paired with a forced circulation system, it ensures rapid flow of materials within the heating tubes, effectively preventing scaling and "dry wall" phenomena, and can also achieve low-temperature vacuum concentration of heat-sensitive materials, ensuring material quality. The equipment's material contact areas can be made of 316L stainless steel, titanium, and other corrosion-resistant materials, capable of withstanding high chloride, high-acid, and alkaline media. The treated condensate can meet national standard reuse standards, and the concentrated substances can be recycled, achieving a waste liquid reduction rate of 90%, helping enterprises achieve zero wastewater discharge and resource utilization. Additionally, the company offers on-site installation and debugging, full-cycle after-sales service, and rapid delivery, providing comprehensive guarantees for the stable operation of the equipment.
