Product Introduction
Reclaimed water reuse involves treating industrial wastewater to different depths through various physical, chemical and biological means to meet the water quality requirements of the process, and then reusing it in the process. This process aims to achieve the resource utilization of sewage and wastewater, control pollution, protect the environment, save water resources and reduce environmental pollution.
Product features
By using a special process, the entire system features high water efficiency, environmental friendliness and energy conservation. The unique membrane dedicated to reclaimed water reuse is suitable for various water qualities, making the system more stable. The system is equipped with a wide-channel, anti-pollution special membrane for reclaimed water reuse, featuring low pressure difference, easy cleaning, wide adaptability, long system operation cycle, and an automatic circulation cleaning system to ensure the long-term stable operation of the equipment.
The recovery rate is as high as 90% to 95%, and the concentrated water discharge is small. By adopting the industrial process technology independently developed by our company and imported core components, part of the reclaimed water is returned to the raw water inlet end through the module to increase the raw water volume. Coupled with the ingenious multi-core and multi-section arrangement of the membrane module, it ensures a high overall recovery rate without causing membrane scaling and pollution. Superior performance
A comprehensive online and offline monitoring system is set up among each module of the system, and a multi-functional POD online detector is equipped to reflect the operation status of the system at any time and ensure the quality of the effluent. Highly efficient and fully automated design, simple operation, and reduced labor costs. The system adopts fully automated control and can switch between manual and automatic modes. Each block operates independently and is interlinked for control. The entire system can achieve fully automatic operation without human intervention.
