50TPH Reclaimed Water Treatment Project

 
The 50TPH (ton/hour) reclaimed water treatment project is an important project aimed at converting wastewater into reusable water resources. This project integrates advanced reverse osmosis and ultrafiltration systems to effectively remove pollutants from water, improve water quality, and meet the standards for reuse. This project not only helps to save water resources, but also reduces environmental pollution, achieving a win-win situation of economic and environmental benefits.

 
1.Reverse Osmosis System
The reverse osmosis system is the core part of the entire project, and its working principle is to use the selective permeability of a semi permeable membrane to trap impurities such as salt, colloids, organic matter, and bacteria in water on one side of the membrane, allowing water molecules to enter the other side through the membrane, thereby achieving the goal of purifying water.

1.1.System features
Efficient desalination: Using high-quality reverse osmosis membranes, the desalination rate can reach over 99.5%, effectively removing salt and most impurities from water.

Automation control: The system is equipped with electric valves and PLC fully automatic pre-processing system to achieve unmanned operation, improve operational efficiency and stability.

Online monitoring: Through online water quality monitoring and control, real-time monitoring of water quality changes ensures stable and compliant effluent quality.

Low energy consumption: Water treatment relies solely on water pressure as a driving force, with low energy consumption and no need to use large amounts of chemical agents, reducing environmental pollution.

1.2.Applications
This system is suitable for various occasions that require high-purity water, such as the optoelectronic industry, fine chemical industry, electroplating and coating industry, electronic semiconductor industry, etc.

2.Ultrafiltration system
As a pre-processing unit of the reverse osmosis system, the ultrafiltration system is mainly responsible for removing impurities such as suspended solids, colloids, bacteria, and other larger particles in water, providing high-quality influent for the reverse osmosis system and extending the service life of the reverse osmosis membrane.

2.1 System features
Efficient filtration: Using nano scale ultrafiltration membranes, it can effectively remove suspended solids, colloids, bacteria and other impurities in water, ensuring the quality of the effluent.

Small footprint: The system has a compact structure and occupies a small area, making it suitable for installation in various venues.
Automated operation: The system is equipped with a fully automatic continuous operation mode, which does not require manual intervention and reduces operating costs.

technological process
After passing through a quartz sand filter to remove suspended solids, the raw water enters the ultrafiltration system for further filtration.
The ultrafiltration effluent enters the security filter to remove tiny particles and broken filter media leaked from the previous stage filtration.

Finally, the ultrafiltration effluent enters the reverse osmosis system for desalination treatment, resulting in high-quality recycled water.

 
3.Project application and benefits

This project has been successfully applied to the reuse treatment of reclaimed water in a well-known daily chemical company, and the treated water quality fully meets the highest national standard for urban miscellaneous water quality. The system is connected to the fire protection network of the factory building and used for greening irrigation, bathroom flushing, etc., realizing the reuse of water resources and significantly improving the economic and environmental benefits of the enterprise. Through the implementation of the 50TPH reclaimed water treatment project, enterprises can not only effectively save water resources and reduce production costs, but also reduce wastewater discharge, protect the environment, and achieve sustainable development.