Container Integrated Ultrafiltration System

This containerized ultrafiltration system can produce approximately 1800 cubic meters of water per day from water of different turbidity levels, without the need to replace the membranes. Therefore, this containerized ultrafiltration plant can be completely self-sufficient and can be moved to any location as needed. It combines the advantages of the containerized system with the benefits of the skid-mounted industrial ultrafiltration system.

In addition, the ultrafiltration system can produce a large amount of high-quality and highly pure water. Therefore, this water does not come from various different sources and does not require membrane replacement. Thus, through the containerized ultrafiltration system, this technology achieves portability. In this way, the industrial ultrafiltration system can be placed in a ten-foot-long storage box and easily transported to any location. Therefore, you can move it from one place to another, transport it short distances by truck, or permanently place it in the original location.

What are the advantages of the containerized ultrafiltration system? No need to use chemicals (such as coagulants, flocculants, disinfectants, pH regulators)

Use size exclusion filtration instead of deep-bed filtration media filtration

Therefore, the treated water has good stability and quality in terms of particle and microbial removal

Correspondingly, the process and equipment are compact

The automated operation of the containerized ultrafiltration system is simple

Environmentally friendly and mobile; can be used in motion

On the other hand, remote control functionality is already available

For example, thermal insulation materials (such as heat plates) are provided

How does the containerized ultrafiltration work?

The containerized ultrafiltration system uses hollow fibers made of membrane materials, and the incoming water either flows inside the shell or within the cavities of the fibers. Therefore, suspended solids and high-molecular-weight solutes are retained, while water and low-molecular-weight solutes pass through the membrane. Additionally, the fundamental difference between ultrafiltration and reverse osmosis, microfiltration, or nanofiltration lies only in the size of the molecules retained. Therefore, when strategically combined with other purification technologies in water systems, the containerized ultrafiltration system is highly suitable for removing colloids, proteins, bacteria, endotoxins, proteins, and larger molecules greater than the membrane pore size from water.

What is the power consumption of the containerized ultrafiltration system?

Since this depends on the hourly or daily treatment volume of the reverse osmosis water treatment equipment. Therefore, the power supply voltage range of our containerized ultrafiltration system is 220 volts to 480 volts, with a frequency of 50 hertz or 60 hertz.