Container Integrated reverse osmosis system

The Huaxin containerized reverse osmosis system is an independent and complete turnkey engineering system that can be used both portably and as a permanent water treatment plant. Therefore, this system can start delivering high-quality treated water within less than one day after arriving at the site. Thus, our containerized reverse osmosis system is customized according to your needs, meaning your system will fully meet your water treatment requirements and be equipped with all the facilities your reverse osmosis system may need.

What are the advantages of the containerized reverse osmosis system?

Firstly, by leveraging the advantages of the industrial containerized reverse osmosis system - high removal rates for metals, minerals, and chemical pollutants, high recovery rates, and a durable lifespan design - it can be transformed into a portable device, allowing it to be transported to any place in the world that requires drinking water. In addition to these features, you can also enjoy a series of unique advantages specific to the containerized system.

Advantages of the containerized reverse osmosis system:

Pre-designed for direct use

Water conservation through high recovery rate systems, complete startup documentation and training

Low-energy reverse osmosis membranes, achieving optimal retention effect, production efficiency, and reliability

Epoxy-coated carbon steel frame or SS304 stainless steel frame

High-quality valves, pumps, and accessories for each unit

Remote monitoring and standardized services

Small footprint, saving space

Comprehensive maintenance services

Final provision of construction/ownership/leasing solutions for the containerized reverse osmosis system

How does the containerized reverse osmosis system work?

The containerized reverse osmosis system includes multi-media pre-treatment tanks, soft waterers, scale inhibitor injection systems, anti-fouling agent injection systems, reverse osmosis units with semi-permeable membranes, ozone generators, and ultraviolet disinfectors or subsequent chlorination disinfection as post-treatment steps. Therefore, these reverse osmosis devices adopt new reverse osmosis technologies, processing the incoming water through multi-media filters for treatment to remove particles larger than 10 micrometers. Then, the water is treated with scale inhibitors to control hardness scaling issues that may damage the reverse osmosis equipment membranes.

Containerized reverse osmosis systems with pre-treatment:

Therefore, these pre-treatment schemes can remove hardness, chlorine, odor, color, iron, and sulfur. Then, the water continues to enter the reverse osmosis unit, where a high-pressure pump applies extremely high pressure to the highly concentrated solution, thereby separating out the remaining salts, minerals, and impurities that the filter cannot capture. Fresh drinking water flows out from the low-pressure end of the membrane, while the salt, minerals, and other impurities are discharged through the drainage port on the other end. Finally, the water undergoes ultraviolet disinfection (or subsequent chlorination treatment) to kill any bacteria and microorganisms in the water.

Can I use second-hand containers for reverse osmosis equipment to reduce costs?

At the same time, the cost of the containerized reverse osmosis purification system largely depends on the quality of the incoming water and the required quality of the outgoing water. Additionally, the current price of containers is relatively high, and we can provide second-hand containers that have been repaired and painted to reduce your costs.

The following list outlines many common pre-treatment and post-treatment related steps:

Chemical agents and pH value regulation

For example, a filter with quartz sand as the filter medium

For example, a filter soft waterer using activated carbon

Scale inhibitor addition

Advanced controllers

Advanced instruments

For example, a green sand iron removal filter

Correspondingly, monitoring total dissolved solids (TDS), pH value, and conductivity

Stainless steel skid-mounted devices or frames

Mixed systems

Three-phase electrical systems and accessories

For example, Mitsubishi's PLC components

For example, Siemens' touch screens

CIP membrane cleaning system

10-foot, 20-foot, and 40-foot containers

What is the power consumption of the containerized reverse osmosis system?

Therefore, this depends on the capacity of the reverse osmosis water purification device, that is, the number of liters per hour or per day. So, the power supply range of our reverse osmosis treatment system is 220 volts to 480 volts, with a frequency of 50 hertz or 60 hertz.

Solar seawater desalination device in the container

The water treatment system using solar energy can provide clean drinking water solely relying on the energy provided by the sun. These systems can be used in remote areas, developing countries, and disaster rescue sites. The significant advantage of these systems is that they can operate independently and do not require connection to the power grid.