Product Functions:

The two-stage reverse osmosis system has the following functions:

1. Efficient impurity removal: The system can remove over 95% of dissolved solids, heavy metals, organic matter, and bacteria.
2. Water Quality Improvement: The system provides high-quality pure water that meets international standards, satisfying various industrial requirements.
3. Wastewater Reuse: The system achieves industrial wastewater treatment and recycling, promoting sustainable water resource use.
4. Real-time Monitoring: The system includes a water quality monitoring instrument that continuously monitors the water quality to ensure water safety.

Product Description:

System Design:

To meet the unique water needs of different industries, a well-designed water treatment system is necessary. The system should include:

• The design of the raw water tank (liquid level)
• The design of the raw water pump
• The design of pretreatment
• The design of reverse osmosis
• The design of production water tank

Features:

The treatment structure of this water filtration system is designed with two stages of reverse osmosis, which greatly increases its water treatment efficiency and produces a higher water quality output.

The system is crafted with a skid design, which makes it easy to maintain and replace its components. The procedure reduces the overall operating costs of the system, making it a convenient and cost-effective choice for businesses and industries.

With its automated control, the water filtration system features an intelligent control system that supports remote monitoring and management. Its operation is easy to operate, offering businesses and individuals convenient and user-friendly control over their water treatment system.

The entire system offers high stability, displaying a low failure rate, low maintenance frequency, and low replacement frequency. After installation, the system works smoothly, reliably, and efficiently, providing long-term sustainable water treatment for its users.

This water filtration system provides high-purity water that meets strict industrial water quality standards. It ensures that the water quality output is reliable and meets industry standards, providing a higher level of water filtration for businesses and individuals.

The system is designed for environmental protection and energy conservation. With efficient water treatment and resource reuse, the water filtration system is a more environmentally friendly option

Technical Parameters:

For optimal performance, it is important to ensure that the equipment remains within the recommended operating conditions. The maximum operating temperature should not exceed 45℃, while the maximum operating pressure must not go beyond 41bar. Additionally, the maximum pressure drop should not exceed 1bar to maintain a stable performance.

It is advisable to operate the equipment within the recommended pH value range for continuous and short-term cleaning. For continuous operation, the pH range should be between 2~11. In the case of short-term cleaning, the pH range may increase to 1~13.

The equipment has a specified maximum water flow rate, depending on the model. For the 4040 model, the maximum water flow rate is 3.6t/h, while the 8040 model has a maximum flow rate of 19t/h. It is crucial to ensure that the maximum flow rate is not exceeded to prevent inefficiency and damage to the equipment.

The maximum water supply SDI should not exceed 5 to safeguard the equipment from fouling and clogging. Additionally, the allowable free chlorine content should not exceed 0.1ppm to maintain the integrity and longevity of the equipment.

Applications:

Chemical industry: In the chemical industry, water plays a crucial role in the production process. Untreated water used for cooling and reaction can lead to instability and affect the quality of the final product. Therefore, it's necessary to use chemicals to treat the water to maintain stability during production.

Food and beverage industry: The food and beverage industry requires water that is not only safe but also free from impurities. Purification of production water is essential to ensure that the products meet the food safety standards. This involves the removal of unwanted contaminants that may cause health issues in humans.

Pharmaceutical industry: In the pharmaceutical industry, high-purity water is essential for the production of drugs. The water must meet strict requirements to ensure that it's free from bacteria and toxins that may interfere with the effectiveness and safety of the drugs. Water treatment processes such as distillation, ion exchange, and reverse osmosis are used to achieve this.

Electronic industry: The electronic industry requires ultrapure water that's free from all mineral and organic impurities. This is because any impurity can interfere with the quality of the products. Ultrapure water is used in the production of electronic components to ensure a clean production environment and improve the product's reliability.

Environmental protection industry: Sewage is a source of water that can be reused to support enterprises' environmental protection and resource conservation. By treating sewage, enterprises can reduce the amount of freshwater they need. Implementing sewage reuse is an excellent way of protecting the environment and ensuring water sustainability for future generations.