Product Description:

The high-recovery reverse osmosis system is an innovative solution for maximizing water resource efficiency. Through membrane separation technology, this water treatment equipment can achieve a recovery rate of over 90% by optimizing membrane design and formulation. This effective technology removes dissolved solids, heavy metals, organic matter, and microorganisms from water, ensuring that the water quality meets industrial standards.

This system is especially suitable for industries and businesses that have limited water resources or stringent water quality requirements. Here, we will delve into the working principle, product functions, and system design of the high-recovery reverse osmosis system.

Working Principle:

The process of the high-recovery reverse osmosis system involves four key stages:

1. Water pretreatment: Raw water passes through the pretreatment device to remove impurities before entering the reverse osmosis membrane assembly.
2. High-pressure pump pressurization: Pretreated water is transported to the reverse osmosis membrane assembly via a high-pressure pump, applying sufficient pressure to allow water molecules to pass through the membrane, while dissolved solids and pollutants are retained.
3. Membrane separation process: Water molecules pass through the reverse osmosis membrane to form pure water outflow, while the concentrated water is returned for secondary treatment to further improve the recovery rate.
4. Outlet water monitoring: The final high-purity water is tested in real-time to ensure that it meets relevant standards.

Product Functions:

The high-recovery reverse osmosis system integrates a range of functions to provide efficient and effective water treatment. These functions include:

• Efficient removal of pollutants: The system can remove more than 95% of dissolved solids, heavy metals, and microorganisms to produce high-quality water.
• Resource reuse: Wastewater can be reused, reducing the waste of water resources.
• Intelligent monitoring: Equipped with a water quality monitoring instrument to monitor the quality of water output and water safety in real-time.
• Automated control: Supports remote operation and management to improve the operating efficiency of the equipment.

System Design:

The high-recovery reverse osmosis system includes five essential design elements:

• Raw water tank (liquid level) design
• Raw water pump design
• Pretreatment design
• Reverse osmosis design
• Production water tank design

These design features ensure that the system functions effectively and provides optimal water treatment capability. By using this innovative technology, water can be conserved, and businesses and industries can become more environmentally friendly and sustainable.

Features:

Technical Parameters:

The maximum operating temperature for the system is 45℃.

The maximum operating pressure for the system is 41bar.

The maximum pressure drop permitted in the system is 1bar.

The PH value range for continuous operation is between 2 and 11.

The PH value range for short-term cleaning is between 1 and 13.

The maximum water flow rate for the system is 4040 3.6t/h and 8040 19t/h.

The maximum allowable SDI of the water supply is 5.

The allowable free chlorine content for the system is up to 0.1ppm.

Applications:

The chemical industry relies on a steady and stable supply of cooling and reaction water to ensure the smooth and uninterrupted production of chemicals. Constant and reliable access to water is essential in this industry.

Ensuring the safety and compliance of water used in the food and beverage industry production process is crucial. From washing raw materials to packaging finished products, every stage requires a reliable source of water that meets strict safety standards.

The pharmaceutical industry requires high-purity water throughout the drug production process to ensure the safety and effectiveness of the final products. The purity of the water used in drug manufacturing must be exceptionally high to prevent contamination.

Electronic manufacturing requires ultrapure water that meets strict, high standards for the production of semiconductors and electronic components. The consistently high quality of water is critical, as even the slightest contamination can have significant consequences in this precise industry.

In the field of environmental protection, we strive to assist corporations in improving their efficiency when it comes to utilizing water resources in sewage treatment and reuse projects. Our goal is to help companies maximize their use of water while minimizing their environmental impact.