Product Description:

The single-stage reverse osmosis system is an advanced water treatment equipment that utilizes reverse osmosis membrane technology to remove ions and contaminants dissolved in water efficiently. It applies pressure to water molecules to pass through the semi-permeable membrane, resulting in the elimination of heavy metals, total dissolved solids, and other harmful substances in water. This provides high-quality pure water that can be used for diverse industries such as food and beverages, pharmaceuticals, and many others.
 

Working Principle:

The single-stage reverse osmosis system operates based on reverse osmosis membrane's selective permeability. Raw water is put under immense pressure using a high-pressure pump; the water molecules pass through the reverse osmosis membrane unblocked, and any dissolved ions, bacteria, and organic matter are safeguarded on the reverse side of the membrane, enabling the purification of the water. The membrane pore size is tiny and allows only water molecules to pass through, creating two types of water - concentrated water and purified pure water.

Working Steps:

The single-stage reverse osmosis system has several working steps that enable its smooth functioning. The steps are raw water, pretreatment, security filter, high-pressure pump, and finally, reverse osmosis. The system uses each step simultaneously to ensure the ultimate production of high-quality pure water.

Features:

Our product is designed to effectively remove dissolved solids including salt, heavy metals and other impurities present in water. Additionally, we assure microbial control to remove bacteria, viruses, and other microorganisms to ensure water quality is safe. We improve the conductivity and cleanliness of water in order to meet industrial use and drinking standards. Furthermore, our product is suitable for wastewater reuse to reduce water resource waste.
Our product is highly efficient with excellent desalination rate and water purification capacity. It can handle a range of water sources and is designed to be efficient with a skid structure that can be flexibly configured according to water demand, enabling easy expansion and maintenance. The product also boasts an advanced control system that is equipped with intelligent monitoring and automatic control, allowing for real-time monitoring of water quality and system operation status. It is energy-saving with a scientific and reasonable system design that ensures low energy consumption and operating costs. We provide stable high-quality water output that meets various industrial needs.

Technical Parameters:

The maximum operating temperature of this system is 45℃. This means that the system is designed to operate efficiently at temperatures below or up to 45℃. If the temperature exceeds 45℃, it may lead to system failure or reduced system performance.
The maximum operating pressure of this system is 41bar. This pressure level ensures that the system operates effectively without experiencing any pressure-related issues. Any pressure above 41bar may cause damage to the system or reduce its performance significantly.
The maximum pressure drop allowed in this system is 1bar. A pressure drop indicates a decrease in pressure within the system, which may occur due to factors such as clogging or flow rate. If the pressure drop exceeds 1bar, it may lead to reduced system efficiency or even system failure.
The pH value range for continuous operation of this system is 2~11. This indicates the acceptable range of pH that this system can handle without being affected negatively. Any pH below or above this range may result in system damage or reduced system effectiveness.
For short-term cleaning purposes, the pH value range allowed is 1~13. During system cleaning, the pH range must fall within this range to avoid damaging the system. If the pH level exceeds 13, it may cause severe damage to the system components or reduce system performance.
The maximum water flow rate for this system is 4040 3.6t/h and 8040 19t/h. This specifies the maximum amount of water that can pass through the system within a given time. Any water flow rate beyond this may cause damage to the system or reduce system performance.
This system can tolerate a maximum water supply SDI of 5. The SDI (Silt Density Index) measures the amount of suspended solids in the water supply. If the SDI level exceeds 5, it may cause system failure or reduce system efficiency.
In terms of allowable free chlorine content, this system can handle up to 0.1ppm. Chlorine is a common disinfectant used in water treatment. However, if the chlorine level exceeds 0.1ppm, it may damage the system's component or reduce the effectiveness of the system.

Applications:

The application of water treatment systems varies depending on the industry. In the process of desalination of seawater and brackish water, water treatment systems are used to ensure that the water is clean and safe for use.
The chemical industry also benefits from water treatment systems as they are used for chemical reaction and cooling circulating water treatment to ensure the stability of the production process. This helps to maintain consistent production outcomes and keep workers and facilities safe.
In the electronic industry, water treatment systems are used for the preparation of industrial pure water and electronic grade high-purity water to ensure the cleanliness of the production environment. This is crucial for the manufacturing of sensitive electronic equipment that requires clean and pure water to avoid contamination.
The food and beverage industry also plays a crucial role in the application of water treatment systems. Water purification is necessary to meet food safety standards, ensuring that the water used in the production processes is safe for human consumption.
In the pharmaceutical industry, water treatment systems provide high-purity water that meets the requirements of drug production to ensure product quality. The water used in the production of drugs must be of the highest quality to avoid contamination and ensure the safety of the end consumer.
Lastly, the environmental protection industry benefits from water treatment systems for sewage reuse treatment and special separation. This helps enterprises to reuse and save resources, leading to a more sustainable and eco-friendly production process.

System design is also an essential aspect of water treatment systems. The design of raw water tanks with liquid level monitoring ensures that there is enough water for the treatment process while ensuring that there is no overproduction or overspending. The design of raw water pumps also plays a crucial role in the efficient functioning of the treatment systems.
Pretreatment is another critical aspect of system design as it helps remove impurities and particles from the water before it is treated using reverse osmosis. The design of reverse osmosis itself is crucial for the efficient removal of heavy metals, ions, and other pollutants present in the water.
Lastly, the design of production water tanks is crucial for the storage and distribution of the treated water. These tanks play an essential role in ensuring that there is a steady and reliable supply of clean water for use in the various industries.

Support and Services:

Our Industrial Reverse Osmosis Systems are designed to provide high-quality purified water for various industrial applications. Our team of technical experts is available to provide product support and services to ensure optimal performance and efficiency of your system.
We offer:

• System installation and commissioning
• Regular system maintenance and cleaning services
• Replacement parts and consumables
• Technical troubleshooting and assistance
• Training programs for operators and maintenance personnel

Our goal is to keep your system running smoothly and reliably, minimizing downtime and maximizing productivity. Contact us for more information on our technical support and services.