I. Equipment Introduction
The 10-ton double-stage reverse osmosis system is a high-end pure water production equipment developed by Xi'an DIEN Water Treatment specifically for large and medium-sized production enterprises. The standard water production capacity is 10 tons per hour. It adopts a double-stage reverse osmosis purification process and is a core main equipment for the preparation of industrial pure water and pharmaceutical purified water. The entire unit uses a 304 stainless steel sanitary-grade frame and pipelines to avoid secondary water pollution. It is equipped with a precision pretreatment system, a high-pressure water supply system, and a fully automatic intelligent control system, and can adapt to various raw water qualities such as tap water, groundwater, and surface water. As a high-performance water purification equipment, the 10-ton double-stage reverse osmosis system can be customized according to the production needs of enterprises to meet the high-standard water requirements of various industries.
II. Working Principle
The equipment relies on advanced membrane separation technology to purify water. The raw water first undergoes multi-media filtration, activated carbon filtration, and precision security filtration pretreatment to intercept large particulate pollutants such as sediment, colloids, residual chlorine, and impurities. The water is then pressurized by a high-pressure pump and passed through two stages of reverse osmosis membrane modules. Utilizing the principle of osmosis, it removes heavy metals, salts, bacteria, microorganisms, organic matter, and other minute impurities from the water. This dual filtration significantly improves the desalination rate. The equipment also features an automatic flushing function to periodically clean contaminants from the membrane surface, ensuring long-term stable operation.
III. Core Advantages
Compared to single-stage equipment, the 10-ton dual-stage reverse osmosis system offers superior purification, achieving a desalination rate of over 99%, with stable and unfluctuating effluent quality. The equipment operates fully automatically, with one-button start/stop, intelligent pressure stabilization, water shortage shutdown, and overload protection, requiring no dedicated personnel and saving labor costs. The rationally designed structure and pre-filtration system effectively protect the reverse osmosis membrane elements, significantly reducing the frequency of consumable replacements and lowering maintenance costs. The equipment is suitable for high-hardness water in Northwest China, has strong anti-fouling capabilities, and supports customized insulation and online water quality monitoring functions, adapting to various complex plant conditions.
IV. Application Areas
This equipment has a wide range of applications, primarily targeting high-standard water-using industries. Its core applications are in pharmaceutical preparations and medical device purified water production. It is also suitable for food and beverage, daily chemical production, electronics industry, electroplating cleaning, boiler feedwater, and laboratory pure water applications, making it the preferred equipment for standardized water purification in large and medium-sized factories.
V. Price Range
The 10-ton double-stage reverse osmosis system has no fixed price, ranging from approximately 100.000 to over 200.000 RMB. The price is affected by factors such as configuration, materials, customized operating conditions, and supporting systems. The basic standard configuration model is moderately priced and meets the needs of conventional industrial water use. For high-end industries such as pharmaceuticals and electronics, upgrades to sanitary piping, the addition of disinfection and online monitoring systems, or the addition of pretreatment equipment for high-hardness and highly polluted raw water, will increase the price. As a source manufacturer, DIEN Water Treatment eliminates middlemen and can provide one-on-one free solutions and accurate quotations based on the customer's actual water quality and usage needs.
