Industrial-grade reverse osmosis system for tap water

Industrial reverse osmosis (RO) systems can remove up to 99.9% of salt and various pollutants. These pollutants come from different sources of impure water, such as tap water, municipal water supply, brackish water, and surface water. Therefore, this system will not allow bacteria, particles, sugars, proteins, dyes, and impurities to enter your permeated water. Substances with a molecular weight of over 150 - 300 daltons can be filtered out.

Therefore, Qingzhou Huaxin Water Treatment Equipment Co., Ltd. produces various custom-designed industrial reverse osmosis systems. Their processing capacity ranges from 2,000 liters per hour to 20 million liters per hour, capable of meeting the needs and applications of various industrial water treatment. Therefore, these energy-saving industrial reverse osmosis equipment can produce high-quality water at an economical price.

In addition, our industrial reverse osmosis systems can meet the most stringent requirements under continuous operation and corrosive conditions, providing high-quality water. We have also designed optional functions, control characteristics, and additional equipment for it, allowing users to customize the reverse osmosis equipment themselves. No matter what your water treatment application requires, our industrial reverse osmosis systems will provide you with the best solution.

Compact industrial reverse osmosis water treatment system:

In addition, the HX-RO series industrial tap water reverse osmosis water treatment equipment is equipped with filter media filters. It is also equipped with a chemical dosing system (pre-chlorination, scale inhibitor, dechlorination, post-chlorination and post pH adjustment). Therefore, this equipment is mainly customized to meet the different needs of different customers and different water usage requirements. The HX-RO series is one of the most compact industrial reverse osmosis systems on the market, manufactured with energy-saving 8040 reverse osmosis membranes.

The design of the HX-RO series skid-mounted industrial reverse osmosis system fully considers certain water usage issues. This system has a sturdy structure, user-friendly design, environmentally friendly materials, economy, ease of operation, and long-term reliability.

In addition, you can also choose to adopt a containerized reverse osmosis water treatment system.

The usage process of industrial reverse osmosis equipment:

The industrial reverse osmosis system includes multi-media pre-treatment tanks, softeners, scale inhibitor dosing systems. In addition, it also has a fouling prevention dosing system, a reverse osmosis unit with semi-permeable reverse osmosis membranes, an ozone generator, and a UV disinfection or subsequent chlorination treatment as post-treatment steps. These reverse osmosis equipment adopt new reverse osmosis technologies， by sending the incoming water into the multi-media filter for filtration to remove particles larger than 10 microns. Then， the water will be treated by chemical substances for scale inhibition to control the hardness scaling problem that may damage the reverse osmosis equipment membrane.

Therefore， these pre-treatment schemes can remove hardness， chlorine， odor， color， iron and sulfur substances. Subsequently， the water will enter the reverse osmosis device， where a high-pressure pump will apply great pressure to the highly concentrated solution， thereby separating the remaining salts，minerals and impurities that the filter cannot capture. In addition， clean drinking water will flow out from the low-pressure end of the membrane， while the salt， minerals and other impurities will be discharged from the drainage port on the other end. Finally， the water will pass through the UV disinfection or subsequent chlorination treatment) to kill any bacteria and microorganisms in the water.

What is the price of the industrial reverse osmosis equipment?

The cost of the industrial reverse osmosis purification system mainly depends on the quality of the incoming water and the required quality of the outgoing water.

The following list lists many common pre-treatment and post-treatment related matters:

For example, the addition of chemical agents and pH values uses SEKO products

Quartz sand as a filtering medium

Activated carbon filter

Softener

Antifouling agent addition

Advanced controller

Advanced instrument

For example, the iron removal filter of green sand

Total dissolved solids (TDS), pH value, conductivity monitoring

Stainless steel skid-mounted equipment or frame

Mixed system

Three-phase electrical system and accessories

PLC components

For example, the touch screen of Siemens

CIP membrane cleaning system

What is the power consumption of the reverse osmosis system (RO)?

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

In the field of industrial water treatment, reverse osmosis (RO) systems have become a leading water purification technology, ensuring excellent water quality and maximizing efficiency. RO systems play an indispensable role in numerous industries, such as manufacturing, power generation, pharmaceuticals, and food and beverage production. This article will delve into the domain of industrial RO systems, exploring their importance, working principle, advantages, and key elements for effective implementation.

Understanding Industrial Reverse Osmosis Systems

Industrial reverse osmosis systems use a process called reverse osmosis to purify water, achieving this goal by removing impurities, pollutants, and dissolved solids. This technology utilizes a semi-permeable membrane that allows water molecules to pass through while rejecting dissolved solids, salts, and unwanted particles. By applying pressure to the incoming water, the reverse osmosis system prompts water molecules to move along the concentration gradient, thereby achieving the separation of impurities from pure water.

The operation principle of industrial reverse osmosis systems

Industrial reverse osmosis systems consist of several key components that work together to produce clean water. First, the pre-treatment stage removes larger particles, sediment, and organic substances through processes such as filtration, sedimentation, and activated carbon adsorption, protecting the reverse osmosis membrane from clogging and damage.

Next, the pressurization stage uses a high-pressure pump to push the pre-treated water into the reverse osmosis membrane. The semi-permeable membrane acts as a barrier, allowing only pure water molecules to pass through while blocking dissolved solids, contaminants, and other unwanted particles.

The purified water is called "dialysis fluid" and is collected and stored for use, while the concentrated wastewater (i.e., salt water or waste liquid) is discharged from the system. Some advanced reverse osmosis systems are equipped with energy recovery devices, which utilize the energy in the salt water flow to improve efficiency.

The benefits of industrial reverse osmosis systems

High-quality water: Industrial reverse osmosis systems can effectively remove various impurities, including heavy metals, salts, bacteria, and organic compounds. This ensures that the treated water meets strict quality standards and is suitable for various industrial processes, ultimately improving product quality and safety.

Water resource utilization efficiency: Reverse osmosis systems have a high water recovery rate, typically ranging from 50% to 80%. This means that most of the incoming water can be converted into permeate, thereby minimizing water waste and reducing the overall water consumption in industrial operations.

Cost savings: Implementing reverse osmosis systems can lead to significant long-term cost savings. By producing pure water on-site, companies can avoid the costs associated with purchasing and transporting large amounts of water. Additionally, removing contaminants and dissolved substances can prevent scaling and corrosion problems, thereby reducing maintenance and equipment replacement costs.

Environmental sustainability: Industrial reverse osmosis systems contribute to environmental sustainability as they can conserve water and reduce pollutant emissions to the ecosystem. By adopting reverse osmosis technology, companies can follow sustainable development practices, meet regulatory requirements, and establish a good reputation and a responsible corporate image.

Considerations for effective implementation

To ensure the optimal operation and long-term lifespan of industrial reverse osmosis systems, the following factors should be considered:

System design: A reasonable system design, including precise size calculations, selection of appropriate membrane materials, and consideration of operating conditions, is crucial for achieving the desired results. It is recommended to collaborate with experienced professionals and reputable manufacturers to ensure an efficient and reliable system design.

Pre-treatment: Effective pre-treatment is essential to protect the reverse osmosis membranes from scaling, corrosion, and premature damage. Adequate pre-filtration, adjustment of pH, and the provision of a chemical dosing system tailored to the characteristics of the incoming water are necessary to optimize system performance.

Monitoring and maintenance: Regular monitoring of system parameters, including pressure, flow rate, and water quality, is crucial for detecting any deviations or faults.