Product News

Recently, Xi'an Xinshengtai Water Treatment & Environmental Protection Technology Co., Ltd. officially launched its upgraded 1T/H reverse osmosis (RO) water treatment system to the global market. Designed specifically for small and medium-sized industrial and commercial users, this equipment boasts a water production capacity of 1000 liters per hour and is widely applicable to food and beverage processing, medical and pharmaceutical industries, electronic cleaning, community drinking water systems, and agricultural irrigation.

When purchasing RO equipment, salespeople will ask how many units you need. Here's a brief overview: The permeate flow rate of RO equipment is determined by the RO membrane. There are three types of RO membranes: 4-foot and 8-inch, typically installed in RO membrane housings.

Reverse osmosis (RO) technology has a high removal rate for ionic pollutants in water, but its removal effect on ammonia nitrogen is relatively limited. This phenomenon is mainly determined by the following factors:

Terminal ultrafiltration in ultrapure water is the final, precision membrane barrier installed at the very end of the ultrapure water preparation system, between the storage tank and the point of use. Located after mixed bed, electrodeionization (EDI), or membrane degassing, it directly faces core processes such as wafer cleaning and chemical preparation, bearing the crucial mission of ensuring the physical purity of the final water.

With increasingly scarce freshwater resources, seawater desalination has become the preferred solution for coastal cities, island industries, and deep-sea operations. However, high energy consumption and high operation and maintenance costs deter many companies from "water production." Today, XST officially launches its new generation of seawater desalination reverse osmosis system, boasting three core advantages: lower energy consumption, longer lifespan, and higher stability, truly turning seawater into economically viable freshwater.

In the fields of industrial water and commercial pure water preparation, unstable water quality, high operating costs, and short membrane lifespan have long plagued many enterprises. Today, XST officially launched its new generation of high-efficiency reverse osmosis (RO) systems, redefining the cost-effectiveness standard of water treatment with three core technological advantages.

Recently, XST officially launched its new generation of ultrafiltration water purifiers. Addressing industry pain points such as over-filtration, high wastewater rates, expensive consumables, and installation limitations in traditional water purifiers, this new product line features a comprehensive technological upgrade. With core advantages including healthy filtration, energy efficiency, high flow rate, and easy maintenance, it is fully adaptable to various scenarios such as homes, commercial hotels, factory pre-filtration, and rural well water filtration, providing a high-performance, cost-effective water purification solution for all types of users.

Commonly used water treatment methods include: Sediment Filtration, Water Softening, Activated Carbon Adsorption, Deionization, Reverse Osmosis, Ultrafiltration, Distillation, Ultraviolet (UV) Disinfection, and Biochemical Treatment.

When reverse osmosis feedwater remains oxidative even after the addition of a reducing agent, the common underlying reason is the occurrence of complex catalytic oxidation processes within the water that extend beyond the simple neutralization of residual chlorine.

While Reverse Osmosis (RO) technology demonstrates high removal rates for ionic contaminants in water, its effectiveness in removing ammonia nitrogen is relatively limited. This phenomenon is primarily determined by the following factors: