AQFILM Membrane's product portfolio includes nanofiltration (NF) and ultrafiltration (UF) solutions, which are suitable for various application scenarios in industries such as steel, chemical, textile, metallurgy, and power.
For many industries, ensuring water supply is of utmost importance. Water is indispensable, whether used in steel, chemical, metallurgy, textile, electronics, or the pharmaceutical industry. In reality, industrial water accounts for approximately 40% of the global total water intake. Many industrial enterprises are located in water-scarce regions worldwide, and more than two-thirds of them report facing water-related risks in their operations. With our nanofiltration (NF) and ultrafiltration (UF) technologies, we can achieve the following goals:
The company is a publicly listed Taiwanese enterprise with the most complete generation production lines ranging from G3.5, G4, G4.5, G5, G6, G7.5, G8.5 to G8.6. It is the world’s only integrated display provider with complete production capabilities for large, medium, and small-sized LCD panels and touch panels across the entire supply chain.For its liquid crystal panel washing wastewater treatment system, the MRB process technology is adopted. After A²O biochemical treatment, the wastewater enters the MBR membrane tank. The effluent from the MBR membrane tank directly feeds into the RO system for reuse.
The original desalinated water production capacity of the enterprise's system was 300 TPH. Due to increased production demand for desalinated water, renovations were required within the original workshop to achieve a desalinated water output of 1,000 TPH. Meanwhile, the project faced technical challenges such as low reuse water utilization rate in the industrial desalinated water system and high hardness in reverse osmosis concentrate, which posed significant treatment difficulties. The client required that system recovery rate be increased by over 20% from the original level without expanding the footprint.
An industrial park located in Ordos City, Inner Mongolia, primarily focuses on modern coal chemical industry, new material industry, and fine chemical industry in its development zone. As industrial water accounts for a high proportion of the total water consumption while water resources are relatively scarce in the park, the reuse of coking wastewater can recycle treated water for industrial production. This approach improves water resource utilization and alleviates the pressure of water shortage.