Daltonen Focusing on Separating Membrane Products and Fluid Technology Services.
The principle, application and benefits of hollow fiber ultrafiltration membrane
2024/04/03
Energy saving: As a physical separation technology, hollow fiber ultrafiltration membrane does not require high energy consumption equipment or processes, which can save energy and reduce production costs.
Water intake control of submerged ultrafiltration membrane system
2024/04/02
The main function of ultrafiltration technology is to trap small particles, reduce suspended matter and turbidity, remove bacteria and some organic pollutants, and achieve the purpose of improving and stabilizing water quality. The separation mechanism is as follows: the mechanical screening of the membrane surface aperture, the blocking effect of the membrane pore and the adsorption of impurities on the membrane surface and the membrane pore.
The advantages of Daltonen membrane nanofiltration membrane elements
2024/04/02
The advantages of Daltonen membrane nanofiltration membrane components are mainly in the following seven aspects:
2024/04/01
n reverse osmosis water treatment technology, the performance evaluation and operation safety of membrane components are key considerations. Among them, the standard desalting rate, the actual desalting rate and the system desalting rate of the membrane element are the core indicators to measure its filtration efficiency, which is worthy of in-depth understanding and grasp.
A brief history of the development of separation membrane technology
2024/04/01
China began to study ion exchange membrane in 1958, began to study reverse osmosis membrane in the 1960s, and paid attention to the research in seawater desalination, to a large extent promoted the development of membrane science and technology in China, in the 1970s reverse osmosis, microfiltration, ultrafiltration, electrodialysis and other devices were gradually developed, and put into industrial applications.
Which wastewater can be treated by industrial MBR membrane technology
2024/03/29
In summary, industrial MBR membrane technology has a wide range of applications, and can treat various industrial wastewater such as oily wastewater, heavy metal wastewater, printing and dyeing wastewater, pharmaceutical wastewater,
Empfohlene Neuigkeiten
2024/05/31
the application of membrane separation technology in dairy standardization and cheese preparation raw materials not only improves product quality and taste, but also reduces production costs and energy consumption. With the continuous development of the dairy processing industry, membrane separation technology will play an increasingly important role in this field.
Challenges of wastewater treatment in the dairy industry
2024/05/31
Reduced energy consumption and cost: Membrane separation technology has lower energy consumption and cost compared to traditional wastewater treatment methods. Since no heating or chemical addition is required during operation, energy consumption and chemical usage are reduced. At the same time, the membrane separation technology is easy to operate, easy to automate control, and reduce labor costs.
Application of membrane separation technology to fine protein recovery from whey
2024/05/30
In the process of protein recovery in whey, membrane separation technology can not only recover valuable protein resources, but also reduce production costs and environmental pollution. With the development of dairy processing industry, the recovery of protein from whey will become an important research direction. Membrane separation technology, as an advanced separation technology, will play an important role in this field.
Further application of membrane separation technology in the production of concentrated milk
2024/05/30
Membrane separation technology plays a crucial role in the production of concentrated milk. First of all, by selecting the appropriate membrane materials and operating conditions, the efficient removal of water in the milk can be achieved, while retaining other beneficial components, s
2024/05/29
On the one hand, the development of new membrane materials and membrane components will further improve the performance and efficiency of membrane separation technology; On the other hand, fusion applications with other technologies,
