World Environment Day | A Drop of Water’s ‘Membrane Magic’ Rebirth Journey
2026/06/05
Protecting the environment starts with the rebirth of a single drop of water.
World Environment Day | A Drop of Water’s ‘Membrane Magic’ Rebirth Journey
2026/06/05
Protecting the environment starts with the rebirth of a single drop of water.
The “Culprits” of Reverse Osmosis Membrane Scaling and Prevention Strategies
2026/06/03
This article analyzes three typical “culprits” : calcium carbonate, calcium sulfate, and silica scale, and focuses on the roles of antiscalants, softening pretreatment, and recovery control in an anti scaling system.
2026/06/01
Calcium sulfate scaling is one of the most challenging inorganic fouling issues in reverse osmosis systems. The scale layer is dense and strongly adherent, making it difficult to clean, and readily leads to irreversible declines in membrane flux, increased pressure differentials, and shortened membrane service life . Unlike calcium carbonate, calcium sulfate remains stable under acidic conditions and therefore requires systematic management.
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.
Empfohlene Neuigkeiten
2026/09/11
Only when every barrier is properly implemented can reverse osmosis membranes shift from "frequent clogging" to "long-cycle stable operation".
Why Do Reverse Osmosis Membranes "Clog"? A Complete Guide to Four Major Types of Membrane Fouling
2026/09/07
Membrane fouling is not a question of "if" but "when, what type, and how to respond." Fouling is inevitable, but it is predictable, controllable, and recoverable.
From Shenzhen to Mexico City: Daltonen Membrane Technology Debuts at Aquatech Mexico 2026
2026/09/04
Aquatech Mexico 2026 has concluded successfully, but Daltonen Membrane Technology will never slow down its pace of going global.
2026/08/17
Without properly matched supporting components, even the highest-quality membranes may underperform.