The key application of tubular ultrafiltration membrane technology in the treatment of high concentration and multi-component industrial wastewater


2024/03/21

Secondly, electroplating wastewater contains toxic and harmful metal ions and complex agents and other difficult to degrade substances, conventional treatment process is difficult to completely remove. The use of tubular ultrafiltration membrane technology, through the selection of appropriate membrane materials and pore size, can accurately intercept these pollutants, while ensuring the passage of water molecules, to achieve the recycling of water resources, and significantly reduce the impact of pollutants on the environment.

Analysis of errors in the selection and application of membrane water treatment equipment


2024/03/20

In the application and promotion of membrane water treatment equipment, there are several common misunderstandings that need to be paid attention to and corrected:

Uncovering the common misunderstanding of membrane water treatment equipment


2024/03/20

Membrane water treatment technology plays a vital role in modern water resources management, however, in the actual application process, there are some common misunderstandings, we need to understand deeply and correctly interpret.

Effect of membrane separation technology on pathogen removal and product quality in blood concentration process


2024/03/19

In the preparation of blood products, ensuring their sterility and effectively removing potential pathogens is a primary safety concern. Although traditional blood treatment methods such as heat inactivation or chemical reagent treatment can inactivate pathogenic microorganisms such as viruses to a certain extent, they may lead to problems such as structural damage of blood cells, protein denaturation and reduced activity, thus affecting the quality and clinical application effect of blood products.

< 1...18192021 > proceed page

Empfohlene Neuigkeiten

Where Does RO Concentrate Go?

2026/09/16

RO concentrate is not the end point of water treatment.

How to Prevent Reverse Osmosis Membrane Fouling? A Comprehensive Analysis of Four Major Prevention and Control Strategies

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.

Membrane Replacement Is More Than Just Swapping Membranes: Have You Considered the Compatibility of Supporting Consumables?

2026/08/17

Without properly matched supporting components, even the highest-quality membranes may underperform.

ONLINE MESSAGE

Submit