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The Future of Water Treatment: UV LED vs. Traditional UV Lamps
Comparison of UV LED and Traditional Lamp Technologies: The Future of Water Treatment. In water treatment and public health, Ultraviolet (UV) disinfection is a cornerstone technology. Disrupting the molecular structure of microbial DNA and RNA, it prevents replication and renders bacteria, viruses, and protozoan cysts inactive. For decades, the industry has relied on low or medium-pressure mercury UV lamps providing a stable 254 nm UVC wavelength.

J. Springfield
Jan 273 min read


The Importance of Water Test Reports in Treatment Design
How do the Water Test Reports in Effective Water Treatment Design

J. Springfield
Dec 12, 20254 min read


The Unseen Enemy in Your Water: How Humic Acid Destroys RO Membranes
Humic acid in groundwater and surface water is one of the main culprits causing membrane pollution and blockage.
In this article we're deep dive into its impact on RO membranes and effective solutions.
A highly effective and cost-efficient method exists to tackle the humic acid challenge: enhanced coagulation and flocculation using a specialized chemical agent. Avista™ RoQuest™ 6000 is a prime example of such a solution, offering a robust defense for your RO system.

J. Springfield
Oct 21, 20255 min read


Tackling the Slime: Overcoming Challenges in Wastewater Recycling with Innovation
The Biofouling Challenge in Wastewater Recycling: Solve RO Membrane Slime with ROTEK KF220
Jeff Yu
Aug 29, 20254 min read
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