Disrupting Silica Scale Formation: The Key to Higher RO System Recovery

Silica is one of the most persistent and poorly controlled species, limiting membrane system performance. Unlike conventional scales that form through crystallization, silica behaves differently. Silica polymerizes, eventually forming dense, amorphous, glass-like deposits that are difficult to control and remove. 
 
This difference is where most traditional antiscalant strategies fall short. Most industry-leading products on the market today are designed to disrupt crystallization, not polymerization, significantly limiting their ability to control silica scaling.
 
Once established, silica scaling leads to progressive decline in performance, reduced system stability, and, in many cases, irreversible membrane damage, as well as other operational impacts. 
 
Silica requires a different approach and understanding that difference is key to optimizing system performance, increasing recovery, and reducing cleaning frequency. In this webinar, we’ll break down the science behind silica scaling and explore field-proven strategies to move from reactive mitigation to proactive control.

What You’ll Learn
How silica forms and why it behaves differently from other scales
Why traditional antiscalants struggle to control silica effectively 
How to identify silica fouling before it leads to irreversible damage
What works (and doesn’t) when cleaning silica from membranes
How new approaches to silica control are enabling higher recovery operation
Case studies demonstrating long-term, stable silica management with AWC’s silica disruptors