KNOWLEDGE CENTER
Featured Articles
Why Tanks and Sumps Become Biofilm Nurseries
Jan 5, 2026
Tanks and sumps are some of the most biologically active areas in industrial water systems. Despite chemical treatment, these zones frequently become biofilm nurseries—protected environments where bacteria thrive, spread, and seed the rest of the system.Low Flow =...
Why Biofilm Grows Even With Biocide
Jan 5, 2026
Many industrial facilities assume that regular biocide feed prevents biological growth. Yet biofilm still develops—even in chemically treated systems. The reason lies in how biofilm behaves, not in a lack of chemicals.Biofilm Shields MicroorganismsOnce bacteria attach...
What Causes DI Bottles to Exhaust Too Fast
Jan 5, 2026
Deionization (DI) bottles are designed to deliver high-purity water reliably, so when they exhaust faster than expected, it’s a sign of upstream problems. Rapid exhaustion increases operating costs, disrupts production, and often masks deeper system issues.High Ionic...
Why Tanks and Sumps Become Biofilm Nurseries
Jan 5, 2026
Tanks and sumps are some of the most biologically active areas in industrial water systems. Despite chemical treatment, these zones frequently become biofilm nurseries—protected environments where bacteria thrive, spread, and seed the rest of the system.Low Flow =...
Why Biofilm Grows Even With Biocide
Jan 5, 2026
Many industrial facilities assume that regular biocide feed prevents biological growth. Yet biofilm still develops—even in chemically treated systems. The reason lies in how biofilm behaves, not in a lack of chemicals.Biofilm Shields MicroorganismsOnce bacteria attach...
What Causes DI Bottles to Exhaust Too Fast
Jan 5, 2026
Deionization (DI) bottles are designed to deliver high-purity water reliably, so when they exhaust faster than expected, it’s a sign of upstream problems. Rapid exhaustion increases operating costs, disrupts production, and often masks deeper system issues.High Ionic...
The Difference Between Pretreatment and Treatment
Dec 24, 2025
Pretreatment and treatment are often lumped together, but they serve very different roles in industrial water systems. Confusing the two leads to poor performance, higher costs, and premature equipment failure.What Pretreatment Really DoesPretreatment protects...
Why Your RO Sanitation Won’t Hold Residual
Dec 23, 2025
If your RO system won’t maintain a sanitizer residual, the issue is rarely the chemical itself. Loss of residual points to system demand exceeding sanitizer capacity, usually due to biological load or material compatibility issues.Biofilm Demand Is Often...
How to Diagnose Membrane Scaling vs. Fouling
Dec 20, 2025
Reverse osmosis (RO) membranes lose performance for two main reasons: scaling or fouling. While the symptoms may look similar, the corrective actions are very different. Correct diagnosis is critical to restoring system performance without causing damage.Understanding...
How to Lower Cooling Tower Chemical Costs Without Risk
Dec 18, 2025
Cutting cooling tower chemical costs is a common goal—but doing it the wrong way leads to scale, corrosion, fouling, and unplanned downtime. The key is optimization, not underfeeding.Increase Cycles of Concentration SafelyMany towers operate conservatively due to fear...
How Industrial Facilities Can Cut Water Use by 30 Percent
Dec 17, 2025
Water reduction targets are becoming a reality across industrial sectors. The good news? Many facilities can cut water use by 30% or more without disrupting production—if they focus on the right areas.Maximize Reuse Before ReplacementFinal rinse water, RO reject,...
Preventing Irrigation Emitter Fouling with RO/UF
Dec 16, 2025
Industrial and large-scale irrigation systems increasingly rely on reclaimed or impaired water sources. While reverse osmosis (RO) and ultrafiltration (UF) make reuse possible, emitter fouling remains a major challenge without proper design and operation.Why Emitters...