What Is Biofilm in Water Systems? Causes, Risks and Control Methods
Posted by David Cannon on 12th Oct 2026
Biofilm can become a persistent problem in water systems when microbial growth accumulates on equipment, membranes, and other wetted surfaces. In systems with biofilm in water pipes or biofilm in water lines, microbial deposits can contribute to water quality concerns, biological fouling, flow restrictions, and conditions that may promote corrosion or interfere with equipment performance.
Established biofilm can also be difficult to control because microorganisms within the biofilm matrix may be
How to Prevent Corrosion in Industrial Water Systems?
Posted by David Cannon on 8th Oct 2026
Industrial water systems rely on pipes, tanks, heat-transfer equipment, boilers, and other components that remain in contact with water during operation. Over time, exposure to certain water conditions can cause metal surfaces to deteriorate, creating maintenance concerns and affecting system reliability.
The extent of this deterioration can vary depending on the equipment, materials, and operating environment. Understanding why it occurs and how it can be managed helps operators make informed d
What Is Water Scaling? Causes, Types and Prevention Methods
Posted by David Cannon on 7th Oct 2026
Water scaling is a common challenge in systems that use or circulate water. Mineral deposits can accumulate on pipes, equipment, fixtures, and other surfaces, contributing to hard water scale buildup and affecting normal system operation. If left unaddressed, scale from water can become difficult to remove and may increase cleaning and maintenance requirements.
Understanding what causes scale in water is the first step toward identifying an appropriate response. This post explains how water scal
Turbidity Measurement in Water: How It Works, Testing Methods, and Meters
Posted by David Cannon on 5th Oct 2026
Turbidity refers to the cloudiness or haziness of water caused by suspended and colloidal particles that scatter light passing through a water sample. The amount, size, shape, and optical characteristics of these particles influence the measured turbidity, making it a useful indicator of changes in water clarity and treatment performance.
During industrial and municipal water treatment, turbidity measurement in water can provide insight into the effectiveness of processes such as clarification,