Precision Chemical Metering for Reliable Treatment

Chemical metering is one of the most critical functions in treatment systems. Whether dosing disinfectants, pH adjusters, or coagulants, precise control affects both water quality and operational efficiency.

Why precision matters:

• Prevents overdosing that leads to chemical waste and higher costs
  
  

• Avoids underdosing that compromises water quality
  
  

• Supports stable treatment performance
  
  

Blue-White delivers high-performance metering pumps designed to offer accurate, repeatable chemical injection. Features include:

• Digital control systems for fine adjustments
  
  

• Adjustable output to match treatment demand
  
  

• Compatibility with automated and remote-monitoring systems
  
  

With these capabilities, operators can maintain consistent chemical levels, improve process outcomes, and reduce manual intervention.

Advanced Flow Measurement for Monitoring & Control

Flow measurement plays a key role in understanding how treatment chemicals are distributed throughout the system. Without accurate flow feedback, operators can’t confirm that chemicals are feeding at the correct rates, leading to instability or inefficiencies.

Flow measurement benefits:

• Provides real-time visibility into system performance
  
  

• Helps detect irregularities or blockages early
  
  

• Supports automated process adjustments
  
  

Whether manually checked or integrated with control systems, these flow meters help treatment plants maintain consistent operations and enhance overall performance.

Corrosion-Resistant Equipment for Harsh Environments

Water treatment environments are often tough on equipment. Exposure to chemicals like sodium hypochlorite, acids, and other harsh fluids can rapidly degrade standard machinery if not properly protected.

The risk of corrosion:

• Shortened equipment life
  
  

• Increased maintenance costs
  
  

• Greater risk of failure or leakage
  
  

Blue-White addresses these challenges by designing equipment with corrosion resistance in mind. Key features include:

• Non-metallic materials in fluid contact pathways
  
  

• Use of durable plastics like PTFE and polysulfone
  
  

• Minimal metal parts exposed to corrosive fluids
  
  

This focus on rugged construction ensures long-lasting performance and fewer service interruptions.