THERMAL DESALINATION (MSF & MED)

TRADITIONAL HIGH-PERFORMANCE ANTISCALANT

BRITEGY EVAP Series: Proven & Reliable Formulations

BRITEGY® EVAP M

Classic Phosphonate-Based Inhibitor

• Technology: Traditional phosphonate chemistry.

• Description: A reliable, cost-effective phosphonate-based antiscalant that has proven effective in thermal desalination. The established choice for routine scaling conditions.

• Performance Advantages:

  • Cost-Effective Protection: Reliable performance at competitive cost.

  • Carbonate Scale Specialisation: Excellent calcium carbonate inhibition.

  • Easy Handling: Stable, user-friendly formulation.

BRITEGY® EVAP M3

Conventional Polymer Antiscalant

• Technology: Standard polymer inhibitor technology.

• Description: A traditional polymer-based formula providing good scale control and dispersion. A solid choice for standard operating conditions.

• Performance Advantages:

  • Good Dispersion Properties: Controls particulate fouling.

  • Thermal Stability: Suitable for standard operating temperatures.

  • Proven Reliability: Consistent performance in conventional systems.

  • Cost-Efficient: Economical solution for routine applications.

BRITEGY® EVAP M5

Traditional Multi-Action Inhibitor

• Technology: Conventional polymer-phosphonate blend.

• Description: A well-established combination product offering balanced scale inhibition and dispersion. The traditional workhorse for mixed scaling applications.

• Performance Advantages:

  • Balanced Formulation: Combined scale inhibition and fouling control.

  • Wide Application Range: Suitable for various water conditions.

  • Established Performance: Known reliability in diverse applications.

  • Operator Familiarity: Well-understood chemistry and behaviour.

BRITEGY® EVAP M15

High-Temperature Specialty Antiscalant

• Technology: Specialized high-temperature organic acid blend.

• Description: A traditional formula specifically designed for high-temperature applications where conventional products may degrade.

• Performance Advantages:

  • High-Temperature Tolerance: Maintains efficacy in extreme heat.

  • Cost-Effective Specialty Use: Affordable solution for high-temperature needs.

  • Proven Durability: Long-standing success in demanding applications.

  • Simple Chemistry: Easy to monitor and control.