Skip to content Skip to footer

MUNICIPAL WATER

Municipal water treatment involves a combination of filtration, disinfection, and temperature-sensitive conditioning. Across these stages, the fluids may contain suspended solids, biological material, and scaling agents that can foul conventional heat exchangers. Spiral Plate Heat Exchangers (SPHE) provide a robust solution by combining high thermal efficiency with excellent fouling resistance, even in harsh and variable water qualities.

Municipal water treatment involves a combination of filtration, disinfection, and temperature-sensitive conditioning. Across these stages, the fluids may contain suspended solids, biological material, and scaling agents that can foul conventional heat exchangers. Spiral Plate Heat Exchangers (SPHE) provide a robust solution by combining high thermal efficiency with excellent fouling resistance, even in harsh and variable water qualities.

Municipal Water

The main challenges in this sector

Municipal Water

The main challenges in this sector

Solids and biofouling risk

Surface water and wastewater streams often contain debris, biofilms, or chemical precipitates that threaten to clog traditional exchangers.

Strict hygiene and disinfection needs

Systems must maintain cleanable and sanitary conditions to meet potable water standards and protect public health.

Energy efficiency in preheating and recovery

Water heating and thermal recovery in treatment loops demand compact and energy-efficient solutions to reduce operational costs.

Variable flow rates and temperature profiles

Seasonal variations and fluctuating demand call for adaptable systems that maintain performance without excessive maintenance.

Icon
0%
energy savings in thermal recovery loops
Icon
0 bar
typical pressure drop in high-solids water streams
Icon
0x
longer uptime between manual cleanings thanks to anti-clog spiral geometry

Our involvement in the sector

Spiral Plate Heat Exchangers from Nexson are used in critical points of municipal water treatment where fouling resistance, thermal stability, and easy cleaning are essential.

Municipal Water

Spiral solutions for clean, efficient municipal water treatment

Municipal Water

Wide-channel welded design

SPHE units handle solids-laden or chemically treated water streams with minimal clogging, maintaining performance over long periods.

Self-cleaning flow paths

Turbulent flow in a single-channel spiral path promotes continuous self-scouring, reducing biofilm build-up and extending service intervals.

Compact footprint with high thermal duty

Spiral technology enables efficient heat recovery in a space-saving format, ideal for compact installations or retrofits.

Low-maintenance, hygienic operation

Fully welded and gasket-free, SPHEs offer leak-free performance and are compatible with Clean-In-Place systems for sanitary use.

Municipal Water

Spiral solutions for clean, efficient municipal water treatment

Municipal Water

Wide-channel welded design

SPHE units handle solids-laden or chemically treated water streams with minimal clogging, maintaining performance over long periods.

Self-cleaning flow paths

Turbulent flow in a single-channel spiral path promotes continuous self-scouring, reducing biofilm build-up and extending service intervals.

Compact footprint with high thermal duty

Spiral technology enables efficient heat recovery in a space-saving format, ideal for compact installations or retrofits.

Low-maintenance, hygienic operation

Fully welded and gasket-free, SPHEs offer leak-free performance and are compatible with Clean-In-Place systems for sanitary use.