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Pontoon water
evaporator

Dependable, high-rate XPEL evaporation performance built to operate effectively in dynamic open-water conditions and shifting environmental pressures.

PRODUCTS

A detailed 3D rendering of an XPEL floating pontoon water evaporation unit for ponds and dams

Pontoon water evaporator

For sites requiring evaporation directly from open-water locations, the XPEL pontoon water evaporator delivers a robust floating configuration capable of managing large wastewater volumes. The system is mounted on a heavy-duty pontoon assembly equipped with floats, pipework and a pump-driven electric motor engineered for controlled output. Its stable platform provides safe maintenance access and steady operation through fluctuating water levels and variable weather. Built to strict safety and durability standards, the system delivers consistent, long-term evaporation performance.

Features:

  • Low-fouling nozzles engineered for consistent droplet distribution and steady evaporation output

  • Skid mobility for efficient relocation and streamlined site integration

  • Heavy-duty construction built for harsh industrial environments and long service life

  • Isolation box designed to safeguard electrical and control components

  • Compact, efficient platform enabling flexible placement in open-water environments

  • Low-maintenance operation with durable components designed for continuous uptime

  • Single or multiple evaporator configuration to match required evaporation capacity

Proven water
evaporation technology.

Built for demanding industry applications, offering high-volume throughput and stable operation across varied climates and water qualities. XPEL water evaporation units support critical industries with steady, high-capacity evaporation suited to large-scale operational demands.

Predict how an XPEL water evaporator would perform on your site by requesting an evaporation efficiency analysis. This modeling process consists of weather data inputs, including rainfall, elevation, wind speed, humidity, and temperature. By analysing these factors, we gain valuable insights into the evaporation rates achievable in the target climate over a 12-month period. This data-driven approach, combined with our expertise, ensures that the water evaporation systems we develop are precisely engineered to meet the specific requirements of our clients’ operations.