Water & Waste Water

Condensation occurs when warm, moist air meets a cold surface. An example of this is when taking a cold drink from a fridge into ambient conditions, and finding that condensation forms around the bottle. In a water treatment plant, the same occurs, with the water in the pipes being cooler than the surrounding air, and thus causing condensation to form. This condensation causes corrosion of pipes and electronic equipment as well as mold growth and faults caused by condensation on UV scanners.

In the past, heaters were used to combat these issues, but dry air provided by Munters equipment uses 1/6 of the energy and produces better results.

Dehumidification of water treatment plants has a number of advantages:

Solutions

Solution

Industrial & Commercial Desiccant Dehumidifiers

Munters manufactures and services desiccant dehumidification systems. These systems are designed to remove moisture from the air to control humidity…

Solution

Heat Recovery Wheel Manufacturer - Air to Air Energy Recovery Ventilators

With the world’s focus on sustainability and energy costs combined with indoor air quality and lower first cost without impacting quality, engineers…

Case studies

Case study

Biogas production in South Korea

The Biogas plant Youngyun, South Korea has installed a Munters MCD155 desiccant dehumidifier to treat the air after processing of waste food

Case study

Glandorf

The water treatment facility in Glandorf by Osnabruck in Germany supplies drinking water to 120,000 users. Every year consumer households, local…

Case study

MittSverige Reservoir

At MittSverige Sweden, a number of water reservoirs ensure that residents in the Sundsvall region always have a good supply of fresh clean water. The…

Case study

Mätbrunnarna

Lossen the reservoir with 500 million m3 of water has an extensive drainage system downstream of the dam.

Case study

Diseröd Water Pumping Station

When moist air contacts a cold surface, the evaporated water in the air turns into liquid water when it condenses.