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Dehumidification Process

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Iron and steel will not rust if the air in contact with the surface has a relative humidity below 50% relative humidity (RH).

Condensation can lead to many problems such as corrosion or short-circuit in electrical systems.

Mould and fungus formation is prevented if the surrounding air is kept below 70%RH.

Bacteria need humidity to survive and multiply.

Bacteria need humidity to survive and multiply.

Bad smell will drastically be reduced if the relative humidity is kept below 50%RH.

The basic functional principle of drying dehumidifier is really quite simple. A fan draws in humid air and carries it through a refrigerated evaporator. The air is cooled well below its dew point. The water condenses on the cold surface of the evaporator and drips into a water container or is led directly to a drain. Then the cold dry air continues through a hot condenser which heats it up and returns it to the room to pick up new humidity. This procedure is continued until the desired condition is achieved.Our dehumidification system uses applied psychometric science, a proven process that properly manages dehumidification and temperature to most effectively and efficiently facilitate evaporation Industrial Air Movers create a vortex, similar to the motion of a tornado. A DHM600 Dehumidifier draws in cool, wet air and blows out warm, dry air. Our dehumidification system helps ensure the best possible outcome. We can save almost everything, drywall, wood, carpets and most contents! We measure the moisture content of materials, monitor and log progress so we know the actual drying time and ensure restoration to the appropriate dry standard.

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Our mission is to provide scientific approach to forensic investigation, failure analysis and non-destructive testing; professional and economical disaster restoration.

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