Carel

Antiques, art galleries & museums
Automotive & aerospace
Clean rooms
Cold stores
Crop storage
Data centres
Doctors surgeries
Electronics industry
Explosives industry
Food industry
Hatcheries
Hi-tech microchip manufacture
Hospitals
Libraries & archives
Offices
Offshore platforms
Paper manufacture
Pharmaceutical manufacture
Photography laboratories
Plant propagation
Printing industry
Proofing ovens
Textiles industry
The Home
Timber industry
Tobacco industry
Wine & Whiskey industry
Steam room
Chillers & Dry Coolers
Ambient Cooling
Adiabatic Cooling Ducted
Hospitals
Equipment protection Equipment protection
Guaranteed hygiene Guaranteed hygiene
Personal comfort Personal comfort
Bacterial & biological contaminants Bacterial & biological
contaminants
Hospitals

Low air humidity affects both comfort and well being/health of people.

During the wintertime, when the relative air humidity indoor drops, eyes, skin, nose, mouth and respiratory problems increase. Low humidity levels permit easier transportation of bacteria & viruses through the atmosphere. High humidity levels increase the risk of proliferation of viruses and bacteria.

To prevent propagation and proliferation of biological contaminants, the humidity should ideally be kept between 40% to 60%rh.

Accurate humidity control will reduce problems of a dry atmosphere, helping to maintain comfort, protect equipment, providing a safer place to staff and visitors at the same time as promote patient health.

Steam is the rational choice for critical areas such as operating theatres; however Humifog is one of the few adiabatic systems certified for use in Hospitals.

Traditional choices for large hospital projects include gaSteam and ultimateSteam.

 
HospitalsFig 1.0 – Pollutants inside rooms according to humidity levels and identification of optimum humidity fields reported in ASHRAE handbook.