The system or method employed to control or lower the room temperature and its humidity level, and in some exceptional cases, the purity of the air within a given space or specified area such as the interior of an office premises, a cinema or stage play theatre, certain laboratories where temperature regulation is a must, or simply in the house, which is specifically capable of cooling, is called an air-conditioning device or air-conditioner. This lowering of temperature can be accomplished by the method of the vapour-compression cycle, which involves the forced circulation and state change of a refrigerant between gas and liquid to attain the transference of heat. The vapour-compression cycle can take place within a properly packed chiller, which is essentially connected to a cooling section similar to a fan coil unit on the evaporator side and heat elimination apparatus such as a cooling tower on the condenser side.
The air conditioner reduces the entire humidity of the air processed by the system, thereby acting as a humidity control system as well. Air conditioners are mostly used in regions where the temperatures are above normal and the internal temperatures have to be brought down to a level where living can be made comfortable. Likewise, air-conditioning systems find places in medical houses like hospitals, clinics, nursing homes, and other medical emergency locations like infectious disease treatment rooms. Infection prevention, or the infectious disease treatment and control room, is a critical location within the hospital that is related to the prevention of healthcare-associated infections. In today's medical and healthcare world, infection prevention and control have extended from just healthcare into an essential component of public health, which is commonly referred to as "Infection Protection". Infection control and Infectious Diseases Treatment Rooms are analogous to public health practice, despite being an essential and critical section or part of the health care infrastructure.
Although infectious diseases treatment rooms play a vital role in controlling the spread of certain diseases, there are factors that are related to the spread of infections inside healthcare locations, mainly among patients, between patient’s staff, and also among healthcare staff. In order to thoroughly control such instances along with the Infectious Diseases Treatment Rooms, meticulous monitoring, managing suspected outbreaks, equally strong surveillance, and investigating the cause and spread of infection must be carried out along with disinfecting and sterilizing the locations. Another important and critical aspect is the lighting in the sterile room or lab. There are several types of lighting that can be setup in the cleanroom or a similar location.
As a matter of relevance, since a cleanroom must not contain any sort of material that may cause contamination in the room, special, industry-tested lighting is needed in these locations. Cleanroom lighting must be efficient, practical, and supplement the cleanroom's functions. Lighting in cleanrooms must be accessible so that lights and the allied systems above the lights can be overhauled and replaced easily, averting any possible chance of disruption of the room and its functions. The most common and generally used type of lighting is Cleanroom Teardrop Lighting. With a number of companies that offer cleanroom equipment and offer the best services ad maintenance it is hard to decide. In this respect, The Utopia Group of Companies with its humble beginning in 1980, Utopia-Aire Pte Ltd has been one among the best in providing internal environmental pollution control devices, micro-contamination and organic contamination protection and control devices, and setting up of cleanroom and the pertaining equipment in and around Singapore.
To know more about Airconditioning & Humidity Control - https://www.utopia.com.sg/our-project/airconditioning-humidity-control
