Dehumidifier Market (2019-2025)

It is regarded that the humidity in the environment can lead to many problems of human health. Humidity control is also critical in many other areas such as manufacturing and storage of certain equipment, food processing, and storage, and in also certain areas such as diagnostic and research labs and hospitals. Thus, to maintain humidity levels in the atmosphere, dehumidification systems, including dehumidifiers are widely used across residential, commercial, and industrial sectors, across the globe. Humidifiers are used to control moisture levels in the air, and help inavoiding corrosion problems in the industrial sector by preventing condensation on equipment and machineries as well as other electronics tools. In the residential sector, dehumidifiers reduce the humidity level, making the area less welcoming to allergy-causing agents, such as dust mites, black mold, and yeast. Dehumidifiers also help in eliminating musty smell commonly associated with the growth of mold and mildew; as well as lowers energy costs by enabling the air conditioner to run more efficiently.

Humidity and temperature control are of critical importance in the field of research and development as the surrounding environmental condition of lab affects measurement device characteristics, performance, and can cause structural damage to expensive equipment. This may lead to unnecessary downtime, resulting in economic and financial losses. Therefore, all scientific instruments used in research laboratories, require protection against humidity and temperature fluctuations to maintain accuracy and performance. Many commercial facilities, industrial instrumentation rooms, and educational facilities require humidity control solutions.

Therefore, there is strong need for dehumidifiers in the R&D labs. AC systems can offer a condition over a range of 18ºC to 23ºC with a range of 40% to 60% relative humidity, which is suitable for human body. However, sensitive research and development methods, and manufacturing of products, such as pharmaceuticals or medical devices, often require control of temperature and humidity at much tighter limits, typically ±1ºC and ±2%RH, respectively. This degree of control cannot be achieved with standard AC systems, and it is only possible with specialist humidification and dehumidification systems.