Adsorption dryer
CSrental has a wide range of adsorption dryers in its assortment that are suitable to rent. The MDC adsorption dryer offers a temporary or stationary solution to a moisture problem in the construction, shipping, industrial, pharmaceutical and food industries, petrochemicals and in the office or warehouse. An MDC adsorption dehumidifier takes the humidity out of the room. The consequence of rooms that are too wet is that mold can develop and, in some cases, result in a loss of quality. Renting an adsorption dryer can help maintain quality and create a better working environment.
Adsorption dryer deployment
An adsorption dryer is mainly used when the following conditions occur:
- A very low relative humidity of less than 35% must be achieved, for example in munitions warehouses and the pharmaceutical and chemical industries;
- Work is only carried out at lower temperatures than 8°C, for example in cold storage;
- Low temperatures are necessary or climatically present, for example tank coating and ship restoration.
CSrental has several variants of the adsorption dryer in its product range. MDC’s adsorption dryers have capacities from 160 m³/h to 5,000 m³/h. A steel frame and a protective tarp make the adsorption dryer suitable for rental. The adsorption dryers are equipped with monitoring, so air temperature and relative humidity can be consulted at any time.
Showing all 8 results
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Adsorption dryer MDC-160
The MDC-160 adsorption dryer is designed for general dehumidification such as room air drying and process drying... Featured specs Dry air volume (nominal) 160 m³/h at 130 Pa Regeneration air 45 m³/h at 80 Pa -
Adsorption dryer MDC-250
The MDC-250 adsorption dryer is designed for general dehumidification such as room air drying and process drying... Featured specs Dry air volume (nominal) 290 m³/h at 160 Pa Regeneration air 80 m³/h at 100 Pa -
Adsorption dryer MDC-450
The MDC-450 adsorption dryer is designed for general dehumidification such as room air drying and process drying... Featured specs Dry air volume (nominal) 450 m³/h at 50 Pa Regeneration air 120m³/h at 50 Pa -
Adsorption dryer MDC-1000
The MDC-1000 adsorption dryer is designed for general purposes such as... Featured specs Amount of dry air (nominal) 1,000 m³/h, at 200 Pa. Reactivation air volume 400 m³/h, at 280 Pa -
Adsorption dryer MDC-2000
The MDC-2000 adsorption dryer is designed for: building drying, room air dehumidification, dry air storage... Featured specs Amount of dry air (nominal) 2,000 m³/h, at 200 Pa. Reactivation air volume 400 m³/h, at 280 Pa -
Adsorption dryer TTR-2800
The adsorption dryer TTR-2800 is equipped with technology according to the highest industrial requirements. This dryer is... Featured specs Amount of dry air (nominal) 2,800 m³/h at 300 Pa. Reactivation air volume 570 m³/h at 300 Pa -
Adsorption dryer MDC-3000
The MDC-3000 adsorption dryer is designed for: building drying... Featured specs Amount of dry air (nominal) 3,000 m³/h, at 200 Pa. Reactivation air volume 770 m³/h, at 270 Pa -
Adsorption dryer MDC-5000
The MDC-5000 adsorption dryer is designed for: building drying... Featured specs Dry air volume (nominal) 5,000 m³/h at 260 Pa Regeneration air 1,600m³/h at 280 Pa
The operation of an adsorption dryer
The adsorption dehumidifier uses the moisture-absorbing ability of substances such as silica gel and lithium chloride. These two substances are impregnated on a rotating ceramic wheel. As a result, the moist air is blown out of the room. The moisture is absorbed by the hygroscopic material contained in the adsorption dehumidifier, resulting in dry air. The adsorption dryer then blows the dry air into the room. With the MDC adsorption dryer, a process takes place over two separate air ducts.
Water quality requirements of the adsorption dehumidifier
Note: Before operating the adsorption dehumidifier, inventory the room and take any measures as necessary. The adsorption dehumidifier should not be used in:
- Environments where particles, gas, smoke and the like may be drawn in due to created negative pressure, which may adversely affect chimneys, furnaces or other similar equipment;
- In areas with a potentially explosive atmosphere;
- In areas with an aggressive atmosphere (caused, for example, by chemicals);
- In areas containing water with a pH lower than 7.0 or higher than 7.4;
- In areas with salt or liquids with a salt content > 1% e.g. salt baths;
- In humid areas of indoor swimming pools;
- In areas with ozone treated air, high solvent concentrations or high dust load.
