Why Tablets Stick and Coatings Fail

Selecting an industrial dehumidifier starts with an accurate moisture load calculation. This episode walks through the seven moisture sources, a worked infiltration example and how the target dew point drives the choice of technology.

We usually judge indoor comfort by temperature alone, yet relative humidity shapes our health, productivity and the life of the building just as much. This episode uses the Sterling chart to cover the effects of low and high humidity, the ideal range and how humidity is controlled in both directions.

There are three main technologies for industrial dehumidification: desiccant rotor, condensing and pool units. This episode compares their operating principles, achievable dew points, strengths and limits, and shows how the target dew point and the ambient temperature drive the right choice.

Selecting an industrial dehumidifier is never just a single capacity figure. This episode covers eight criteria, from target relative humidity and dew point, moisture load and technology to reactivation energy, casing, automation and service, and a five-step decision process.

In winter, heated indoor air can drop below 15% relative humidity. This episode calculates the humidification load step by step from the absolute humidity difference and the volume of air entering the space, works through two examples with Türkiye climate data, and covers economisers, unit selection and the energy budget.

In an indoor pool, the heated water surface evaporates all day; this evaporation cannot be prevented, only controlled. This episode calculates evaporation with the VDI 2089 formula, works through a 32 m² villa pool example, and covers hall conditions, chloramines and corrosion, unit selection, air distribution and maintenance.

The AD series are silica gel rotor industrial dehumidifiers that run continuously in production areas and warehouses where low humidity is needed. In this episode we cover safety, handling, delivery, positioning, service clearances, duct connections and the electrical supply for models AD1000 to AD6500, based on the manufacturer's manual.

How well an AD series silica gel rotor dehumidifier performs on site depends on the checks made at first start-up and on correctly set airflows. In this episode we cover the pre-checks, phase sequence, operating modes, setting the process and regeneration airflows, steam and hot water coils, humidity control and the performance check, based on the manufacturer's manual.

AD series silica gel rotor dehumidifiers depend on regular maintenance to run efficiently. In this episode we cover filter checks, the white service light, the rotor, belt, seals, motors and heater, and the manufacturer's 6, 12 and 36-month maintenance schedule, based on the manufacturer's manual.