Avoid Unnecessary Downtime

During compression, a compressor turns humidity in the intake air into condensate. This can result in wear and corrosion throughout the compressed air network and downstream equipment. The wear and corrosion will then result in a costly interruption to your production. Wear and corrosion will also reduce the service and efficiency of your equipment.

Working Principle of an Adsorption Dryer

The working principle of an adsorption dryer is based on the ability of the desiccant material to absorb water vapor from the compressed air. The filters before the dryer protect it, then the filters after the dryer eliminate desiccant dust. There are three phases in the drying process, which are the drying phase, regeneration phase and pressurization phase. You can find out more about each stage in our brochure.

Two Types of AD Adsorption Dryers

There are two types of AD adsorption dryers. There is the AD timer (timer controlled) and the AD sensor (PDP – sensor controlled). The AD timer continuous purges are calculated to operate in the most demanding conditions. In contrast, the AD sensor purges airflow based on achieving a constant dew point for significant energy savings.

AD Adsorption Dryer Benefits

Benefits of the AD adsorption dryer range include:

·         Clean and dry air

·         Easy Installation

·         User-friendly operation

·         Cost-efficient solution

ALUP Air Treatment Solutions

We have many air treatment solutions available as part of our compressed air product range. Our air treatment solution range includes line filters,water separators, and condensate drains. These air treatment solutions are found in several application areas, including chemical and pharmaceutical industries, food industries, quality painting and textile production.

AD 650 - 1300 (timer): Electronic timer control
AD 650 - 1300 (sensor): Dew point management system

Download ALUP product leaflets

ALUP AD 7 - 1300