Atlas Copco adsorption dryerSolutions, including imported BD+ blast heat and BD+ZP zero gas consumption twin tower, imported and Wuxi CD(+) no heat module, Wuxi CD(+) no heat twin tower, Wuxi AD(+) micro thermal twin tower, to meet your various application needs。

Life cycle cost

Atlas Copco dryers are more expensive because they use a lot of compressed air for regeneration during regeneration。Generally, the amount of recycled air accounts for 16% to 26% of the rated flow rate of the non-heat dryer。However, non-heat dryers are still the mainstream choice due to their simple operation and reliable operation。

Superior energy efficiency

Pressure drop to zero.2 BAR / 2.Below 9 PSI

The energy consumption of the dryer is determined by its internal pressure drop and the efficiency of the regeneration process。If the pressure drop of Atlas Copco adsorption dryers is high, the compressor exhaust pressure must be higher, increasing energy consumption and operating costs。Atlas Copco AD(+) and CD(+) adsorption dryers have reduced pressure (below 0 for most models.2bar/2.9psi) and has an efficient regeneration process。

Switching between the two towers according to the dew point provides significant energy savings

Atlas Copco's AD(+) and CD(+) adsorption dryers incorporate advanced energy management controls with built-in dewpoint control switching technology。The principle is simple.。The dew point sensor will delay the switching of the drying tower and only switch the twin towers when the desiccant state is saturated。Increased cycle times can save up to 90% of energy。

Field condition

Because of its simple design, Atlas Copco dryers are ideal for harsh environments, including remote locations, hazardous sites containing explosive gases and powders, and high inlet temperatures。