Heatless-air Dryer

Twin Tower Air Heatless Desiccant Dryers consist of two towers containing a specialized material that absorbs the water vapor in the saturated compressed air stream. The amount of time that the saturated air remains in contact with the absorption material dictates the output air dew point (dryness) of the product. When compressed air enters the dryer system through coalescing filters, 99.999% of oil, water and liquid contaminates are removed. The filtered air is then directed by the solid state controller to the on-line tower where saturated air and water vapor adhere to the desiccant in a process called &ldquoadsorption&rdquo. While the on-line tower dries air, the off-line tower regenerates by purging the entrained moisture to atmosphere with a stream of dry air. The dry, clean air then exits the system through a dust removal filter into your plant distribution system. SMC-IGS systems provide moisture free air down to a -40℃or -100℉

External Heating Dryer

The use of external micro-heating reduces the loss of regeneration gas, and also avoids the disadvantages of energy consumption. Applicable to the dew point at 40℃ ~ 70℃. Specification �� Inlet temperature: &le60℃ �� Pressure: 0.5~1.0Mpa �� Pressure dew point: -40℃ (other) �� Oil content: &le0.1ppm �� Air consumption: &le7% �� Control: PLC �� Power supply: AC 220V/50Hz �� AC 380V/220V/50HZ (&ge8Nm³/min) �� Cycle: T= 2~6 (Hrs)

Heating of Compression Air Dryer

The main principle of the Heating of Compression Air Dryer is to use the heat generated by the gas to be compressed for heating and drying the adsorbent in the column to make the moisture desorbed and start cold blowing after pressure dropping through the consumption of dry compressed air, and the adsorbents will be further regenerated. Technical advantages ��High efficiency and energy saving ��Standard cycle of 8 hours (adjustable) ��Pressure loss :less than 5% rated pressure ��Low regenerated consumption: around 2.5% Applications ��Centrifugal compressor provides non-oil compressed air Specification ��Inlet temperature:100℃~140℃ ��Pressure:0.6~1.0 Mpa ��Pressure dropping: &le0.4 bar ��Pressure dew point: -40℃ (other) ��regenerated consumption: &le2.5% ��Outlet compressed air temp: 

Dehydration Membrane System

Technical advantages ��Remote unmanned operation ��Small size and light weight ��In parallel with the nitrogen system, providing nitrogen or instrument air ��High recovery of compressed air ��Simple installation

Deliquescent Air Dryer

Compressed air removes the moisture by using deliquescent agent to get lower dew point, as this kind of drying devices do not need to switch regeneration, no compressed air consumption, no control systems, only timely deliquescent agent supplement and mechanical drainage with no gas consumption is enough. Technical advantages ��Technology from IGS Group ��No air consumption ��No control system ��Stable dew point Specification ��Inlet temperature: &le40℃ ��Pressure: &le5Mpa ��Dew point: 18℃ lower than inlet ��Air consumption: 0 ��Scale: ~3000Nm³/h Applications ��Explosion-proof and mobile occasions