Gas Generation Systems

MNG-PRO Series

PSA Nitrogen Generators (140 Nm³/h – 14780 Nm³/h) / Nominal Inlet Compressed Air Pressure : 7.5 Barg / Max. Inlet Compressed Air Pressure : 9 Barg / Nitrogen Pressure Drop : 1.5 Barg / Max. Nitrogen Outlet Pressure : 7.5 Barg / Ambient Temperature : 25°C / Inlet Air Dewpoint : 3°C / Min. Ambient Temperature : 5°C / Max. Ambient Temperature : 45°C . Pressure Swing Adsorption (PSA) type Nitrogen Generation System that is used to separate and enrich nitrogen from oxygen employs CMS (Carbon Molecular Sieve) as adsorbent. CMS adsorbs oxygen and water vapor molecules under a certain pressure while allowing nitrogen to pass through in the line.

M-MNG-PRO Series

PSA Modular Nitrogen Generators (20 Nm³/h – 1650 Nm³/h) Nominal Inlet Compressed Air Pressure : 7.5 Barg / Max. Inlet Compressed Air Pressure : 10 Barg / Nitrogen Pressure Drop : 1.5 Barg / Max. Nitrogen Outlet Pressure : 8.5 Barg / Ambient Temperature : 25°C / Inlet Air Dewpoint : 3°C / Min. Ambient Temperature : 5°C / Max. Ambient Temperature : 45°C . Pressure Swing Adsorption (PSA) type Nitrogen Generation System that is used to separate and enrich nitrogen from oxygen employs CMS (Carbon Molecular Sieve) as adsorbent. CMS adsorbs oxygen and water vapor molecules under a certain pressure while allowing nitrogen to pass through in the line.

MDX Series

Nitrogen Purifier Systems (10 Nm³/h – 1820 Nm³/h) / Maximum working pressure : 8.5 Barg / Minimum working pressure : 4.5 Barg / Minimum inlet temperature : 5°C / Maximum inlet temperature : 45°C / Minimum ambient temperature : 5°C / Maximum ambient temperature : 45°C . Most PSA Nitrogen Generator users require the highest levels of Nitrogen purity by the most cost-effective means possible. Mikropor’s brand new MDX Nitrogen Purifier System offers an extremely economic way to increase Nitrogen purity levels beyond 99.5% or 99.9% all the way up to 99.999% purity. The MDX range increases Nitrogen purities by utilizing a specially designed catalyst with a large surface area. As a result of the reaction on the catalyst surface, the residual oxygen content is reduced to maximum 10 ppm level.

MGD Series

Nitrogen Purifier Systems (10 Nm³/h – 1820 Nm³/h) / Maximum working pressure : 8.5 Barg / Minimum working pressure : 4.5 Barg / Minimum inlet temperature : 5°C / Maximum inlet temperature : 45°C / Minimum ambient temperature : 5°C/ Maximum ambient temperature : 45°C . Most PSA Nitrogen Generator users require the highest levels of Nitrogen purity by the most cost-effective means possible. Mikropor’s brand new MDX Nitrogen Purifier System offers an extremely economic way to increase Nitrogen purity levels beyond 99.5% or 99.9% all the way up to 99.999% purity. The MDX range increases Nitrogen purities by utilizing a specially designed catalyst with a large surface area. As a result of the reaction on the catalyst surface, the residual oxygen content is reduced to maximum 10 ppm level.

MOG Series

PSA Oxygen Generators (25 m³/h – 21600 m³/h) Ambient Temperature : 20 °C / Ambient Pressure : 1013 mbar / Inlet Temperature : 20 °C / Inlet Pressure : 7.5 barg / Max. Compressed Air Inlet Temperature : 45 °C / Max. Ambient Temperature : 45 °C / Min. Compressed Air Inlet Temperature : 5 °C / Min. Air Ambient Temperature : 0 °C / Min. Compressed Air Inlet Pressure : 4 barg / Max. Compressed Air Inlet Pressure : 10 barg / Pressure Dew Point : -50 °C . Mikropor Oxygen Generators are a Pressure Swing Adsorption (PSA) system supplying pure oxygen to the airline. Zeolite Molecular Sieve (ZMS), an effective adsorbent, separates oxygen and other molecules like nitrogen gas and water molecules in the dry air. Non-oxygen molecules are adsorbed by ZMS under constant pressure, so oxygen is produced.

MBS Series

Breathing Air System (10 m³/h – 2200 m³/h) / Working Pressure: Min. :7 Barg , Max.:16 Barg / Working Temperature : Min. : 2°C , Max. : 25°C . High-quality compressed air is highly important for many industries, as it has a vital impact in the breathing air applications. Mikropor breathing air purifiers are designed to eliminate hazardous substances in the air conforming to related standards. (Mikropor Breathing Air Purifiers are designed for protection against a range of contaminants that may be present in a compressed air fed breathing air system.)