Compressed gas dryer

basic information

Compressed Gas Dryer Equipment - 4 Models (Device capable of lowering the dew point temperature under pressure) ☆ Types of gas dryers that can remove impurities from compressed gas moisture - Compressed Carbon Dioxide Dryer (CO2 Dryer) - Compressed Hydrogen Dryer (H2 Dryer) - Compressed Natural Gas Dryer (CNG Dryer) - Compressed Helium Dryer (He Dryer)

Price information

Regarding the price, please request a separate estimate as it will be selected according to your usage. • Specifications such as application, inlet pressure, inlet flow rate, inlet temperature, and required outlet pressure dew point temperature (PDP) will be necessary. Depending on the specifications, we may need to ask for additional details.

Delivery Time

Applications/Examples of results

Usage Examples 【H2 Gas】• Power to gas (Electrolysis) 【CO2 Gas】• Beverage bottling plants / Horticulture (Greenhouses) • Fire extinguishing / Refrigeration / Water purification / Inerting 【CNG Gas】• CNG compressed natural gas / Petrochemicals / Gas 【He Dryer】• Semiconductor production / Leak testing (Air) • Lifting / Breathing (Heliox) • Cooling / Inerting

Detailed information

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  The compressed carbon dioxide dryer (CO2 dryer) is designed to continuously separate water vapor from compressed carbon dioxide, thereby lowering the dew point temperature under pressure. Carbon dioxide is an inert gas, but it can become highly corrosive depending on the humidity level. Therefore, the compressed carbon dioxide dryer (CO2 dryer) is usually custom-made to meet specific project requirements. Several versions are available based on operating pressure, temperature, required dew point temperature under pressure, and humidity levels. Depending on these criteria, it may be necessary to change the materials used in the dryer. The regeneration method of the dryer is heated regeneration. Depending on the type of fluid available for this regeneration/cooling, the components of the CO2 dryer are adjusted to minimize gas loss during the regeneration phase. CO2-R-DRY is a heated regeneration hydrogen adsorption dryer with a working pressure of 5 to 11 bar. CO2-HP-R-DRY is a heated regeneration hydrogen adsorption dryer with a maximum working pressure of 50 bar.

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  The compressed hydrogen dryer (H2 dryer) is designed to continuously separate water vapor from compressed hydrogen, resulting in a lower dew point under pressure. Hydrogen is a highly flammable gas and requires caution. Compressed hydrogen dryers are typically custom-made to meet specific project requirements. Several versions are available based on the operating pressure, temperature, and required dew point under pressure, provided that the levels of oxygen (or other reactive components) in the gas mixture are minimized. The type of regeneration is thermal regeneration. Depending on the presence and type of fluids available for this regeneration/cooling, the components of the hydrogen dryer are adjusted to minimize gas loss (up to 1-2% if external drying gas is available, during regeneration/cooling).

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  Compressed natural gas dryers (CNG dryers) are designed to continuously separate water vapor from compressed natural gas and lower the dew point temperature. CNG-DRY dryers are typically custom-made to meet specific project requirements. Several versions are available based on operating pressure and regeneration type. The G-DRY type dryer is manually controlled and does not undergo regeneration. After the dryer is saturated, the adsorbent material can be replaced or regenerated using an external regeneration system. The CNG-R-DRY features two columns that operate alternately. Adsorption occurs in the first column under pressure while the second column is being thermally regenerated. The CNG-HP-DRY also has two columns that operate alternately. Regeneration is performed by a small portion of already dried CNG at ambient pressure. Purge CNG is sent to the suction side of the compressor.

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  The compressed helium dryer (He dryer) is designed to continuously separate water vapor from compressed helium, resulting in a lower dew point under pressure. Since helium is an inert gas with many similarities to air, it can be used with our standard products for purification and drying.

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  Omega Air products manufacture various devices such as filters and gas dryers to remove impurities from gas. Omega Air d.o.o. Ljubljana is a privately owned, technology-driven company established in 1988 in Ljubljana, the capital of Slovenia. Since its establishment, the company has grown and now employs over 350 people. As experts in gas filtration and treatment, we sell our products worldwide. Our products are installed in a wide range of industries, including general industry, electronics, food and beverage, chemicals, petrochemicals, plastics, pharmaceuticals, healthcare, and automotive. Our quality management system is certified by the following certificates from ISO and ASME: ISO 9001:2008 (Registration Number: 200285) PED Pressure Equipment Directive (CE-PED-H1, CE-PED-H1D) ASME U and UM A highly skilled and motivated team of research and development engineers conducts fundamental research, product design, electronics design, rapid prototyping, tool design, and testing. As a result of our active investment in research and development, we have become a global producer of compressed air filters.

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  Industrial engineering is a branch of engineering that deals with the optimization of complex processes, systems, and organizations. It finds effective ways to transform all products and services that consume basic production elements such as people, materials, machines, time, energy, and money. Engineers also optimize the organization of businesses to maximize efficiency, while industrial engineers carefully consider product projects and design manufacturing and information systems that meet requirements. They design or improve systems for the logistics of goods and services, determining efficient plant locations. Customers of OMEGA AIR require high-quality, long-lasting products. Good products do not arise by chance; they result from collaboration among the marketing, development, and production management departments, ensuring excellent execution of projects through the teamwork of highly motivated development engineers, which allows them to meet the demands of discerning customers. To avoid unexpected troubles, relevant safety procedures are already established during the development and production stages, ensuring product quality. For outdoor installations, containerized compressor rooms are used. The system is characterized by being completely independent and easily movable, providing high mobility.