OMEGA AIR d.o.o. Ljubljana Slovenia OMEGA AIR Germany GmbH Germany OMEGA AIR d.o.o. Ljubljana Cesta Dolomitskega odreda 10 SI-1000 Ljubljana, Slovenia www.omega-air.si GPS: 46°2’27.13” 14°27’59.46” OMEGA AIR Japan Japan OMEGA AIR Italy s.r.l. Italy OMEGA AIR South East Asia In

OMEGA AIR d.o.o. Ljubljana Hungary OMEGA AIR d.o.o. Ljubljana HEADQUARTERS Ljubljana, Slovenia Head office, Production halls, Sales office, R & D Area: 6.600 m2 OMEGA AIR Logatec Logatec, Slovenia Compressors and technique dept., Service centre, Welding department, Dryers production - Land: 100.000 m2 - Facilities: 5.500 m2 OMEGA AIR Logatec Logatec, Slovenia Main warehouse Area: 13.000 m2

A complete system for every application 4 Air and gas treatment 6 Compressed air and gas filtration 18 Condensate management 22 Drying 36 Gas generators 40 Gas dryers 44 Gas purifiers 46 Industrial water chillers 50 Pressure vessels 54 Measuring equipment 58 Additional program 60 Industrial engineering 62 Air and gas package units 64 SKID and BOX units 66 Projects 68 AirSys 70 Alternative filter elements SYSTEM MONITORING Monitoring of system parameters • power consumption • data logging • reduced operating costs • energy savings • control of individual system branches • optimized operation •...

Dryer types • refrigeration Pressure ranges • low, medium and high pressure applications EcL-Wj ACTIVATED CARBON TOWERS CONDENSATE TREATMENT Air purifiers • separating oil vapours and other hydrocarbons from compressed air • based on adsorption process • large adsorption surface area Benefits • high quality compressed air without oil presence Water-oil separators • just 1 litre of used oil can contaminate 1 million litres of fresh water • one of the most effective and economical separating solutions • multi-stage separation process using oleophilic filters and activated carbon Benefits • ensures...

Compressed air and gas filters are used to remove contaminants such as dirt, oil, water, and other particulates from compressed air or gas systems. They typically consist of a housing or vessel that contains a filter element or cartridge. The filter element is designed to trap contaminants as the compressed air or gas flows through it. Filters can be classified based on their filtration efficiency, filtration rating, and filtration media. It is important to select the correct filter for the specific application, as well as to maintain and replace filters on a regular basis to ensure optimal system...

Airborne particles, water vapour, microbes, and chemical gases enter compressors. After compression has taken place these contaminants become concentrated and more destructive. Compressed air and gas quality is essential to all modern production facilities. Compressed air filters, often referred to as line filters, are used to remove these contaminates from compressed air. Clean and dry air protects the compressed air system, reduces maintenance costs and increases finished product quality. Types of filters vary depending on the application, the pressure level and type of contaminants. Industrial...

Welded carbon steel condensate separators Aluminium silicone free filters Medical vacuum filters II Oper. pressure 20-2.000 mbar (abs)

Aluminium high temperature filters High pressure stainless steel process filters Stainless steel process filters Oper. pressure 50 bar Capacity 150 - 2.400 Nm3/h Stainless steel air venting filters Oper. pressure OMEGA AIRmore than air 9

COMPRESSED AIR QUALITY CLASSES ACCORDING TO ISO 8573-1 SOLID PARTICLES Filtration principles Modern production companies need expensive and complex production equipment to meet the demands of the modern market. Equipment and machines which are powered by compressed air are worth nothing, if the quality of compressed air is poor. Downtime and unreliability are not acceptable. Compressed air contamination is a real problem, which cannot be ignored. Even the most simple and basic use of compressed air requires a minimum treatment, comprising the elimination of water, oil and solids. To guarantee...

Cyclone condensate separators use centrifugal motion to force condensate out of compressed air. The spinning causes the condensate to gather on walls of the centrifugal separators. When the condensate gains enough mass it moves to the bottom of the separator bowl where the blind plate calms the air flow and prevents the condensate from being sucked to the outlet. Condensate is removed out of the system by the condensate drain. Pre-filter elements are designed for efficient removal of coarse solid particles and bulk liquids from compressed air. This type of filter is generally used as a pre-filter...

Construction: - stainless steel construction - abs plastic insert Layers: - stainless steel expanded mesh 1.4301 - stainless steel filtration mesh - stainless steel expanded mesh 1.4301 Layers: - sintered stainless steel 1.4404 Layers: - sintered stainless steel 1.4404 Layers: - sintered brass Layers: - stainless steel expanded mesh - nonwoven layer - acrile fibres, cellulose - stainless steel expanded mesh Layers: - stainless steel expanded mesh - nonwoven layer - activated carbon media - depth fiber filter layer (borosilicate micro fibers) - stainless steel expanded mesh Layers: - stainless...

System pressure drop Knowing the pressure drop level is important! 1 bar of pressure drop = 7-8 % of additional compressor energy !!! FILTER ELEMENTS

CHANGE THE FILTER ELEMENTS REGULARLY ! Pressure drop in compressed air system Pressure drop is a huge problem in compressed air system. Every additional obstruction of compressed air flow requires additional power to drive the compressor. Compressed air system pipeline has fixed pressure drop, which has already been taken into account in the phase of compressor dimensioning. This pressure drop generally can’t be changed. Filter element pressure drop is variable factor of compressed air system. Despite the fact that the filter element play a useful role in the removal of compressed air pollutants,...