High-quality, reliable and efficient components for compressed air processing and condensate technology. 

ENGINEERING SALES ASSOCIATES AND BEKO TECHNOLOGIES provide customers with a broad product spectrum of industry leading solutions for all of your compressed air challenges. With decades of experience and independent, family owned leadership we offer prompt, reliable service, corporate flexibility, and continuous product innovation.   

BEKO stands for compressed air technology at its best. For more than two decades, BEKO has developed, manufactured, and sold high-quality, reliable and efficient components and systems for compressed air processing and condensate technology. Now, BEKO offers a complete program for all tasks related to the transport and processing of compressed air. Expert advice and qualified services are trademarks of the company. 

BEKOMAT ZERO AIR LOSS CONDENSATE DRAIN TRAP 

Condensate formation is unavoidable.  It is always a “by-product” of compressed air generation and spreads throughout the entire compressed air network.  Approximately two-thirds of the condensate is produced in the aftercooler.  The rest occurs anywhere in the network as the compressed air cools down.  This problem is inherent in the system and can cause both damage and higher operating costs. 

The solution is a condensate drainage system adapted to the actual amount produced. This will cut costs and prevent damage. BEKOMAT condensate drains–designed for the electronically level-controlled discharge of the condensate in compressed air networks–function without unnecessary loss of compressed air and with minimal energy input. Our customers are clearly convinced by the high economic efficiency and reliability of the device: there are now more than 1,500,000 BEKOMAT units installed worldwide. 

GUARANTEES A SHORT PAY BACK PERIOD  

BEKOMAT  from BEKO has become the industrial standard because of its high reliability and particularly because it offers energy-saving operation without loss of compressed air.  There are a number of very good technical reasons for this: 

Compared with float drains, BEKOMAT has decisive advantages, especially since it: 

• functions unaffected by dirt, resulting in reliable operation 

• is equipped with an alarm signal 

• requires very little maintenance 

• has large cross-sections to prevent emulsification 

BEKOMAT   

also has decisive advantages over solenoid valves, especially since it: 

• operated in accordance with the actual condensate quantity 

• avoids unnecessary loss of compressed air 

• is equipped with a fault signal 

• has large cross-section value to prevent emulsification 

QWIK-PURE  

 PROVIDES 21 CENTURY EFFICIENT OIL-WATER SEPARATION SOLUTIONS Non-treatment of compressed air condensate leads to high legal and financial risks, and as off-site disposal costs continue to increase your profits will continue to decrease.  Furthermore, traditional, gravity type oil-water separators lack the ability to adapt both to new lubricants and new growth, while often times requiring time consuming adjustments from staff that is usually unavailable. 

BEKO has been at the forefront of oil-water separation and condensate processing technology for more than two decades.  Through intense research and development, and consistent upgrades and improvements over time, our devices have become the standard of the industrial sector.  Often copied, but never duplicated. 

DRY POINT MEMBRANE DRYERS 

Compressed air runs through the core pipe, and is then diverted to the membrane element in the housing. The compressed air, which is still humid, flows through the 

highly selective hollow fiber membranes of the membrane element inside. 

The purge air, which is required for drying, diverges continuously at the outlet area of the membrane element, and expands to atmosphere using a fixed nozzle orifice. 

Due to this expansion, the purge air becomes very, very dry as the water vapor now fills an expanded volume. The dry purge air flows over and around the exterior of the 

membrane fibers.   

As a result, air flows in one direction outside the 

membrane, separated only by the membrane wall. Humid compressed air flows inside the membrane as dry purge air passes outside. Due to the difference in moisture 

content in the passing airstreams, moisture from the compressed air is drawn into the purge air. The use of Twist 60 technology ensures maximum drying efficiency. 

Dried compressed air leaving the membrane element. 

Saturated purge air is released back to atmosphere.