BEKO TECHNOLOGIES Compressed Air Treatment Systems & Equipment
We supply industrial compressed air treatment and condensate management equipment manufactured by German engineering leader BEKO TECHNOLOGIES GmbH. Expert technical sizing, pneumatic network engineering, and direct supply of genuine units and replacement elements.
BEKO TECHNOLOGIES Equipment Lines & Systems
Select a compressed air treatment product line. You can attach your compressor station parameters, required ISO 8573-1 air purity class, and piping network schematic to your technical inquiry.
BEKOMAT electronically level-controlled condensate drains from BEKO TECHNOLOGIES utilize non-contact capacitive level sensing to automatically discharge accumulated condensate without any loss of compressed air.
The comprehensive range encompasses standard industrial versions up to 16 bar, corrosion-resistant stainless-steel CO models for aggressive oil-free condensates, high-pressure PN25/PN50/PN63 units, and certified explosion-proof ATEX configurations.
Selection parameters: compressor delivery (m³/min), operating pressure (up to 63 bar), condensate temperature, and compressor lubricant type.
CLEARPOINT Compressed Air Filtration Systems and Water Separators
CLEARPOINT compressed air filtration systems deliver high-efficiency removal of compressor oil aerosols, water droplets, and particulate matter compliant with ISO 8573-1 standards. Flow-optimized aluminum housings reduce differential pressure by up to 50% compared to conventional designs.
The portfolio features threaded and flanged housings up to 16 and 50 bar, CLEARPOINT W cyclone water separators, and CLEARPOINT HP high-pressure models up to 500 bar.
Selection parameters: air flow rate (Nm³/h), required ISO 8573-1 quality class, operating pressure, and port connection sizes.
DRYPOINT RA & DRYPOINT RA III Refrigeration Compressed Air Dryers
DRYPOINT RA refrigeration compressed air dryers handle flow rates from 20 to 13,200 m³/h, providing a consistent +3 °C pressure dew point.
An integrated stainless-steel plate heat exchanger with vertical downward flow combines an air-to-air recuperator and refrigerant evaporator, drastically decreasing power consumption and safeguarding downstream pneumatic networks against moisture damage.
Selection parameters: compressed air flow capacity, inlet air temperature (up to +60 °C), line pressure, and ambient room temperature.
DRYPOINT AC Desiccant Dryers and EVERDRY Industrial Heat-Regenerated Systems
DRYPOINT AC cold-regenerated desiccant dryers and EVERDRY heat-regenerated industrial installations deliver deep pressure dew points down to -40 °C and -70 °C.
Engineered for sub-zero outdoor installations, semiconductor fabs, and pharmaceutical production, they feature intelligent dew-point dependent switching to reduce regeneration purge air consumption.
Selection parameters: target dew point (-40 °C or -70 °C), volume flow, line pressure (up to 500 bar HP), and heating utility availability.
DRYPOINT M & DRYPOINT M Plus Membrane Compressed Air Dryers
DRYPOINT M hollow-fiber membrane dryers are optimized for decentralized point-of-use compressed air drying right at critical end-use machinery.
Perfectly suited for laser cutting, CMM measuring, and mobile setups, the DRYPOINT M Plus variant incorporates an integrated nano-filter in a single compact housing requiring zero electrical power.
Selection parameters: consumption flow rate, required dew point suppression (up to 40 °K), and pipe connection size.
QWIK-PURE Cartridge Oil-Water Separators and ÖKOWAT Separation Systems
QWIK-PURE 10, 15, 25, 50, and 100 cartridge oil-water separators alongside ÖKOWAT gravity systems purify compressor condensate down to permissible sewer-discharge limits (5–10 mg/l oil content) utilizing advanced OEKOSORB adsorbent media.
For stable synthetic polyglycol emulsions, BEKOSPLIT emulsion splitting plants provide comprehensive chemical separation.
Selection parameters: total facility air compressor output, compressor lubricant formulation, and climatic conditions.
METPOINT precision instrumentation enables continuous audit and monitoring of compressed air purity per ISO 8573-1.
The instrument series includes METPOINT DPM dew point sensors (-60 to +20 °C), METPOINT FLM thermal mass flow meters (DN15 to DN300), PRM pressure transducers, METPOINT OCV residual oil vapor monitors, and BDL multichannel touchscreen dataloggers.
Selection parameters: measured medium parameter, pipeline diameter, and signal interfaces (Modbus RTU, 4-20 mA).
BEKOKAT Catalytic Converters for Certified Class 0 Oil-Free Compressed Air
BEKOKAT catalytic converters generate certified Class 0 oil-free compressed air according to ISO 8573-1.
By transforming all hydrocarbons and oil vapors into pure water vapor and carbon dioxide via catalytic oxidation, they ensure zero oil contamination in pharmaceutical, food processing, and semiconductor manufacturing, fully independent of compressor intake air variations.
Selection parameters: nominal air throughput, line pressure, and electrical specifications for the heating assembly.
CLEARPOINT 3E Filter Elements, Service Units, Seal Kits & Sensor Assemblies
We supply the entire spectrum of genuine BEKO TECHNOLOGIES consumables and repair parts: CLEARPOINT 3E replacement filter cartridges (grades C, G, F, S, A), pre-assembled Service Units for BEKOMAT drains, Seal Kits, replacement solenoid valves, OEKOSORB adsorption packs, dew point sensors, and heating elements.
Identification by genuine 7-digit BEKO part numbers (e.g., 4024387, 4024392) or nameplate photos.
Engineering Data for BEKO TECHNOLOGIES Equipment Selection
Total air compressor delivery (m³/min or Nm³/h), line pressure (bar), compressed air inlet temperature, target pressure dew point (+3 °C for indoor plant, -40 °C or -70 °C for sub-zero outdoor routing), ISO 8573-1 purity specification, and end-use application details.
Genuine BEKO TECHNOLOGIES Consumables & Service Components
We supply original BEKOMAT Service Units, CLEARPOINT 3E replacement filter cartridges (grades C, G, F, S, A), Seal Kits, OEKOSORB adsorbent replacement packs, and genuine METPOINT measurement sensors according to official factory part numbers.
Operating Principle of BEKOMAT Capacitive Level-Controlled Drains
In compressed air networks, conventional float-type or timer-operated solenoid valves unavoidably dump large volumes of compressed air alongside collected condensate, triggering line pressure fluctuations and inflating compressor electrical consumption.
BEKO TECHNOLOGIES BEKOMAT condensate drains incorporate non-contact capacitive level sensing inside a dedicated collection chamber. The capacitive sensor detects liquid volume through the non-magnetic housing wall without any mechanical floats that could jam on oily sludge, rust, or pipe scale.
Upon reaching the upper threshold, the integrated electronics trigger a direct-acting discharge valve, resealing it reliably prior to any air loss.
Coalescence and Adsorption Filtration Performance of CLEARPOINT 3E
CLEARPOINT mainline filters incorporate state-of-the-art 3E filter elements engineered to satisfy ISO 8573-1 compressed air purity standards with minimum differential pressure across the filter bed. 003 mg/m³).
Aerodynamically optimized anodized aluminum housings maintain smooth laminar airflow to minimize system operating costs.
Energy-Efficient Drying with DRYPOINT RA Refrigeration Air Dryers
DRYPOINT RA refrigeration compressed air dryers handle flow volumes from 20 to 13,200 m³/h, sustaining a steady +3 °C pressure dew point with low electrical power consumption.
A vertical stainless-steel plate heat exchanger integrates an air-to-air heat recuperator and a refrigerant-to-air evaporator. The hot saturated incoming compressed air is pre-cooled by the outgoing cold dry airstream, shaving cooling load on the refrigeration compressor by up to 50%.
The integrated zero-air-loss BEKOMAT condensate drain ensures automatic moisture ejection without compressed air loss.
Deep Dew Point Adsorption with DRYPOINT AC and EVERDRY Systems
For manufacturing environments demanding low residual moisture content (pharmaceutical manufacturing, electronics cleanrooms, surface finishing, and sub-zero outdoor pneumatic lines), DRYPOINT AC cold-regenerated desiccant dryers and EVERDRY heat-regenerated systems deliver -40 °C and -70 °C pressure dew points.
High-capacity activated alumina and molecular sieve desiccants guarantee sustained dynamic adsorption performance. Intelligent dew point dependent switching extends the drying cycle under partial load conditions, reducing purge air consumption.
Ecological Condensate Processing via QWIK-PURE Oil-Water Separators
Discharging untreated compressor condensate directly into municipal sewers or ground water violates environmental regulations due to elevated hydrocarbon concentrations. Autonomous QWIK-PURE oil-water separators utilize an advanced cartridge-based gravitational separation and adsorption system.
Incoming condensate enters a depressurization chamber where kinetic energy dissipates smoothly without emulsification.
The water then traverses an OEKOSORB combination filter cartridge that captures free and dissolved oil molecules, discharging water with residual oil below 10 mg/l for direct sewer disposal.
Instrumental Audit and Online Quality Verification with METPOINT
Continuous compliance verification of compressed air purity against ISO 8573-1 standards is achieved with METPOINT instrumentation. Stationary and portable METPOINT DPM dew point sensors deliver rapid detection of dryer saturation and moisture ingress.
METPOINT FLM thermal mass flow meters quantify consumption rates and locate pneumatic distribution leaks. METPOINT OCV optical residual oil vapor sensors measure hydrocarbon concentrations down to thousandths of a milligram per cubic meter, providing safety assurance for sterile processes.
BEKOKAT Catalytic Oxidation for Certified Class 0 Oil-Free Air
BEKOKAT catalytic converters represent an advanced approach to generating hydrocarbon-free compressed air.
Unlike conventional carbon bed towers that require frequent desiccant changes and remain vulnerable to sudden oil breakthrough once saturated, the BEKOKAT converter oxidizes oil molecules into water vapor and carbon dioxide over an active granular catalyst bed under controlled temperature.
It delivers certified Class 0 oil-free compressed air per ISO 8573-1, independent of compressor lubricant type or ambient air quality.
Submit Technical Specification for Equipment Sizing
Attach your pneumatic system specifications, equipment bills of material, or project engineering requirements. Our technical team will finalize equipment sizing, review flow rates, and provide a comprehensive commercial proposal.
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