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Aquasorb A-30B/Bp is a sorption dehumidifier that condenses out the moisture. The chassis is made of stainless steel, which is especially important in condensing units. The rotor is, as always, washable, all energy is accumulated in the dry air. Aquasorb operates at dew-points below 0°C.
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Eliminating dust, oil, moisture, carbon monoxide and any other harmful particle, the MED make respirable the most difficult environments. Certified THIS Medical, these treatment units of the compressed air are composed of a drier by adsorption, filters and catalysts. They fontionnent starting from any electrical motor compressor and can feed to 15 people in respirable air in conformity with standard NF INTO 12021.
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Boreas Refrigeration Compressed Air Dryers with Variopulse
The proprietary design of Boreas heat exchangers incorporates large flow channels for low pressure drop, which translates into low operating costs. A built-in cyclone separator with our Ultramat zero-loss drain valve allows for the removal of condensed water without wasting any compressed air. The space-saving design brings cooling air in the front and out the top, allowing the unit to be placed next to a wall with other equipment on either side. All Boreas dryers utilise environmentally friendly R-134a refrigerant and are available in either air- cooled or water-cooled configurations. Volume flows of 1.800 to 28.500 m³/h are covered by the Boreas series.
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The operation of compressed air systems with conventional adsorption dryers suffers from system-related pressure drop. This deficiency needs to be compensated via an increased compressor performance, this requiring a higher energy demand.
Cold-regenerated DRYPOINT® AC adsorption dryers offer a convincing solution to the problem:
BEKO has developed an adsorption dryer which limits the pressure drop to an average of only 0.25 bar, including the pre- and final filters.- Compared with conventional constructions, this represents an improvement of over 50%.
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CNG Series
Single Tower Natural Gas Dryers
CNG Series adsorbers are single tower dryers designed to remove water vapor from Compressed Natural Gas in small to medium gas flow rates. Located at the inlet of the booster compressor, our unique binderless molecular sieve insures dry, pipeline quality gas (-80°F dew point or better) with minimal odorant fading.
Mobile, stationary and contracted regeneration packages available.
Single tower adsorption towers are an economical alternative to twin tower drying systems in CNG vehicular fueling stations which see intermittent or small gas flow rates (up to 300 scfm).
Down-flow design minimizes fluidization of the adsorbent insuring maximum life.
Optional Moisture Monitor & Alarm package for early performance degradation alert.
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BD : "The industry benchmark for desiccant dryers"
Incorporating unique, patented technological innovations and extra energy-saving options, Atlas Copco's BD desiccant dryers provide you with the clean, dry air you are in need of to expand the life of your equipment and ensure the quality of your end product.
- Dry air at any time
- Supreme energy efficiency
- Easy installation, Complete design, Plug & Play
- Advanced Control & Monitoring Solutions
- The Reliable choice
- Proven Peace of Mind
- Built for Endurance
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Ingersoll Rand’s heatless desiccant dryers deliver superior compressed air quality at a constant -40°F to -100°F (-40°C to -70°C) pressure dew point. Our heatless dryers are simple to operate, dependable and very economical.
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BD : "The industry benchmark for desiccant dryers"
Incorporating unique, patented technological innovations and extra energy-saving options, Atlas Copco's BD desiccant dryers provide you with the clean, dry air you are in need of to expand the life of your equipment and ensure the quality of your end product.
- Dry air at any time
- Supreme energy efficiency
- Easy installation, Complete design, Plug & Play
- Advanced Control & Monitoring Solutions
- The Reliable choice
- Proven Peace of Mind
- Built for Endurance
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Benefits:
- extremely small total height
- easily compatible with CLEARPOINT® filters
- top-grade design
- all functional components are built-in and well protected inside the housing
- guaranteed drying, as humidity is removed in any case
- no alteration of the usual compressed air composition
- low purge air demand
- service-free, as there are no wearing parts in the dryer (merely the regular change of the filter elements is required)
- no ecologically undesirable drying agents
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The extremely efficient design ensures cost-saving and reliable operation. The technical highlights include: vertical heat exchanger arrangement with condensate flow from top to bottom (correct physics!), stainless steel demister for reliable separation, and a large calming space to prevent condensate carry-over.
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Capacity Range: 10-150 cfm (0.28-4.2 m3/min)
Pressure Dew Point: 38°F (3°C)
ISO Class 4
Cooling Method: Air-cooled
Voltage: 115/1/60, 230/1/60, 230/1/50
Maximum Pressure: 230 psig (16 barg)
Maximum Ambient (air cooled): 113°F (45°C)
Maximum Inlet Temperature: 120°F (49°C)
Refrigerant: R-22 and R-404A
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To customize the total air system for optimum efficiency, Quincy provides both Cycling and Non-Cycling refrigerated air dryers. Cycling dryers are of particular interest for larger systems with fluctuating loads, whereas Non-Cycling dryers are typically best suited for smaller systems or systems expecting fairly constant loads. Either way, one need not look any further than Quincy for time-proven and reliable compressed air dryers.
• Balanced refrigeration control systems
provide reliable and consistent performance
• User friendly control panels provide
operation data and instrumentation
• Microprocessor control on all noncycling
units over 600 cfm and all
cycling units 325 cfm & up allows
system versatility
• Application specific heat exchangers
render low pressure drop and optimum
performance
• Model specific Electronic no loss and
timer drains provide positive condensate
removal
• R-134a and R-404a refrigerants ensure
environmentally friendly operation
• Cold surface insulation improves
thermal efficiency
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The ambient air given off by any compressor always contains water vapour. This depends on the ambient temperature and the relative humidity. When air is compressed, the volume decreases proportionally. This results in condensate formation. Condensate causes corrosion in compressed air pipe line, increases tool wear, faults in pneumatic controls, delayed response time, expensive down time, etc. Compressed air driers are used to separate the condensate and contaminants.
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Clean and dry compressed air: it is vital to power up your busy production environment. Containing moisture, aerosols and dirt particles, untreated compressed air poses a substantial risk as it can damage your air system and end product.
Incorporating unique, patented technological innovations and extra energy-saving options, Atlas Copco's FD refrigerant dryers provide you with the clean, dry air you are in need of to expand the life of your equipment and ensure the quality of your end product.
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- Reliable operation with standard components tested for continuous service.
- The compact dryer can be installed on the fl oor (fl oor mounted kit as standard).
- The inlet prefi lter FMM and the outlet postfi lter FPRE, have to be mounted on the air distribution line. The fi lters are included but not pre-mounted.
Technical Info
- Capacities from 1917 up to 7800 l/1’ at 7 bar.
- Standard dew point -40°C.
- Max. working pressure 16 bar.
- Working pressure range 4 - 16 bar.
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Xebec's line of adsorption dryers makes it easy to comply with evolving energy conservation requirements. A base model design supported by three progressive upgrades makes ADX Solutions a smart investment that pays off in world class performance and long-term peace of mind.
DESIGNED TO MEET ENERGY CONSERVATION NEEDS TODAY
Xebec's common platform design allows any dryer to be upgraded to the most efficient model available while maintaining the same outlet flow. Select a low cost Heatless model today and upgrade to an energy efficient Vacuum Regenerated Dryer tomorrow.
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Solid performance
_Steady pressure dew point
_No freezing of condensed moisture
_No chance of moisture entering the compressed air system.
Simple reliability
_Quality components, generously sized
_Simple and proven design
_Effective control system (hot gas bypass).
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As quality air from an oil-free air compressor is the requirement for your application, so dry air is equally desirable. For a quality end product and reliable production process Atlas Copco offers the unique range of MD adsorption dryers, specially designed to work with proven oil-free air Z-compressors.
Clean, oil-free, dry air
A reliable production process
A quality end product
Easy installation, delivered complete with piping to reduce costs
No loss of compressed air
Oil-free air condensate
Safeguarding the compressed air net
Oil-free Z-compressor / MD dryer - a proven and reliable combination
A cost-effective design
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Technology: Adsorption Dryers.
Operating principle: Designed for extracting humidity from compressed air, these dryers consist of aluminium columns each of which contains two twin chambers filled with a desiccant agent which dries the compressed air crossing over it. When a chamber is in service (drying phase), the other is in regeneration mode.
Flow rates treated:
From 5.1 m3/h to 34 m3/h
Pressure Dew point:
- 40°C as standard
- 70°C optional
Standard equipment:
Integral high efficiency oil removal SCH filter and 2-in-1 type cartridge (consisting of SCR anti-particle filter and desiccant).
Electronic display with operating condition by LED and audible alarm. Condensates removal by integral pipes.
Corrosion-resistant protection by epoxy painting and alocrom treatment.
Regeneration method:
By pressure variation: a small quantity of the treated compressed air is taken to regenerate the saturated desiccant agent. The dilatation of that air which changes from the circuit pressure to atmospheric pressure provides the means for extracting the humidity absorbed by the desiccant and thus for regenerating it. The humidity is then dispersed into the atmosphere through the exhaust silencers.
Key points: Installation at the point of use: supply of dry air right where it is needed. Easy installation, small dimensions and reduced noise level. Fast, simple maintenance.
Applications:
Suitable for all users wanting to obtain dry compressed air for a specific application, thus avoiding unnecessary and costly full treatment of the whole of the air network.
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Technology : Adsorption Dryers.
Operating principle: Designed for extracting humidity from compressed air, these dryers consist of aluminium columns each of which contains two twin chambers filled with a desiccant agent which dries the compressed air crossing over it. When a chamber is in service (drying phase), the other is in regeneration mode.
Flow rates treated:
From 40 m3/h to 2040 m3/h
Values given for a pressure of 7 bar and aspiration at 1 bar and at 20°C.
Pressure Dew point:
- 40°C as standard (SM and SMH models)
- 20°C optional (SM230 to SM1200 models only)
- 70°C optional (SM and SMH models)
Standard equipment:
High resistance extruded aluminium construction. Humidity indicator for monitoring the quality of air supplied. Fast re-pressurisation valve providing easy commutation and improving reliability.
Regeneration method: By pressure variation (SM models) and temperature variation (SMH models): the saturated desiccant agent is regenerated using a small quantity of the treated compressed air (SM models) with an additional heat contribution through heating elements (SMH models only). The dilatation of that warm air which is changed from the circuit pressure to atmospheric pressure provides the means for extracting the humidity absorbed by the desiccant agent and thus for regenerating it. The heating elements (SMH models only) provide the means for significantly reducing the quantity of dry air used and at the same time the dryer's operating cost.
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A philosophy of quality manufacturing and innovative design has made Kemp a leader in engineered solutions for air, gas and liquid drying/separation. Let us put our 130 years of engineering and manufacturing experience to work for your engineered application.
The quality and dependability built into Kemp custom engineered equipment is backed by a local factory trained service network and our experienced factory customer service team.
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Leading technology in cold regenerated dryers (Series ecodry), heat regenerated adsorption dryers (Series concept) and also in breathing air purification technology (Series breathing star, according AS2299, ANSI Z or if maximum quality is required, according to PHARMACOPÈE EUROPÈNNE). For compressed air and technical gases.
Units available up to 350 bar ü/ 5000 psig (standard), other pressures on request.
Other applications? Talk to us! 0049 2054-934-0 Mr. Christian Ruff
Standard equipment high efficient heatless dryers:
Complete purification system consisting
ZANDER-Microfilter, series XP as prefilter
Fully automatic ZANDER adsorption dryer
with intelligence-multitronic-control device.
Standard equipment heat regenerated dryers:
Fully automatic operating adsorption dryer with externally heated regeneration air with electrical heater.
Patented vacuum regeneration, without purge air.
Compl. with maintenance free four-way valve.
Processor-control, desiccant-filling.
Inlet and outlet piping zinc galvanized.
Vessels acc. to PED seperate approval/CE-standard.
Flange connections acc. to DIN 2633.
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Champion Dessicant Dryers
CDT Series
Heatless Desiccant Compressed Air Dryers For pressure dew points of +38°F to -100°F, (+3°C to -73°C)
Basic Controller:
* The basic controller presents a traditional heatless drying
system.
* Using a simple timer based controller, it offers a reliable
fixed cycle operation.
* Automatic time controlled bed regeneration cycles offer
consistent performance.
* The controller LEDs reflect: power on, left tower drying,
right tower drying.
Standard Controller Features:
* Four dew point selections
* State-of-the-art Controller
* Purge Optimizer
* Programable shut-down capabilities
* Dew point performance per ISO 8573.1
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* Atmospheric Dew Points as Low as -100°F
* No Electrical Connection Necessary
* Twin Units Available for Double Service Life
* Color change of the Desiccant provides an instant status of the Compressed Air System
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S u n s e p use diffusion prinziple for drying air, by a polymere microfibre hollow membrane. The sunsep-w can ensure a dewpoint up to -40°C. Outlet dewpoint depends on the inlet dewpoint temperature.
Type max. capacity Weight Microfilter (Prefilter)
Sunsep at 8 bar a without prefilter
(l/min) (kg) SWC M04-70 030 0,05 G 2 XP
SWC M08-100 70 0,26 G 2 XP
SWC M15-100 120 0,27 G 2 XP
SWC 01-150 200 0,39 G 2 XP
SWC 02-250 300 0,69 G 2 XP
SWC 02-200 400 0,45 G 2 XP
SWC 03-250 450 0,71 G 2 XP
SWB 01-100 200 0,22 G 2 XP
SWB 01-200 200 0,26 G 2 Xp
SWB 05-100 800 0,66 G 3 XP
SWF M06-400 025 0,12 G 2 XP
The regeneration air requirement quantity is 15-18%. Flow rate as well as the regeneration air requirement are dependent on the operating pressure, inlet temperature and the dew-point of the compressed air. The maximum permissible operating pressure is 8.5 bar min/max compressed air and ambient temperature: -20°C/55°C. Higher operating pressures available on request.
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Solid performance
- Steady pressure dew point
- No freezing of condensed moisture
- No chance of moisture entering the compressed air system.
Simple reliability
- Quality components, generously sized
- Simple and proven design
- Effective control system (hot gas bypass).
Easy Installation
- Plug and play concept
- Single electrical connection
- All units pre-commissioned
- Self regulating.
Minimal maintenance
- Long service intervals
- Few component replacements
- Ergonomic design for fast access to key components.
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Refrigerated Air Dryer
General’s Empire Series dryer reduces the moisture content in the compressed air to a 33 - 39 degree dewpoint. The energy you already have in the air is saved by re-heating the air automatically in the dryer after this water has been removed.
The result is dry air that you need for the process without losing the precious energy you have already spent producing the air.
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The distribution unit costs less and can be installed without slopes to drain points, without separators and without condensate drains, but with simple “T” slopes coming directly from the distribution ring.
Lower maintenance costs:
- for the distribution network, as there is no need to clean line separators or check the operation of the drains, which at times may even be spread over very wide areas.
- for machine applications and pneumatic tools, as the absence of condensate eliminates the main cause of breakdowns.
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Solid performance
_Steady pressure dew point
_No freezing of condensed moisture
_No chance of moisture entering the compressed air system.
Simple reliability
_Quality components, generously sized
_Simple and proven design
_Effective control system (hot gas bypass).
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Easy Installation
Plug and play concept
Single electrical connection
All units pre-commissioned
Self regulating.
Minimal maintenance
Long service intervals
Few component replacements
Ergonomic design for fast access to key components.
Significant cost savings
Increased reliability and lifetime of tools and equipment
Reduced pipe work leaks, meaning reduced energy bill
Fewer repairs to tools, machines and pipe work
Less inconvenient breakdowns and stoppages
Minimal chance of product spoilage through moisture carryover
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