HRE Series Exhaust Purge, Absorption Type Compressed Air Dryers, HRE Series Absorption Type Compressed Air Dryers
The HRE Series of exhaust purge desiccant air dryers are designed & manufactured by Jemaco Flair for heavy duty applications where compressed air conservation and low dewpoints are essential.
These are some of the key features of the HRE Series dryer;
PLC controller as standard
High performance butterfly switching valves.
Low wattage heaters with large surface areas
Programmable logic dewpoint controllers
Minus 40ºC dewpoint performance
Minus 73ºC is optional
Wide variety of instrumentation options
ASME vessel coded pressure vessels
Compu-Purge Dewpoint control option saves air wastage
RS 232 communication port as an optional extra
Proven design history
For those who are really, really, serious about air quality Jemaco- Flair HRE air dryers from Artic Driers
How It Works
The exhaust purge air dryer is similar to the heatless air dryer in that there is a purge loss however, because the purge air and desiccant is heated we can reduce the purge air flow to 7% of the dryers flow rate. By reducing the purge loss by half, we greatly reduce the operating cost of the air dryer.
Wet air enters the dryer and is diverted into the drying vessel where it is dried to – 40 ºC dewpoint, some 7% of this dried air is diverted into the regenerating vessel (de-sorption process) where it is heated and expanded to almost atmospheric pressure. This hot air comes into equilibrium with the desiccant and strips off the moisture thereby regenerating the back to full capacity.
The wet air is then exhausted to atmosphere. The desiccant is heated for +/- 3 hrs within a 4 hr cycle, to fully regenerate it. The heater is turned off for the last hour prior to vessel changer over, to allow the desiccant to cool down. The desiccant is not effective if its temperature is above 60 ºc so the bed is cooled down with cool dry compressed air at very close to atmospheric pressure. This minimizes the potential of dewpoint spikes (bumps) when the vessels change over at the end of a cycle
Warning Large capacity dryers can be expensive to operate, ensure you have chosen the correct dryer for your application!
Liquid contaminates are generated throughout compressed air systems. To protect down stream equipment the condensate has to be removed and discharge form the air system in an environmentally friendly manner.
Around 1% of liquid waste is actually oil contamination, the vast percentage of liquid contamination is water “infected” with a small percentage of oil from the compressor.
To store this liquid waste for disposal is bulky, messy, a potential Bio Hazard, and also very expensive
Condensate must be purified to strict legal levels before the water content from the condensate may be discharged into a drain. Discharging of contaminated condensates not only damages the environment, but is now illegal and leaves operators and CEO’s open to substantial fines.
An advanced low cost solution, Sepura offers a genuine alternative to more expensive machines.
Simplicity in design, constructions and operation makes the purchase cost the lowest in its class. The innovative design makes the unit easy to maintain and service, with the filter material produced form 50% waste recycled materials, this again reduces the impact on the environment
The new Sepura 3500 & 7000 series offer users high volume condensate oily water separation & treatment. With capacities up to 198 m3/min.
Money Back Guarantee. T’s and C’s apply
Talk to us for answers and avoid the fines
Meets the latest hazardous waste regulations
Avoids the risk of prosecution
Four models to choose form
Any type of condensate drain valve may be used
Effective separation of mineral, synthetic and polyglycol lubricants
Efficient separation of condensate allowing up to 99.9% of the condensate into the drain
Simple to install, operate and maintain
Performance guarantee
** This statement assumes that all the correct selection information was made available to the Artic sales team member at time of purchase.
The Bry-Air EcoMove BVL Series Automatic Vacuum Loaders offer large savings to plastics processors, both in terms of man-hours and material by automating the transfer of plastic pellets from shipping containers and storage bins to the processing machines. Engineered for noiseless operation with sleek and easy to handle floor mounted blower console with efficient filters and controls, the BVL series Auto Loaders allow no leakage and are easy to maintain. The compact design ensures that there is no wear and tear and thus needing minimum maintenance.
Options Available
Ratio loading for resin available and regrind magnetic grills for removal of ferrous impurities. Technical specification available for twin loader click here.
Features
Noiseless operations.
Floor mounted blower console with efficient filters and controls, LED display for ease of operation*.
No leakage.
No wear and tear.
Easily removable receiver for cleaning, less and easy maintenance.
Timer-based automatic control for loading sequence, auto start and stop of loading sequence.
State-of-the-art clear acrylic/polycarbonate receivers/belleys, clear view of material.
Transparent flexible anti-static pipe for conveying material (Optional).
High quality easily removable filters.
* Not applicable in BVL - 75 (p) which is machine mounted
The Bry- Air Ecodry Mould Dehumidification System is an example of the innovation, based on market needs.
Bry-Air EcoDry Mould Dehumidification System - MDS Series is designed exclusively to prevent mould sweating. The Bry-Air Mould Dehumidification System ensures increased production through reduced cycle times.
A chilled water pre-cooling coil combined with the latest in desiccant technology ensures super dry air. This prevents mould condensation on injection moulding machine. Typically, a MDS-3 model Mould Dehumidification System can prevent condensation on moulding machines upto 800 tons.
Features
Eliminates mould sweating, improves cycle time, reduces scrap rate
Increases mould life.
Can supply dry air to multiple machines.
Portable, easy to handle.
Enhances part / product quality.
Eliminates streaks, bubbles and other defects.
Choice of individual, plant wide and centralised control.
Aborption Air Dryers, Hlk Aborption Air Dryers, Desiccant Compressed Air Dryers, Heatless Desiccant Compressed Air Dryers, Aborp
HLK Series Heatless Desiccant Compressed Air Dryers
Rating: 0.29 to 1.01m3/min
Standard operating conditions: 7 bar pressure with a 38 degrees C ambient temperature and 38 degree C inlet temperature.
Dewpoint: -40 degrees C
Features
Minimum purge air ussage - saving the heat of absorbtion maximises the moisture holding capacity of the purged air, minimising the amount required.
Long desiccant life - beds size tto prevent fluidization plus slow and complete regeneration prevent desiccant movement and deterioration.
Heavy duty purge exhaust muffler for quiet opperation.
Non-lubricated, soft seated control valves.
Stainless steel support screens and air diffusers-filters out gross contaminents, protects valves.
Furnished in cabinet for easy wall mounting completely assembled, pipe, and wired shipped with full charge of desiccant only hook-up of utilities is needed to opperate.
Vessels are constructed to meet the requirements of ASME code, section viii, devision 1 and stamped (optional, 55SCFM larger)
How It Works
Compressed air enters the drier and is directed to left vessel by valve and then to the drier outlet through shuttle valve. A portion of the dried air is throttled to near atmospheric pressure by means of orifice. The extremely dry, low pressure air flows through and regenerates the desiccant in right vessel and is exhausted through purge/repressurization valve and exhaust muffler to atmosphere. After a set time, the automatic solid state timer closes purge/repressurization valve allowing right vessel to repressurize slowly. At the end of 3 minutes (when operating on a 6 minute cycle). Valve shifts and purge/repressurization valve re-opens. The main airflow is now dried by right vessel while left vessel is being regenerated.
JBP Series Blower Purge Absorption Compressed Air Dryer, JBP Series Aborption Air Dryers
JBP Series Blower Purge Absorption Compressed Air Dryers 42 to 198 m³/min @ 7 bar
The JBP Series Absorption Air Dryersof blower purge desiccant air dryers are designed & manufactured by Jemaco Flair for heavy duty applications where compressed air conservation and low dewpoints are an essential.
The key to reliability of the JBP Series dryer is;
High performance switching valves.
Heavy duty ring type air blower
Low wattage heaters with large surface areas
Programmable logic dewpoint controllers
Minus 40ºC dewpoint performance
Minus 73ºC is optional
Wide variety of instrumentation options
ASME vessel coded pressure vessels
Compu-Purge Dewpoint control option saves air wastage
Proven design history
For those who are serious about air quality Jemaco- Flair JBP air dryers from Artic Driers.
How It Works
The JBP Series dryer operates on a standard 8 hour fully automatic NEMA cycle. During this continuous process, one vessel is drying the incoming wet air for 8 hours. At the same time the other vessel is being re- activated with heated atmospheric air. The heaters are external of the pressure vessels. No imbedded / internal heaters are used. No cooling water or process purge air is required. Purge air flows are minimized with this system
Warning Large capacity dryers can be expensive to operate, ensure you have chosen the correct dryer for your application!
In addition to our extensive range of timer controlled drains we also a full range of capacitance condensate drains.
These valves only open when liquids are in the bowl and close again before any expensive air is wasted to atmosphere. They pay for themselves by eliminating compresses air wastage.
Artic Driers offers a wide range heavy duty filters for air users with large air flows. from our partners,. Jemaco Flair. Manufactured in Korea to exacting standards.
The housing are fitted with a variety of filter elements to satisfy your most stringent air requirements.
5µ to 0.01 Particle rating and coalescing type filtration
Pleated elements provided very long service life. Moulded end caps provide positive location.
Heavy weight design / construction
Flanged connections starting at 100 mm
Timed electric auto drain ensures reliable condensate rainage & easy maintenance.
Easy to read graduated & colour coded Differential Pressure Gauges ensure the correct service intervals
High quality compressed air from Jemaco- Flair & Artic Driers Int .
Warning: Low cost filtration can lead to low-grade filtration of your system leading too a loss in profits
Modern manufacturing industries require the cleanest, most reliable compressed air supply available. Compromising your compressed air supply can result in a reduction in product quality, affect site safety and can even result in a production line coming to a halt. A small investment in the VIP range of compressed
The air then passes through the second filtration layer, which consists of borosilicate microfibres. This allows the capture pf particles with sizes down to 0.01 micron and the formation of condensate droplets, which are conveyed to the outer coalescing layers of the cartridge. This outer barrier collects the droplets of water and oil, allowing them to run down to the bottom of the cartridge and into the filter bowl of the housing assembly. Although the compressed air element allow liquids to pass through, the retained solids eventually result in them becoming blocked.
The pleated construction of our ARS range of filters elements provides a very high surface area for the retention of the solids particles (± 4-5 times when compared to conventional rolled filter of most manufacturers); the result is an exceptionally long life & very low pressure drop for the element.
Direct interception (removal of coarse particles on the outside of the filtration surface)
Inertial impaction (removal pf particles thanks to the tortuous path formed by the microfibres).
Diffusion (fine particles adhere to the microfibres thanks to “Brownian motion”).
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