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Capitalizing on our sophisticated manufacturing unit we are able to design, develop and offer superior quality compressed air drying system and gas drying system. Our comprehensive range of compressed air drying system and gas drying system is fabricated using qualitative raw material in the production process to ensure effectiveness and durability. Some of our range encompasses heatless type dryer, heat reactivated type dryer, heat of compression type dryer etc.
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Heat Reactivated Type Dryer |
| Theory Of Operations: Heat reactivated dryer are used when one needs air of very low dew point. In this design desiccant is regenerated at higher temperature with little dry air purge. Due to dry air purge and thermal regeneration, residual moisture loading on desiccant becomes low and this gives low dew points. The drying unit has 2- vessels filled with activated alumina desiccant. One vessel remains in drying cycle for 4-hours while other vessel is simultaneously regenerated at atmospheric pressure. Around 3 to 5% flow of air dryer capacity is used as purge for regeneration. Electrical heaters are provided in a central finned stainless pipe in drying vessels. Heating cycle is for 2-hours and in this time desiccant temperature increase up to 100 to 150 degree Celsius. at this temperature regeneration is complete. Dew point achieved is around and above (-) 60 degree Celsius. These dryers are some more costly than heat less type but are more suitable for Dew points lower than -60 degree Celsius to -80 degree Celsius and purge loss is also less than the Heat less type i.e. around 3 %. Salient Features:
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Heat Of Compression Type Dryer |
| Theory of operation: In HOC type dryer, hot air at 120 degree celsius to 140 degree celsius from Compressor discharge is directly used for the desiccant regeneration. Running cost of this dryer is virtually NIL. It has two drying towers filled with the Activated alumina or molecular sieve desiccant and they alternate in process every 4-hour automatically. Compressed air directly from air compressor discharge is taken to air dryer inlet through pipelines at 130 degree celsius (Min) temperature. This hot air is passed one drying vessel where saturated desiccant is regenerated by this high temperature air. After picking up moisture from bed, this air is cooled in an intermediate cooler. Here moisture is condensed and removed by an auto drain trap. At 40 degree celsius temperature this air passes through second drying vessel where moisture gets adsorbed and dry air comes out. Cycle time is 4-hours regeneration and 4-hours drying. After 4-hours changeover of vessels takes place. In the regeneration cycle heating of the bed is only for 2-hours and thereafter the bed is cooled by dry air. Dry air is cooled to 40 degree celsius temperature before going out of the air dryer. Due to NIL operating cost, this design is becoming more popular. To utilize full heat energy of compressor discharge, HOC type dryer should be located very close to compressor discharge. These dryers are recommended only for Dew-Point (-) 40 degree celsius and the capacities above 300 Nm3 /hr. In smaller capacity the hot air discharge does not reach 140 degree celsius and hence this design can't be used. Salient Features:-
Capacities Offered: 300 NM3 / HR TO 5000 NM3 /HR |
Mr. J. P. Sharma / Mr. Suresh Sanadhya
(CEO)
S. F. - 37, Sitaram Super Market, Chhani Road, Opposite Baroda Packaging
Vadodara,
Gujarat -
390 002,
India
Telephone:+(91)-(265)-2777340
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Developed and Managed by IndiaMART InterMESH Limited
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