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About TMTS
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- About TMTS
- Exhibitor
- Visitor
- Press
- Travel
As
the era of net-zero carbon emissions arrives, enterprises worldwide are
striving to reduce in-plant electricity consumption. Among energy-intensive
equipment, compressed air systems account for a large share of power usage,
making them a primary target for energy-saving initiatives. Beyond air
compressors, refrigerated dryers used for moisture removal in compressed air
also consume enormous amounts of electricity. To address this, many factories
are replacing high-power refrigerated dryers with non-electric physical air
compressor dryers.
The
physical air compressor dryer utilizes a water-cooled cooling system and
the physical property of compressed air expansion to lower air temperature,
generating condensate. An invention-patented air-water separation device
then separates compressed air from condensate, achieving up to 99%
separation efficiency. This technology requires no electricity, no
consumable replacement, delivers a service life of more than ten years, and
maintains performance permanently. Furthermore, when upgrading compressors, old
units need not be discarded—new machines can simply be added in parallel. Over
the long term, it saves significant electricity costs, maintenance costs,
replacement costs, and repair costs.
The physical air compressor dryer has already been adopted by many enterprises, helping reduce carbon emissions in compressed air post-treatment. Its outstanding energy-saving performance has earned the Silver Energy-Saving Label in the machine tool industry, making it an ideal compressed air purification solution for the net-zero era.
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