Cold Jet Dry Ice Cleaning - Fin Fan Coolers (Improve Efficiency!) 2019

Heat Exchangers, Chillers, Evaporators, Condensers, Generator Fans and Air Exchangers all have cooling coils surrounded by fins that get plugged up over time with dirt and other debris as air moves through them. This causes these expensive machines to work harder and use more energy. A coil fouled with dirt and grime cannot supply proper heat transfer and results in greater energy consumption.
Our Cold Jet Dry Ice Blasting technology can improve the efficiency of fin fan coolers by up to 35%. Compared to other methods of industrial cleaning, Dry Ice Blast Cleaning can penetrate deep into the tube bundle, blasting away years of dust and debris without damaging the delicate fins. Using other methods of industrial cleaning can result in the creation of secondary waste, requiring the clean up of both the cleaning medium and the debris.
Preventive maintenance is not something that anyone can afford to neglect or ignore. This can cost you and your business in the long run. Problems don’t go away on their own; they will get worse with time and shut you down.
Cleaning with Cold Jet Dry Ice Blasting Provides:
No secondary waste
Reduced cleaning time (up to 80%)
Increase in Quality standards
Clean-in-place, no cooldown, with minimal disassembly
A non-abrasive clean that won’t damage substrates
Non-conductive process
Media entrapment elimination
Increased operator safety
An environmentally responsible clean
Cold Jet Australia Pty.Ltd.
1300 COLDJET ........... www.coldjet.com.au
P: [phone]...... [e-mail]
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QUESTION - Have a question about Dry Ice Blasting, How dry ice blasting works, Cleaning with dry ice, Dry Ice Production, or Anything Else? Post in the comments section of this video!
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[@murugesan.smurugesan.s4907]

how many psi or bar

[@ColdJetAustraliaPty]

Dry Ice particle size is between 0.5 to 0.7mm. Blasting pressure between 100psi to 120 psi. Flat nozzles and 45 angled nozzles.

[@unisahmed]

How to figure how much ice is required for industrial job such as this or printing press, etc.. Is there a calculation behind it?