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Waseem Shahid
Добавлен 19 апр 2016
Maisotsenko Cycle Counterflow HMX Dew Point Indirect Evaporative Cooling
Maisotsenko cycle (M-cycle) is a unique air cooling system which can reduce the temperature of air below wet bulb and towards the dew point temperature which was not possible either in direct evaporative coolers or indirect evaporative coolers.
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If i understant good the water of evap cooling is recycled ? Does it need very high velocity air or a solar chemney could work ? Cheers !!
is the report available online
Can you please share the CAD?
Great work, can I please get a copy of your published work please?
Thanks for sharing. can i ask something What is the mass flow rate of the supply air?
What is the material of the triangular channels? aluminum?
Yes.
@@waseemshahid8623 How is water evenly distributed in wet channels?
Wet channels are fitted with a water retaining material. Even distribution is not necessary. You just have to keep the wet channels wet all the time.
@@waseemshahid8623 What is the water retaining material name?
How does water not pass through the holes from the wet channel to the dry channel?
Great Job. Writing from Arizona. A few questions. Was the Exhaust air with or with out added humidity. I think this design would be without adding humidity to the good output air vs the working air. I picked up some Aluminum panels from a business that was moving and I thought of using this design- and I just came across your video tonight. They are two sheets with a wave in the middle 10cm total thickness. I also ordered some material to experiment as the evaporator working side. I still am curious about a few details though. Today it was 115 F (46.1c) our humidity is typically low( 20-40) but I would really need to see a big temperature drop to make this worthwhile. Do you think your unit could handle larger volumes of air?
Hello. Yes this design helps in cooling the air without adding any humidity to it. The cooling efficiency mainly depends upon the relative humidity and ambient temperature. Lower the RH and higher the ambient temperature, lower will be the dew point and hence higher will be the temperature drop. Material used won't have much effect tho.
New recent technology breakthrough of Valeriy Maisotsenko and our R&D team is M-Cycle 100 deg. F Cooling Demonstration - 60 deg. Celsius air cooling ruclips.net/video/hSsn2SZ7hvA/видео.html
can you please share the cad model. i am doing research work on the same. it will help me and my team mates a lot
i am with you on this one
I got this he is only using it for water distribution the upper part is responsible for airflow.. This is direct evap technique, This is just a condenser and using the resulting temp drop tp cool down air, with aluminum as base instead of normal cooling pads, thius has humidity in the output... in original patents the aluminum corrugated sheets or any other material should go criss cross.. one side you supply water, other you supply air. the exhaust of your room should go to the water channel and throw it out using a exhaust duct with fan.. Thus making it a true m cycle.
Hi sir...I am also working on this model...can u please help for CFD SIMULATION
this is great, awesome work, so pre-cooling without humidity does lower your wet bulb?
do you know how many C degrees its the difference with this setup?
@@mnlala Yes pre-cooling does lower the air wet bulb temperature. In fact pre-cooling of the secondary air prior to its entry into the wet channels, can lower the air temperature down to its dew point, thereby achieving 20-30% higher cooling efficiency.
@@mnlala at 50% relative humidity the temperature drop was about 11 to 12 degree C. However at RH of 35% the temperature drop was of 17 degree C.
@@waseemshahid8623 guess this wont work with RH above 65% ?
@@mnlala New recent technology breakthrough of Valeriy Maisotsenko and our R&D team is M-Cycle 100 deg. F Cooling Demonstration - 60 deg. Celsius air cooling ruclips.net/video/hSsn2SZ7hvA/видео.html
Maisotsenko Heat and Mass Exchanger For Gas Turbine Inlet System
is this equipment available in the market??
www.seeleyinternational.com/us/commercial/brands/coolerado/
Ahmed u found it?