Rotary Heat Exchanger Working Principle - ERI Corporation S.r.L

Rotary Heat Exchanger Working Principle - ERI Corporation S.r.L
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Umberto Fiorentini
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Deutschland
Jürgen Fuchs
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Россия
Антон Линник
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Антон Линник
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[@krisanderson5636]

Clear as mud.

[@elavazhaganinba8568]

The hot fluid flows over the top section of the matrix(cold matrix) for some time and at the same time the bottom half of the section(hot matrix) would have experiencing the cold fluid over it. After the appropriate time the top cold matrix would have become HOT by now and the hot lower section matrix would have become COLD by now. So once the entire structure rotates 180° now the COLD section of matrix would have went to top where hot fluid flows and the HOT section of matrix would have gone to lower part where cold fluid flows ....this cycle keeps on repeating..
- It's just an layman type of prespective..hope it will help someone out

[@taitano12]

This is a good explanation video for someone like me, but I think it may need more exposition for most people. Fortunately, there's quite a few in depth videos on the subject, so thank you for this.

[@thomasblondeau4430]

Oke but if for instance I have an outgoing exhaust stream with a relative high humidity and I do not want to increase the RA of my feed stream. I can imagine that part of the water from the exhaust flow condensates on the cold wheel and that part of this condensate ends up in the feed flow. If that is the case, it is a large disadvantage of this HE.

[@DuchessandHammer]

We can establish from this that it is a wheel.

[@TravisTerrell]

Pretty animation, but does not explain how enthalpy wheels work in any way whatsoever!

[@aswlwary1790]

Music is so pleasing

[@TravisTerrell]

About the only thing this video provides!

[@slimslayer477]

I'm more confused ty

[@StationZeroOne]

what s so complicated about the graphic? warm exhaust air leaves throw the grid... cuz of the temperature difference between those two mediums energy in the form of heat is exchanged... and since the now warmed up part of the heat changes position due to the rotation the same process (just reversed) happens at the entry for the fresh (and in this case way cooler) supply air

[@TravisTerrell]

​@@StationZeroOne The graphic is just fine, but including more information like this here in your comment would have been really helpful.
(Also, thanks for your comment. It's somewhat helped me, though to be honest, I'm still researching to fully understand how these enthalpy wheels work.)

[@keqixuan2369]

not sure what author want to express!

[@rachelmorgan-smyth5593]

explains absolutely nothing!