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Thanks for explaining, the 'first person view' of the fluid entering the inlet was a nice way of doing it

Really well explained. Great job

Very nice explanation :D i liked it when you took the POV of the gas entering the cyclone (Y)

@3dknowledge

6 жыл бұрын

+Ahmad Abdulhameed Thanks!

Well done. Thank you for the video!!!

Great,Very informative explanation sir.

very informative thank you so much!

Great information. Very helpful!

@3dknowledge

6 жыл бұрын

+Big Rich Thanks Big Rich!

Great vid! Thanks :)

Can you explain more about "the vortex effect", i don't understand why when the gas goes down, the flow would go back up to the acceptance port above? Do all the clean gas in the cyclone flow like that or there is a little of them go through the reject discharge part? Thank you.

Another design consideration is the to make sure the ACCEPT discharge has a lower pressure than the inlet pressure so the particle follow a path of least resistance.

@chrissantos4257

2 жыл бұрын

Of course how else would it work

Dyson vacuums all have cyclones 👌 fantastic designs

@Scott-mc3fv

3 жыл бұрын

cheap chinese design

@parwaz7861

3 жыл бұрын

Scott 1337 A Dyson is a British design

@pfauniversal1890

2 жыл бұрын

@@parwaz7861 built in China 😁

Thank you for chapters

thanks for the nice explanatio ... would it work witn ultrafine particles such as toners ...? thankyou

🤔 Would forced air into the inlet (versus a vacuum on the acept port) work in the same manner? Or would the entrained particles find their way to the accept port as well?

Great video. thanks for the insight. Question for you if the gas velocity on the suction side changes velocity (line in the use of an engine crankcase blowby gases increase with RPM), will that have an effect of separation? In other words does the cyclone separator have an effective range, and can it get overloaded?

Nice work! Is there a formula as to how long the suction pipe is inside your example is?. Assuming the diameter of the canister is 12 inches x 10 inches and the funnel portion is 18 inches tall tapering down to 2 inches. The suction pipe is 2 inches in diameter. hope to hear from you! Cheers

Thank you!

Thank you so much sir l have designed 🙏🙏🙏

Very easy method tq

thank you, u r great

So the higher the speed and the narrow it gets towards the end the finer the particles it can get? I'm wanting to build a gasifier and was wondering how fast or what type of cyclone would I need to remove smoke particles from the gas?

@3dknowledge

6 жыл бұрын

I downloaded this: www.maths-in-industry.org/miis/328/1/minimum-particle-size-for-cyclone-dust-separator.pdf It seems you cannot separate soot particles from a gas stream. I think its correct, the particles are way too small and I have never heard of this sort of setup. I know that coal fired power stations use an electrostatic precipitator (its a mouthful...). I searched for an ESP for gasifiers and got the below info: Syngas conditioning chain: A. Cyclone separator B. Wet scrubber C. Electrostatic precipitator This makes more sense, use a cyclone and then a wet scrubber with ESP. I am not a gasification expert! :) So, dont take it as gospel, I am just applying what I know from other industries. Here is the link where I got the above info: www.ieatask33.org/app/webroot/files/file/2014/WS/Fantacci.pdf Hope that helps, Jon

hello! i need a pice like this, please say me how i can buy this model o digital document !!

Did the reject work because of gravity?Will this work at zero gravity environment or up side down?

Does it work for smoke especially exhaust of biomass burner etc?

Great vid! Would it be possible to separate the homogeneous component like oil and oil with different densities (however, it's more like sloppy wax that can't be well-mixed to the oil content mixing together with the light oil fluid)?

@FullCircleTravis

Жыл бұрын

They separate mechanical mixtures, not solutions. If the wax isn't dissolved in to form a solution, they will separate.

Great work I design 3 cyclones in my work and have good results at tablets press machine but at capsule fillingg machine i have bad results and don't know why that pls help

Nice information thak you

@3dknowledge

6 жыл бұрын

+ravi kumar No problem. Check out the other videos if you get chance.

Very informative and perfectly explained, and I'm only 6. Thanks

I designed one of these at work.

How come the fluid doesn't take a more direct path from the inlet to the accept port? Why does it follow a spiral down to the bottom before reversing rotation and traveling up? Seems like magic!

Could you please explain shortly again, how a Hydrocyclone would work for separating a solid-liquid system? Let's say you have crushed palm oil mixed with water. How would that work?

Hello, is this state ment correct: Air under high pressure is blown through thr pulverised ore. The lighter gangue is blown away through the top, while the denser mineral rich particles hit the Wall by centrifugal force and fall down the funnel. Or .......is blown away through the top by centrifugal force, while the denser mineral rich particles hit wall and fall down the funnel.

@3dknowledge

6 жыл бұрын

Centrifugal force is one of the forces acting upon the incoming particles (drag is another), but I would think the word 'vortex' is more appropriate. If you want to know more about centrifugal force, look for 'alfa laval separator', or 'centrifuge' or 'clarifier'. Also check 'vortex separation'. To answer your question, the lighter particles leave through the middle in an upwards direction whilst the heavier particles exit through the bottom. The heavier particles impacting with the side of the cyclone effectively removes them from the process stream Does that help?

great!!!!!!!!!!!!!

I would have gone to the website, But i can't find the link in the description as im used to. Thank you for the great video!

@3dknowledge

5 жыл бұрын

www.savree.com is the site. Search for savree on KZread and you will also find our channel! 😃

How do the clean gasses go back up? I don’t understand

Very interesting and informative video - but please improve the audio, it's not expensive.

Would this work very well to remove water from the air at the inlet of an air compressor, and again possibly, on the outlet? Less water in the tank and less water in the compressed air as well.

@3dknowledge

6 жыл бұрын

+Ron Floyd If it's for a compressor, normally a refrigeration type drier or desiccant type dryer is used. Silica gel cartridges are good for removing moisture from air, but I think activated alumni is normally used. Larger compressors have drier on the section side and normally separate driers installed after compression. Atlas Copco and Kaeser are big comp air manufacturers, check out their websites. Hope that helps.

@3dknowledge

6 жыл бұрын

+Ron Floyd Side note: the compressor can form droplets of moisture due to the compression of air and the moisture it holds. The more moisture the air has, the more droplets (condensate) appears. You don't want water in the compressor or downstream as it will corrode parts. So you are right to want to dry the air. Condensate often corrodes the base of air receivers if the air is not dried and can cause valves to stick.

@SeanRWisner

5 жыл бұрын

If you have water at the inlet of your compressor.... Move your compressor immediately! As for the outlet yes cyclone can remove WATER but not vapor, the problem is the heat of compression and the multiplication of moisture content. When the compressed air leaves your compressor it will be between 180 degrees Fahrenheit and 350 degrees Fahrenheit depending on what type of compressor you have and what discharge pressure is. If you have an oil flooded rotary screw compressor the temp will be 180-200 then it will go through an after cooler. It should leave the aftercooler at 100 degrees Fahrenheit or lower, but this air is completely saturated with moisture(relative humidity is 100%). Whatever temperature it is that is your new dewpoint, if the cools even 1 degree it will condense in to liquid and now your air is still completely saturated (relative humidity 100%) just one degree cooler. Rinse repeat. OR you can dry the air. Using a refrigerated dryer cools the air to a much cooler temperature and then drains the condensate generated. Whatever temperature it cools the air to is your new dewpoint, if the air remains above this temperature it will not condense, if it drops below that temperature it will condense into liquid. Obviously refrigerated dryers will not give you a dewpoint lower than 32 degrees Fahrenheit because at that point the moisture would condense and freeze. For dewpoints below 32 deg F you need chemical reaction such as the activated alumina which can aDsorb (not aBsorb) the moisture to dewpoints as low as -100 deg F if the proper regenerating methods and controls are used. Side note many modern oil flooded rotary screw compressors use cyclonic separation to separate the oil from the air.

To make accurate chapters type In description First chapter must start at 0:00 Each chapters 10 seconds at least 3 chapters at least

Tnx

I still wonder, why is the clean air not escaping through the pipe below but swirling up the pipe above?I watched the whole video but don't know why? maybe I missed it?

Hello! I became a patron just so I can have access and to study the 3D model of the cyclone, but I could not find any content at all on your Patreon page. Can you help me with that? Thank you!

I need a full detailed process of how to construct a cyclone separator for dust removal using metal.

@3dknowledge

6 жыл бұрын

OK. We don't have an exploding and assembling model yet but I can put it on the list.

it seems this type relies on gravity. Is there a type of air cleaner that works regardless of orientation or in zero gravity?

@MontyCantsin

3 жыл бұрын

You could send the air stream through an actual centrifuge that would trap particles on its drum so long as it's spinning.

can you demonstrate a roping effect?

@3dknowledge

6 жыл бұрын

Give me a couple of days and I will look into it!

@3dknowledge

6 жыл бұрын

Can you send me a link for this? I only find something related to a clothing stitch roping effect.

Great vid. At the oil and water separation, I was taught the heaviest one goes down(oil should go down in that case) , but you said inverse. Can somebody explain, pls? Thanks beforehands.

@3dknowledge

5 жыл бұрын

Oil is less dense than water, that is why it does not sink below water. Check the density of fuel oils and you will see this. Hope that helps! 😃

@WinchesterPoke1

5 жыл бұрын

Water is heavier than oil. (Oil floats on water.)

Is the bottom an open hole?

@3dknowledge

4 жыл бұрын

Yes it is. The video has been updated, check it out on our other channel (saVRee).

what is the effect of the increase in inlet flow?

Yo how dope is sedimentation flow rate can I get a "YAA YEET" in chat ladies and gentlemen?

I need a chakki atta setup with cyclon technology

Thks, a couple of questions: ?is a street cone the best practical item to DIY cyclone dust separator?? Building a Street Cone Dust Seperator / Eigenbau Zyklonabscheider Fliehkraftabscheider Staub kzread.info/dash/bejne/n5iAxMhwXamce6Q.html ?Can a well design/made cyclone separator separate humidity from air?

Close but no Cigar Operation of gas and liquid is identical. You dont have a complete understanding of the reason for the cone and the relevance of its dimensions. You touched onto velocity but left out volume.

Bad sound quality is

You should really get a better microphone

@3dknowledge

6 жыл бұрын

I did!.:) Check the more recent videos. But your right, audio for the earlier videos was not good.

Bad audio quality

@3dknowledge

6 жыл бұрын

I know. Recording Mike has changed since then.

please buy a mic......