Air Lift Pump
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- Опубликовано: 31 май 2015
- Glenn Martinez Pipe in a Pipe pump is shown off here. Also how the basic airlift pump is constructed and working.
I am just playing around to see if my future biogarden will use an airlift pump or not. 
Развлечения
Worked with Glenn Martinez in Hawaii in Aquaponics. I had a few systems going. Now I'm in Virginia and playing with Glenn's pipe designs for applications in my duck pond.
Wow thank you sir I’ve been trying to figure this type the longest!!!!!!!! ✌️💯✌️✌️🙏🙏
amazing！
Hello Gregor, thank you for sharing this video. May i know the name of the part where Glen Martinez's pump injects air. Please indicate the name of the parts needed to connect the pipe in a pipe where the air is injected. Thank you!
thank you i have been looking all over for a better view of the pipe in a pipe airlift by glenn still a bit unclear how the bottom of version number two works. do you have basically the same system like up top just with holes drilled into the inner tube?
that is correct. Like any other airlift pump, you drill holes in the inner tube. If you would like more information fill out this form on my webpage and I will send you some stuff!! www.berninamechanic.com/contact-visitors
Hello Gregor, thank you for sharing the video, I am confused about the second model, is the holes are drilled at the end of the inside pipe? Does it have the same structure as the first one? If it is the same, is it just a bigger air chamber and no submerged air line? Or it doesn't have a buttom ring at the end of the pipe? Thanks.
If you would like more information fill out this form on my webpage and I will send you some stuff!! www.berninamechanic.com/contact-visitors
NOT so silent but deadly @ 5:10 HAHAHA!!
Hey, I might be a litlle late, but I saw this video just now and I have a question. What is the difference as thhe air comes in as it is in the video, or if it is connected below waterlevel, or even allmost at the bottom of the pipe?
There would be no difference in pumping the water except your air hose has to be in the water. So you need more space to put the pipe in a hole to pump the water out.
This is a neat pump. On their website the drawings are for sale any more so probably the patent went public. Can you please write the number of patent please ?
Or maybe just add a more clear photo or video of the holes at the bottom of the pipe.
Thank you!
Send me a private message in facebook and I see what I can do for you!
It's not clear what's at the end of the pipe in pipe
Your doing that all wrong. The air needs to enter from the lowest point of the riser tube to be even close to max efficiency. When the air has a long riser run the air bubbles expand and push water slugs with them. You're design is missing out on that effect. Also the water level inside the tube naturally rises above the surface level if you pump air in from the bottom, as the density of the water in the tube decreases. Also if you add an O2 release port at the top and pump air in from the bottom (especially with a fine 02 microdiffuser) the pressure inside the tube will be relieved as the water rises, which will encourage rapid bubble expansion, vastly increasing your siphons pull. I'd say your build is moving less than 25% of the water that it could be with that compressor.
Michael Ptasnik I am trying to understand this system for a Aquaponics system, but the videos I have watch so far do not make it clear, from what you have written above makes it a bit more clearer.
Can you let me know once the lift of water is accomplished can the air pump be removed? I assume that it can be and the flow will be continuous.
Thanks.
Trevor Cole No, the air is what makes it work and must be provided at all times. Water flow with an air pump is not continuous. The pipe depth and height in respect to the waterline must also be equal. It is a very inefficient method of pumping.
So looking at this design, would you then put the air at the bottom going up?
@@alejandrodelacruz2207 Yeah with a hard airline to the bottom so the water pressure doesn't compress the tube like it does with flexi-lines. And the the air stone about 6" from the bottom.
@@trevorcole460 No, it can't be removed the upward vacuum isn't quite strong enough, but it does do most of the work, so if you have a variable pump you'll be able to turn it down once it gets started. Otherwise a very small pump can move that if it's setup right.
Can you share the details of the pipe in pipe design?
Hi Jason.... please send me a message on Facebook! facebook.com/gregor.sidler
how much earwax was used to join that pipe?
non...
What kind of air pump are you using
HI Cindy... sorry for the late response. www.amazon.com/gp/product/B002JPRNOU/ref=oh_aui_detailpage_o03_s00?ie=UTF8&psc=1
5:12 nice fart
Lols! He got a bit over excited.
thit is an injection air pump! the explication is not ok?
sent you a pm gregor
+kakol junior Hi there....... I saw your pm.... It is a patent with his pump so you have to buy it if yo would like it. Copyright!!!!! buy the plans from the link below! www.olomanagardens.com/shop/burperairlift-pump-patent-document/
Gregor Sidler How do you put a patent on principles you didn't invent? Or is it a convenient excuse to get money out of people?
With all the effort, energy, money, pipes etc.... Just get a small Pump and Air, you will get your lift + Air ://
Yes, you are correct... with an airlift pump, you can "transport" all the dirt sand and stones... with a normal pump you can't. :-)
Gregor Sidler Um, no, that's not correct. There is a limit to the mass that can be transported.
this dude fart in is video
The idea is to do this process without ANY Power. Using an air pump to cause the effect is worthless. Dramatic music with this... lol terrible.
I can't wait to see your idea to lift water without power or energy! I'm waiting...
@@gregorsidler3962 Are you purposely being ignorant? Or did you just misunderstand? Power being electrical... power being the air pump. Energy comes from action. Ask yourself how a siphon works... the motion of water can create another action... but it's being wasted here. He might as well use a regular water pump, rather than waste time with this inefficient method. Get a clue.
@@VielofDarkness The last thing I want is a pissing match here. Watch this 14 min video and now you know why I'm lifting my water with air and not with a pump. ruclips.net/video/XieJJ-gZxzw/видео.html