Yes, because there are no live parts in the water The only "disadvantage" is that air lifters are only suitable for gravity filters - they can hardly lift water at all
Congratulations from Japan! We thank you so much for sharing this video from NND DK-line Shiro Utsuri Grow out challenge Event by Het Koi Paradijs. So great to see these special Koi to show very much growth in one month of time, since we saw them last in Japan. We thank you very much - to Luc and Jeroen - for taking special care of these koi by special growing, in perfect environment provided by DVS filter. It is always a joy to see koi grow and show developments. We'd like to keep following the growth and development. Thank you very much again, for sharing! TEAM NND
In the close up off the pressure chamber it looks like bubbles are only penetrating through one of the 3 rows of 1mm holes. Is there something I'm not seeing? I have drawn up my grid papper to drill the holes and have staggered them so each of the 3 rows is spaced by 1cm and each column does not have a hole above it . . . . . .
I guess because your demonstration recycled the water instead of having it go to waste, no one can understand it. Maybe you should write, "imagine filter here" lol
This is circulating water with no lift or resistance. There is no filter medium. One is just spinning water in a circle. Our Olomana Garden air lifts show 300 to 600 gallons per minute being lifted 48 inches above the airlift, where it can be distributed or dropped thru a filter. We installed a Pipe-in-a-pipe air lift on a 24 inch deep fish tank and pumped water at 540 gallons per hour with a 48 inch lift (above the fish tank), or 6 foot off the ground were we drop it into a 3 inch pipe and send the water to two 100 gallon bio-filter (flood and drain), we use only a 60 watt Hakko (Matala) 60 lpm diaphragm. With 48 inches of head, we have 2 psi of water pressure to push thru a filter or bottom flood a false bottom. We do do 1200 gallons per hour if only a one foot lift, dropping the water over a bio-filter. We gave away the patent rights to our inventions so others could learn how air lifts can really produce results. We do a similar system to you, but for the purpose of converting the vertical airlift to a circular horizontal spin of the fish tank. I have built and installed over 450 airlifts (in six years) in aquaponic and commercial shrimp systems. Yours is beautiful constructed and a great display at a trade show....but no work is being demonstrated, as far as I can understand.
I literally typed subtitles for most of the video and then accidentally hit backspace outside of this box, so that's deleted now. I can summarise pretty quickly. He is testing the performance of this Airlift with a discharge head of 20cm above water level and after that, 25cm above water level. First he connects a 40lph airpump at 20cm head, then a 60lph pump, then a 120lph pump. After that the height is raised to 25cm above water level, showing the 120lph pump result first, then 60, then 40. He also mentions that this is done with an Airlift with a 180cm lift tube, the pressure chamber was postitioned at around 160cm below water level. (+20cm head = 180cm, the entire length)
Beste ik heb een ander probleem ik zou dit systeem willen gebruiken voor vuil afvalwater ( toilet ) te pompen zou dit ook lukken en nog een probleem de opvoerhoogte is ongeveer 7meter ben benieuwd naar julie reactie alvast bedankt en ja zeer mooi idee
Hi, the flow is great!!! Goodjob! Did you test the JDK version of secoh 20 or 30. I want to use as an airlift with a nexus 310 but a guy told me to use the jdk 30 or jdk 40 that they will create more flow, but following you seems that is better for effiecience and flow to use SLL 20. Thanks,
+Azhor cf I don't know if it will still help you, but if you can, definitely get a SLL 20 as they have been tested extensively, secondly, the SLL 20 model is discontinued and replaced with the JDK 20, which is less powerful. The JDK 30 would be a good alternative but this has not really been tested yet. (And ofcourse, uses more energy than the SLL 20.)
Tahun berapa ini😮
Hoe duur zijn ze?
Hi could this be used to run a natural filter system for a natural swimming pond?
Yes, because there are no live parts in the water The only "disadvantage" is that air lifters are only suitable for gravity filters - they can hardly lift water at all
👍
2024
How many watts it use ?
Привет! У тебя все сделано правильно. Молодец! Жалко, что нет перевода. Включи субтитры!
what affects the height and depth of the large diameter of the water pipe,
what happen if the water outlet is below water level ? slower output or faster ?
Normally faster, the volume will be higher.
Congratulations from Japan! We thank you so much for sharing this video from NND DK-line Shiro Utsuri Grow out challenge Event by Het Koi Paradijs. So great to see these special Koi to show very much growth in one month of time, since we saw them last in Japan. We thank you very much - to Luc and Jeroen - for taking special care of these koi by special growing, in perfect environment provided by DVS filter. It is always a joy to see koi grow and show developments. We'd like to keep following the growth and development. Thank you very much again, for sharing! TEAM NND
Wat een mooie 😉
هاد سمك جميل جدا
How make this
how you did that?
What is potence liter for hour this pump air??
what is the pump's wattage for 20cm head with 120L/minute flow rate ????
How make
Hello. How many litres of air per minute are you using to get that large flow? I'm running 60 litres per minute but I'm tempted to run 120.
Nice pond and set up new subscriber Barry Manchester England 👍 👍 👍 👍 👍 👍
The tube connect ala sir 9703495675 Cal me
berapa kedalaman kolam . diameter pipa dan berapa uk aeraatornya thanks
net zoals bij mij vorig jaar september,ze blijven gewoon in leven
На это можно смотреть вечно.....залипаешь!!!!
In the close up off the pressure chamber it looks like bubbles are only penetrating through one of the 3 rows of 1mm holes. Is there something I'm not seeing? I have drawn up my grid papper to drill the holes and have staggered them so each of the 3 rows is spaced by 1cm and each column does not have a hole above it . . . . . .
the tube connect from what? compressor?
Yes
I guess because your demonstration recycled the water instead of having it go to waste, no one can understand it. Maybe you should write, "imagine filter here" lol
Thank you for your demonstration. It's awesome. the tank on the left represents a basin. (small size)
no lift.... just circulation.
zabi koncert
békakoncert
EXcelente caudal por tan bajo consumo
550 ste abboneee ben ik
Nice film about these animals. I have seen them also recently. Thanks for sharing this. Many greetings Catherine
Dank u wel Met vriendelijke groeten marc
Please advice me.if I increase air pressure to 60 watt. How about flow rate? it's should be increase to 45000 Lite per hour. Thank you very much.
howtoremove300mtrdeeptubewellinsand
nice setup
but it can not pump to high level. and it cost more money.
it can pump to higer level , they should use smaller diameter pipe
Channarith Mok
Nothing wrong. 110mm and airpomp.
This is circulating water with no lift or resistance. There is no filter medium. One is just spinning water in a circle. Our Olomana Garden air lifts show 300 to 600 gallons per minute being lifted 48 inches above the airlift, where it can be distributed or dropped thru a filter. We installed a Pipe-in-a-pipe air lift on a 24 inch deep fish tank and pumped water at 540 gallons per hour with a 48 inch lift (above the fish tank), or 6 foot off the ground were we drop it into a 3 inch pipe and send the water to two 100 gallon bio-filter (flood and drain), we use only a 60 watt Hakko (Matala) 60 lpm diaphragm. With 48 inches of head, we have 2 psi of water pressure to push thru a filter or bottom flood a false bottom. We do do 1200 gallons per hour if only a one foot lift, dropping the water over a bio-filter. We gave away the patent rights to our inventions so others could learn how air lifts can really produce results. We do a similar system to you, but for the purpose of converting the vertical airlift to a circular horizontal spin of the fish tank. I have built and installed over 450 airlifts (in six years) in aquaponic and commercial shrimp systems. Yours is beautiful constructed and a great display at a trade show....but no work is being demonstrated, as far as I can understand.
It is installed at the collector (water coming from your filter chamber) going to pond. Sample: /watch?v=d0yL485-wlk
I literally typed subtitles for most of the video and then accidentally hit backspace outside of this box, so that's deleted now. I can summarise pretty quickly. He is testing the performance of this Airlift with a discharge head of 20cm above water level and after that, 25cm above water level. First he connects a 40lph airpump at 20cm head, then a 60lph pump, then a 120lph pump. After that the height is raised to 25cm above water level, showing the 120lph pump result first, then 60, then 40. He also mentions that this is done with an Airlift with a 180cm lift tube, the pressure chamber was postitioned at around 160cm below water level. (+20cm head = 180cm, the entire length)
very good
Hi , Nice System wehre i can Buy the mesh ? Maybe you can give some informations. Best regards
Hello, very cool project - how it works today? greetings Roland
THANK YOU
Beste ik heb een ander probleem ik zou dit systeem willen gebruiken voor vuil afvalwater ( toilet ) te pompen zou dit ook lukken en nog een probleem de opvoerhoogte is ongeveer 7meter ben benieuwd naar julie reactie alvast bedankt en ja zeer mooi idee
This airlift is designed to circulate water around a koi pond via a filter. It is more efficent than a propeller pump.
nice bong!
Hi, the flow is great!!! Goodjob! Did you test the JDK version of secoh 20 or 30. I want to use as an airlift with a nexus 310 but a guy told me to use the jdk 30 or jdk 40 that they will create more flow, but following you seems that is better for effiecience and flow to use SLL 20. Thanks,
+Azhor cf I don't know if it will still help you, but if you can, definitely get a SLL 20 as they have been tested extensively, secondly, the SLL 20 model is discontinued and replaced with the JDK 20, which is less powerful. The JDK 30 would be a good alternative but this has not really been tested yet. (And ofcourse, uses more energy than the SLL 20.)
very nice and usefull, thank you
QUAL A POTENCIA DESSE COMPRESSOR
memories of 1995