Excellent work on making the beads flow correctly without gathering in one place. Well worth the effort. Love it, oh and your tanks look really healthy.
This is fantastic. Thank you for sharing this video and great detailed information. :) Could you please let me know what the filter media is that you're using? Did it remain that buoyant after the tank had been cycled for a few months? Here is my attempt at translating 😅😅 これは素晴らしいです。このビデオと詳しい情報を共有してくれてありがとう。 :) 使用しているフィルター媒体は何ですか？タンクが数ヶ月間サイクルされた後も、その浮力は保たれましたか？
Thank you for your message. The material used is a polyethylene glycol hydrogel carrier with a specific gravity of approximately 1.025. It has been over two years since the installation of this tank, and it continues to function smoothly without any issues.
The arrow at around 4 minutes and 8 seconds indicates that the water is splitting into two streams. The next arrow shows that the filter media has gathered towards the center.
Usually with Bio Pellets you do not need that many, a 1/10th of what you are using. All the water that leaves the pellets should go through a skimmer, using an external skimmer would work really nice because all the water would be processed.
Fluidized moving beds are better than static media by a large margin. You can get way more biological filtration with an MBBR than you can static filtration. Look it up.
Excellent work on making the beads flow correctly without gathering in one place. Well worth the effort. Love it, oh and your tanks look really healthy.
Talented! 😁
You are a real genius
Thanks for the interesting video, is this type of filter suitable for a plant aquarium?
Yes but don't build it like this. You need K1 media with a large volume of air injected.
1:39 where can i find this and what the name this
This is fantastic. Thank you for sharing this video and great detailed information. :)
Could you please let me know what the filter media is that you're using? Did it remain that buoyant after the tank had been cycled for a few months?
Here is my attempt at translating 😅😅
これは素晴らしいです。このビデオと詳しい情報を共有してくれてありがとう。 :)
使用しているフィルター媒体は何ですか？タンクが数ヶ月間サイクルされた後も、その浮力は保たれましたか？
Thank you for your message. The material used is a polyethylene glycol hydrogel carrier with a specific gravity of approximately 1.025. It has been over two years since the installation of this tank, and it continues to function smoothly without any issues.
いいね〜 自分もどうやって作ろうかなが もっとわかってきた
Hey, very nice work!
What type of media is that?
Hello!
This is a media sold in Japan under the name "Bio Beads".
It's called K1 media I presume.
@@rajpadhi1 k1 i know its not, cause I have it.
Never seen those beads around here.
Very nice ! Ty for the reply
Doesn't look like K1 to me either. They seem to be neutraly buoyant as well. I would live to get some of these in the USA.
I'm using K1 and love it.
Where's the as aeration?
Beautiful
What are the arrows pointing to?
The arrow at around 4 minutes and 8 seconds indicates that the water is splitting into two streams. The next arrow shows that the filter media has gathered towards the center.
❤️
Usually with Bio Pellets you do not need that many, a 1/10th of what you are using. All the water that leaves the pellets should go through a skimmer, using an external skimmer would work really nice because all the water would be processed.
👌🏽👌🏽👌🏽
You need way more aeration.
A lot of effort put into one section of this sump, in other words a lot of water, little media used, so much wasted empty space. 🏴
Or OP can add static media filter in the next chamber if really needed, by looking the tank is crystal clear so far is enough in my opinion
Fluidized moving beds are better than static media by a large margin. You can get way more biological filtration with an MBBR than you can static filtration. Look it up.