Jump to content

Search the Community

Showing results for tags 'air'.

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


Forums

  • General
    • Community Resources
    • Introductions & Greetings
    • General Discussion
    • Photos, Videos & Journals
    • Plants, Algae, and Fertilizers
    • Fish Breeding
    • Diseases
    • Experiments
    • Aquarium Co-Op's Local Announcements
    • Aquarium Co-Op Events
    • Forum Announcements
  • Off Topic
    • Off Topic General

Blogs

  • Daniel's Fishroom Blog
  • Music
  • Music for Fish

Calendars

There are no results to display.

Product Groups

There are no results to display.


Find results in...

Find results that contain...


Date Created

  • Start

    End


Last Updated

  • Start

    End


Filter by number of...

Joined

  • Start

    End


Group


About Me

Found 5 results

  1. I am working on my first tub pond. I took inspiration from many different sources such as @Dean’s Fishroom @Cory Serpa Design etc. If you see something that you came up with and I haven't mentioned you please know that I am not claiming any of this as my own. I have mashed together ideas into a pond experiment that I'm hoping works well for my situation. I wanted to share progress and maybe get some feedback if anyone else has ideas or has tried any of this previously I live in Wisconsin so overnight lows aren't plant friendly until about mid May. I have the tub filled and cycling but I will have to add update photos once I can safely plant and add fish. I started with a 70 quart (17.5 gallons) Muck Tub from a local farm supply store. I drilled a hole for a low profile drain that I had. I added this to keep the water level several inches below the rim and if it rains heavily act as a over flow to maintain that depth. I wanted do a combination of emersed plant filtration and air driven undergravel filtration so I will be adding a plastic 12 inch pot to the center of the pond. Finding a pot that wasn't tapered so that the base was more stable was the most difficult part of this build. To get the pot sitting at the depth I wanted I had to add 2 patio paver bricks to the bottom of the tub. Using a hole saw I drilled holes around the pot. These allow water in for access to the plant roots and the undergravel filtration. I siliconed in strips of knitting mesh as a barrier to hold substrate in but maintain water exchange. Another paver was added to the inside of the pot to increase weight/stability as some of the plants im considering grow quite tall and on windy day could cause the pot to shift. I added a cheap adjustable uplift tube that I purchased online and filled in the space around it with small lava rock. Above this layer I added another piece of knitting mesh cut to fit as a barrier to keep substrate from filling in the bottom of the pot. I am using layers of extra substrate that I had on hand to fill the pot. I started with a base of Fluorite on top of the knitting mesh followed by a layer of Stratum. I only had enough spare stratum to make the 2nd layer a few inches deep so I capped the pot with more Fluorite. The goal here is that pot is driven by a small air pump that lifts water from the base of the flower pot and exits into the main pond. Water returns through the sides and surface of the pot and is filtered through the substrate and nutrients are taken out by the plants. I'm currently running a heater to keep overnight water temps up but once overnight lows increase I plan to remove the heater and only run the air pump until October. The tub is small enough that after draining down I should be able to move it indoors for the winter. If things work out I will add updates in the future. Let me know what you think
  2. Hi, so I recently figured out that I think my tanks needs an air stone (shrimp swimming awkwardly, being flipped in odd positions), but the tank is located in a room where the (already quite quiet) noise of the USB nano air pump, or the bubbling from the tank wouldn't be great, however could be lived with. Would connecting the pump to a WiFi timer have any downsides due to the daily cycles between powered on/off? Thank you!
  3. I was setting up a couple grow out tanks today. Because of where they are located I needed to mount my power strip, air pump, etc. on the wall. I came up with this quick and easy mount for isolating the air pump to limit how much vibration transfers to the wall. I had some adhesive hooks (not sure what brand) that pivot in the middle. After mounting to the wall I added a felt furniture pad under the hook to hold it out. This keeps the air pump close to the wall but out just far enough to prevent it from touching. The felt pad helps absorb vibrations that transfer to the hook. I'm not sure this would work with a larger air pump but for these smaller ones it does the trick. Pumps pictured are the Aquarium Co-op USB Nano and the Aquatop 20
  4. I'm trying to run air to both my tank and my BBS hatchery. I thought this was a pretty simply endeavor: plug in Aquarium Co-op's AMAZING nano pump, then plug in two different outputs at the ends of the t splitter. But air only comes out one side (down to the BBS hatchery). I have checked that the valve is totally opened up....I clamped it all the way down and then opened it all the way up. So it's not that. Any clues? Is it because one is lower than the USB nano pump and the other is higher, so it doesn't send air up? Pictures below...I'm sorry they are pretty bad. 1. USB Nano connected to airline T splitter 2. One end of splitter goes into the tank: 3. Other end goes down to my BBS hatchery
  5. Ive bought myself a 3-something gallon hexagon tank for my desk. I've got myself a nano usb airpump and neverclog airstone, and some other things from somewhere online to help complete the tank. Id like to ask whether an airstone's vertical placement in the tank makes much of a difference for dissolved oxygen. I understand that some lesser amount of oxygen will not dissolve as air bubbles will travel less distance if the airstone is near the surface. My feeling is that "I want all the oxygens I can get omnomnom" but my curiosity has me considering how much I can get away with. If the difference is minor, I might be able to get away with a 'low flow' tank. This most likely would be terrible as the water volume grows, but for a 3 gallon even 2 inches under the surface is a large percent. -- Besides curiosity, i have an accidentally rimless tank that i would love to grow duckweed as my tank lid. The guppies would love that too. The airstone being near the surface doesn't transfer as much force to disturb the water outwards. If the water surface moves too much duckweed gets unhappy. The tank is lightly planted with some guppy grass and some clay pellet substrate. Also has a wondershell in there. Thanks for reading. 🙂
×
×
  • Create New...