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Moai Combines Laziness, Photography

Do you hate scraping algae and crud off your aquarium glass?  Do you also wish you had a little robot that could take video of your aquarium whenever you wanted?  You may be in for a treat in the very near future.

I actually saw an ad for Moai on Facebook today, and it looks really interesting.   Basically, the Moai is a robot algae scraper. Even cooler, there’s a built in wi-fi video camera that will capture the awesomeness that is your aquarium at 1080p

The device uses ultrasound to map out the surface of your glass so it actually gets all the spots.  Unlike me, I always find I missed a huge chunk when I’m done cleaning the glass.

Since it’s web connected you can gawk at your tank anywhere you want.  Pretty cool, right?

There are a few things to think about, however.  First is this isn’t something you can go out and buy.  It’s supposed to be a kickstarter project, but I’ve been unable to find the project.

That also means there’s no guarantee this device will leave the world of neat concept videos for store shelves. There is a link to sign up for notification at MoaiDevices.com.

And then, there’s the second issue.  Price.  While no pricing is out yet, I did see that early adopters can save 100 dollars.  That means the actual product will cost multiple hundred dollars.

Still, I’m quite interested to see how this gizmo pans out.

And to my new friends at Moai Devices, I’ll be happy to write an unbiased review if you wanna slip me an early release model.

Until then, I’ll drool over the videos on the Moai site.

 

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Review – Lee’s Countercurrent Skimmer

Protein skimmers are a necessary but often expensive part of marine reef aquarium keeping.  Good models can cost hundreds of dollars. Being on a tight budget, I decided to try out a more wallet-friendly solution, the Lee’s counter-current Skimmer.

Skimmers, for the most part, have the same basic functionality.  The devices use a mist of fine bubbles to which floating toxins and other assorted crap adhere.  The bubbles then rise, lifting the junk into a collection cup for removal.

Naturally, some devices are better at it than others.  But those devices can cost a crazy amount of money and boast all kinds of features like special pumps and programmable memory, alarms and so on.

bubble magus curve 7
Pictured: $$$$

The solution I went with, the Lee’s skimmer offered none of that.  It’s a simple air-driven skimmer.  You supply your own air pump to drive the bubbles and the intake.  The good news is that it only runs about $30 on Amazon (interestingly, the smaller model is more expensive than the medium I got).

Naturally, I wasn’t expecting a whole lot, but it had four stars on Amazon and it was about 10% of the price of the high-end models.  I even had my own air pump, so I was golden.

Two days later, I got my hands on the skimmer.  As expected it’s a simple affair.  There’s an outer body that is essentially a tube.  An included wooden airstone runs up to the top of the tube and is covered by a conical top cap.

The bottom cap of the skimmer features a riser tube to which the second airline is attached.  Bubbles rise through the tube which forces tank water to be sucked in via small openings at the top of the skimmer.

Finally, the collection cup sits on top of the skimmer which has a tapered tube inside it.  This allows the bubbles to rise from the water and deposit… muck into the cup.

While the box says the unit comes pre-assembled, it was very much not assembled when I opened the box.  I quickly found out why.

The fit and finish of the tubes and caps and stuff are not great.  Actually they have about the same build tolerances as a 1987 Pontiac Fiero.

In other words, the thing falls apart if you look at it the wrong way.  None of the parts fit snugly together.  As soon as you try to place it in your sump or adjust it, something is going to pop off.  While you try to fix that part, a different part will come off.

Finally, I broke down and decided to make some improvements.  I used silicone tape around the body on the top and bottom to make the sections slightly thicker.  With the added thickness, the caps fit very snugly.  Superglue was also necessary to affix the suction cups to their posts.  Without superglue, the suction cups would dislodge whenever I tried to adjust the Lee’s protein skimmer.

One other quick fix I did was to make the water level line visible with a grease pencil.  You simply can’t see the little line once the skimmer’s on the tank.  As it turns out, however, that wasn’t necessary because the water level line was far too low and the bubbles would never make it into the collection cup.

It took a little trial and error but I finally got the thing dialed in and actually doing something.  It took the better part of an evening, but I finally beat the thing!

One thing to note here is you’ll need either two lower powered air pumps or one larger pump to drive the two air sources.  A single small pump simply won’t cut it.

After I got everything going, I have to say the Lee’s counter current skimmer actually did perform its job.  It didn’t take long before icky brown crud filled up the cup.  Since a decent air pump is pretty reliable, I don’t expect a lot of issues out of this protein skimmer once it’s set up and running.

lees collection cup

You just have to work for it to save some money with the Lee’s protein skimmer.

Here’s a handy list of items (including the stuff I had to use to fix it) in case you want to give this thing a go.  These links are affiliate links, so I’ll get a (very) small portion of the sale if you buy anything via the links.

 

 

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Marine Depot Giving Away $200 High Tech Flow Pump

Being a fan of aquariums, I subscribe to a lot of newsletters from various online aquarium suppliers.  Marine Depot often announces giveaways in their newsletter.  Their new giveaway is pretty sweet.

Up for grabs is a Maxspect Gyre XF130 Generator Flow Pump.  Other than the thing costing over $200 bucks is that it has a unique take on moving water around your display tank.  Rather than several pumps working in concert as with a traditional wavemaker, this is a single unit.

The idea is that instead of waves, it creates something called a gyre current.  It’s supposed to get water flowing across your entire tank without deadspots or spots with too much current.

I’m still not sure I understand how it works, but I want one.

You can have a change at getting one too.  Click this link to enter the contest.  Note that I get an extra entry for everyone who enters using my link.  You like me and want me to win, right?  Then we’re cool.

Good luck to you, the contest ends on Monday May 16, 2016 so hurry up and enter.

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Build! 4o Gallon Reef Tank

The siren call of the sea, the peaceful reef environment.  It was bound to happen to me eventually.  The call to build a saltwater reef aquarium.

Don’t get me wrong, I love my big planted tank.  But, I thought maybe it was time for a new challenge, and I just happened to have the perfect empty spot in my living room for a new aquarium.

As my new reef setup sits waiting for the addition of corals and wildlife, I thought this would be a good opportunity to document what I’ve done so far to get it up and running.

Ideally, this will be a brief overview of each part of the build and I’ll write some more indepth how-to and review articles in the future covering more of the details of individual parts of the build.

I’ll include a parts and component list at the end with links.  Let’s start at the beginning.

Tank and Stand

The first part of any aquarium build will be.. the actual aquarium.  For this build I snatched a 40 gallon breeder tank during a Petco $1/gallon sale for… $40

I went with the Breeder tank because of its design.  Breeders sacrifice height for more floor space.  A 40B aquarium is 36 inches wide by 18 inches long and only 17 inches deep (tall.)  I always regretted the 60 gallon aquarium because it’s basically a 55 gallon but a little taller and very narrow.

Having more floor space is almost more preferable to having more height.  It provides more area for the fish to really use and gives you far more aquascaping options.

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After an overnight leak test (hey, you don’t want to find that out AFTER you set everything up). I sprayed the back glass a nice deep blue.

I opted against drilling the tank for bulkheads.  I’m pretty sure the Aqueon aquariums only have tempered glass on the bottom.  I didn’t want to find out the hard way, plus I didn’t trust my drilling skills.  Even though an external overflow is more expensive, one broken tank would have negated any cost savings.

For lighting, I splurged and grabbed the 36-48″ Current USA Orbit Marine LED fixture.  It’s the single most expensive thing in this build, but worth it!

Next up was the stand.  If you do any searching for a stand that can hold a 40 gallon b fish tank, you’ll probably see that there’s a 36″x18″ metal garage shelving unit out there that fits the 40b tank so well it’s like it was custom made.

That’s the option I used and then clad it later (more on that in a bit). I found the shelf on Amazon for a little less than what my local big box hardware places were charging.

I opted to build the shelf as a 3-foot tall shelf rather than using the whole 6 foot tall assembly.  You can do either, but remember, you have to slide the tank in from above to fit it into the shelf.  The tank sits on top of the metal rails on the shelf.

40b aquarium garage shelf

Sump and Refugium

While not technically necessary for a successful saltwater aquarium, I decided I would go with the full package.  As an added bonus I had a leftover 29 gallon aquarium taking up space in my storage shed.

As a side note, if you’re buying a new tank for your sump/refugium, do not use a 29 gallon tank, it’s too tall.  Use a 20 gallon, or even get another 40 gallon.

I then had my local Lowe’s store cut up a few pieces of glass to size (it was well under 20 bucks for all the glass I needed). I used three pieces on the left for a bubble trap (two pieces mounted high, the middle piece low).  The fourth piece went on the left to create a compartment for the return pump and the second side of the refugium in the middle.

sump

It turned out pretty ugly to be honest, but most people don’t stare at their sump for hours on end.

I also threw in a spare hidden LED from my big tank for the antec lights and bought an inexpensive LED light which I mounted across the refugium section to help the algae grow.

The small light is on a timer to give the refugium 12 hours of daylight overnight in an off cycle from the display tank.

Plumbing

Now I have the two tanks, it’s just a matter of connecting them.

As I mentioned earlier, I opted to not drill my tank for bulkheads.  This means I have to use an external overflow.  I heard great things about the CPR CS50 overflow.  It’s a little more expensive than others, but it’s built well and it’s not a component you want to fail.

Speaking of which, the CPR is often mentioned as optionally needing an aqualifter pump.  That is so not optional.  You need either an aqualifter or a strong powerhead with a venturi.  The reason is that in the event of a power outage, you will lose the siphon in the overflow.  The auqalifter removes the air from the siphon chamber starting the siphon automatically.

One final think to know about the CPR CS50 overflow, it’s bulkhead is listed as a 3/4 inch outlet.  Which is true, but it’s a 3/4 inch PVC, if you’re using flex hose, you can find an adapter online.  Or you can do what I did and get creative at the plumbing department at the home depot.

overflow

I did take the opportunity to add a ball valve inline with the overflow.

To return water from the sump I went with a Rio pump of a similar GPH rating as the overflow. The Rio came with a ball valve already to control flow.  I mounted the pump using the included hanger.

By mounting the pump high up in the tank, that meant it wouldn’t end up draining the whole sump into the display tank and flooding the place should the overflow fail.  It’s important to allow enough extra room in both the sump and display tanks to compensate for failure of one of the components.

Rather than getting fancy with hard pipe, I opted to use 3/4″ inner diamater flexable hose.  It’s maybe not as optimal as using rigid PVC, but it’s a lot easier to work with.

It turns out that even though the Rio had a higher GPH rating than the CPR overflow, it could not return water fast enough, causing the CS50 to gurgle.  I carefully adjusted the valve coming off the overflow to slow the flow until the pump and overflow were going at the same rate.

Balancing the two took a little work.  If I closed off too much flow, the display tank would overfill until the pump started to run dry. Eventually I reached flow nirvana and the levels in both tanks stayed the same.

Assorted Other Stuff

The basic infrastructure covers the build, but I wanted to point out a few other things that are part of the build.

I used an existing 200 watt heater I had from a previous tank.  In addition, I coupled an air-powered protein skimmer with a Whisper pump I also already had.

For powerheads, I started out with inexpensive SunSun powerheads as I’m such a big fan of their filters.  But, I also used a plug in wave generator which alternates which pumps get power.  It turns out the SunSun wavemakers don’t work too well when you turn the power off and on.  I ended up buying a pair of much more expensive Hydor Koralia wavemakers which work beautifully.

As for the hardscape in the display tank, I went with 50 lbs of Florida dry rock from reefcleaners.org at less than $2 per pound it’s a great deal.  I seeded the sump with some live rubble I picked up on eBay.

Finally, I didn’t want my nice new reef aquarium to look like it was sitting around on some industrial shelving.  So I hit Home Depot for some beadboard paneling and trim and knocked together a series of panels that attach to the metal shelving via magnets.  I’m pleased with the results.

cladded tank

Parts List

Here’s a link to most of the stuff I bought for this project.  Some of these links may be affiliate links (If you buy something, I get a small percentage).

Tank and stand

Sump

Plumbing

Misc.

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This Happened: My Double-Sided ‘Scape

I have been putting off making any updates to this site for a while now as I was planning on moving.  I knew that I was downsizing and I thought I might use my 60 gallon planted tank as a room divider in my new place.

roomdividertank1.JPG

Sure enough, that’s exactly what ended up happening.  It’s kind of weird seeing it so barren after it spending most of its life as an overgrown jungle tank.

2sidedtank2

Right now, things are a little sparse in there, but the plants will grow in and fill out giving it a little more full of an appearance.  I’m hoping I’ll get those microswords to carpet on the “front” side of the tank while the taller plants grow up into the middle and back of the tank.

roomdividertank2

I also owe you all a post on how to move an aquarium like this one.  I swear I’ll get it written soon.  Until then the “after” pictures will just have to do.

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August ‘Scape Update

If you follow this site (why don’t you? Just click the button on the right), you’ll know I recently had to re-scape my creek tank thanks to some feline hi-jinx. I also recently re-did the setup of the 60 gallon tank, so I figured I’d share some pictures.

29 Gallon Creek Tank

Before:

IMG_0134It was  a decent enough setup that somewhat resembled a creek, though the lava rock and java fern aren’t exactly native.  I kind of felt that the driftwood messed with the rule of thirds and didn’t look natural.

After:

IMG_20150809_190622213_HDRI decided rather than two hills with a valley in the middle, I’d go with a large, pronounced hill.  Originally I wanted a drop off, but this ended up more like a hill.  It’s barren now, but I planted a tiger lotus in the back and an apogenton in the mid ground.  That should fill out that hill nicely once it grows out.

Similarly, the Java fern will hopefully grow out into a nice, bushy background.  I have some random native stem plants in the corners and back to add some variety when they grow out.

The driftwood is more natural laying down and draws the sight line across the bottom third of the tank. There’s some java moss which hopefully will take off and lend a softer, more natural look in time.

60 Gallon Planted High-Tech Community Tank

Before:
IMG_20150728_150735516_HDR

This is my main tank, and the one I spend much of my time on.  There wasn’t anything in particular wrong with the setup and I was very pleased with how well the java fern took off.

Basically, I was just bored and decided to mix things up.

After:

IMG_20150809_190539917_HDRFirst thing to note: I didn’t go crazy planting the ludwigia repens. This photo was taken about a week after I did the aquascape.  I had cut those plants way down, most were only a couple inches tall.  These things just blew up like weeds.

It’s great for background, but they are effectively choking out the tiger lotus.  That is the problem with a jungle scape.

I have to say I’m still not 100% happy with this setup.  I wanted do something more like a rock cliff with driftwood protruding from it.  Turns out my giant fake driftwood there is way too big for the tank and will only fit a couple ways.

The new setup does make for some nice hidey spots for shrimp and fry. I’m hoping this will also get more light on the dwarf swords so they’ll spread out and cover the open ground.  But, I have a feeling, this setup will look different come the next update.

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Dedicated Aquarium Stands: Goood

Cat aquarium balancing act

If you read my previous build article on my 29 gallon creek tank, you may have noticed I took a shortcut in the aquarium furniture department. I warned against doing so, but I kind of learned the hard way to take my own advice.

No, the fish tank didn’t come crashing down in a tidal wave of broken glass, water and flopping fish.  I stand by my assertion that that you could park a car on that thing. No, instead something more unexpected happened.

Cat aquarium balancing act

Yes, that’s my acrobatic manx cat balancing along the edge of the aquarium.  Since the desk is bigger than the tank, he was able to hop right up and get an up-close view. A later census of the tank inhabitants confirmed that he had a small snack while he was there as well.

Fortunately, the stars aligned and that same day one of Petco’s 20% off deals landed in my inbox.  I got a pretty sweet deal on a simple, but not bad looking metal aquarium stand making it less than $40 shipped.

Putting the stand together was simple.  Moving the fish tank to it, not so much.

Here’s another word of sage advice that I actually followed:  Always completely empty an aquarium before trying to move it.

So I pulled out all the plants, transferred the fish to a bucket of aquarium water and got the sand out.  Don’t forget the substrate, that stuff can be heavy.

That was a pain in the butt, but the biggest problem was the creek chubs kept jumping out of the damn bucket.  One of them very nearly met its fishy demise.  I found it when I moved the desk out of the way to place the stand.  It was barely breathing by the time I got to it.

Fortunately, the fish seems no worse for wear after jumping over the Great Wall and is back to mercilessly harassing its tank mates.  That wasn’t even the only jumping incident.  Another of them made the leap while I watched.  At least after that I got smart enough to cover the bucket.

One re-scape later, and we’re back in business.  I need to clean up the wires since they’re visible now, but the setup looks pretty nice.  The cat is relegated to watching the action from the safety of the floor.

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The moral of the story is do it right the first time or else it’s way more work down the road.  Either that or, don’t have an athletic cat.

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Time can do amazing things

I’m going to change things up a bit for this post.  Rather than an aquarium build, tip or deal I’m going for a little retrospective piece.

I was browsing through some old photos and I came across this little gem:

IMG_4616

See that little plant on the right sitting on the driftwood?  That’s one of those little java ferns you can buy in various pet shops that comes packaged in a plastic box with some sort of gel in it.

Not very impressive I know.  Well how about this shot I just took today:

IMG_0112

And that is a wider shot of the same log I took today.  I did add some java moss to the log, which is the little bits you see mixed in with the plant. Otherwise, that all came from the sad little fern in the first picture.

I’ve also trimmed and culled that plant many times in the past year or so.  I’ve removed tons of daughter plants cut off leaves, you name it.  I can’t get the thing to stop growing now.

I kind of forgot the whole thing started from a little twig about a year and a half ago.

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Disaster Strikes: The autodoser incident

Sooner or later it will happen to you. Something will go awry and turn your beautiful aqua eco system into a nightmare scenario for your fish, and maybe your whole house.

I was lucky that this wasn’t one of those incidents that required some kind of insurance claim. Some of the inhabitants of my planted 60 gallon aquarium, they weren’t quite so lucky.

I’ve been using a DIY fertilizer dosing setup successfully for some time now.  But, recently, I tore the setup down to rearrange it and top off the liquid fertilizer.  I moved the dosing pump to the outside of the tank near the water line.

After a bunch of testing and re-testing I finally got the system to prime and flow like I wanted. That night I headed off to bed and awoke to the horrifying noise of an air pump running in my cabinet.

The only air pump I have set up in my 60 gallon fish tank is the one used to keep the fertilizer mixed, and it only runs for 5 minutes while the lifter pump is running – at 10 PM.  Here it was 7AM, the 1 liter bottle of fertilizer was nearly empty and the water column had a distinctively tannic look to it.

Then the panic set in.

I quickly performed a 50% water change and unplugged the system. Some of the fish were at the top of the tank, but many of the livestock didn’t seem too bothered by the rich environment.

Later in the day, things weren’t so good.  I saw the ottos were lethargic and looking rough, and there was a dead white cloud minnow on the bottom of the tank.  I transferred the ottos to another tank and did another 50% change

I’ll probably keep doing at least 20% changes regularly this week to make sure all the excess nutrients have been removed, and hope no more fish succumb to the water quality.  One of the ottos sadly did not make it through the night.

I did a post-mortem and found that the timer I use for the dosing system has two on/off settings.  Somehow, I accidentally enabled the second on timer without enabling an off timer.  Essentially the system was programmed to come on at midnight and never turn off.

The takeaway from this is when setting up your equipment, double check everything.  Make sure it works as intended.  Take your time, the results of this simple mistake could have cost me my entire population.  While this was a DIY setup, the same can be said about commercial products as well.

I’m just lucky this didn’t happen with an overflow system or something like that.  It doesn’t take much water leaking to ruin a floor or more.

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Hands-on with the UP Aqua Inline CO2 Atomizer

Up Aqua atomizer is tiny

The U.P. Aqua CO2 atomizer is a tiny gizmo to inject CO2 into your planted tank. It works with a canister filter and pressurized CO2.

I recently purchased the U.P. Aqua CO2 Atomizer to replace my no-name internal CO2 diffuser.  I chose the UP because it had good reviews on Amazon, and I wanted something that sat inline with my canister filter and not in the display tank itself.

Here’s a link to the product on Amazon: UP Aqua Atomizer on Amazon

Just a heads up: if you use that link, I’ll get a small percentage of the sale price as a commission.  Don’t worry, it costs you the same either way 🙂

The first thing that caught my attention was how small this thing is.  I’m used to diffusers with a lot of real estate to give the CO2 time to dissolve into the water. This thing fits in the palm of my hand.

The way it works is pretty straight forward. Inside that contraption I’m holding is a core not UP Aqua atomizer packageunlike in-tank ceramic diffusers.  Water from the canister filter’s outflow goes through the tube.  CO2 is held outside the ceramic center under pressure which pushes the CO2 into the water stream in the form of micro bubbles.

Installation is pretty straight forward.  You cut your return hose and place the atomizer inline. The intake is at the bottom of the atomizer and output is at the top.  There’s a port for the CO2 hose at the top of the device.

All connections including the CO2 intake are barbed with lock nuts ensuring nothing will slip off while in use.  This being a direct from Asia sort of product, its barbed connectors are metric.  That happened to be perfect since I use a Sun Sun canister filter, which is also metric.

If you’re just going to put this setup inline hanging from your hose, it’s pretty straight forward. I decided to get all fancy, however.  I already have an inline heater (another awesome thing to have) and adding the CO2 gear along with that outside the tank was getting a bit excessive.  I took a detour and routed my output hoses and inline gear along with my CO2 setup through my tiny storage area in my aquarium stand.  It was a lot more work, but I can’t argue with the results.

Organized hoseWith everything in place, I turned on the system.  The first thing I noticed is how much I had to crank up the pressure to get the CO2 to diffuse.  A DIY CO2 system won’t do at all here, you need some serious pressure.  It takes a little more pressure to get going at first.  The first time I started the system I cranked my valve so high, I blew the lines off the bubble counter.

It took a few hours for the ceramic core to break in and I got the gas flowing at around 1.5 bubbles per second.  At that setting, I can see a very fine mist of micro bubbles coming out of the filter’s output and into the water column.

That means that there’s less than 100% CO2 absorption going on there.  But, based on the bubbles I see, there’s definitely some absorption going on there.  I did play with the CO2 output. The mist seems to almost completely go away at around 1 bps.

old co2 diffuser

My old in-tank setup also let some gas escape.  It output larger bubbles and you could see them spit out every once in a while.  These bubbles are much more fine in the new system.  Because of that I’m not sure I can really compare the rates between the two.

What I do know is it looks one heck of a lot nicer than the old setup, so I think I’ll stick with it.

For under $20 it’s a pretty good option if you have a canister filter and a pressurized CO2 setup.  Here’s that link to Amazon again: UP Aqua Atomizer on Amazon.

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Impulse Build: 29 Gallon Creek Tank

Setting up an aquarium on an impulse is not a smart idea.  Generally speaking, anyway.  I had a bit of an odd situation where I realized I needed to rehome some new aquatic inhabitants quickly.  This is the story of my on-the cheap one day build of a 29 gallon tank.

The backstory: There’s a creek in my neighborhood full of interesting wildlife (and lots of trash.) The kids and I built a 2-liter bottle fish trap and caught some minnows and tossed them in a 10 gallon tank I use for random guppy fry.

It quickly became apparent that the creek chubs we caught were going to need much more space, and soon.  I had two things going for me: an oversized filter in the well-established 10 gallon tank and a manager’s special at my local Pet Supplies Plus for 29 gallon aquariums.

I only needed to buy a couple things to get everything going, a 2nd light housing for an existing LED spotlight I had and some kind of substrate for the new tank.  Heck, I even had a nice piece of driftwood and some feature rocks I was hanging on to for a rescape of the 60 gallon main tank.  This was perfect!

IMG_20150628_133527049_HDR

With the tank acquired, I decided to spray paint the back glass black instead of using a black trash bag after everything was setup.  It’s a pretty simple process and looks great, I could even use the cardboard around the tank to serve as my mask for the sides of the tank.

Spray painting completed, I lugged the tank upstairs to its new location.  And then it happened.

 


Ok, so much for the low cost build, at least they were on sale, right?  Repeat steps 1 and 2, but this time don’t walk the aquarium into a doorjamb.

I chose regular ol’ playground sand as the substrate because it’s cheap; 4 bucks at your local home improvement store. The problem with playground sand is it’s dirty.  To clean, I put the sand in a 5 gallon bucket and ran a hose to the bottom of the sand.

IMG_0047I let the water run while painting the new tank (and cursing about my misfortune.)  Every once in a while, move the hose around to keep the sand that’s settled moving.  The idea is that the dirt and lighter stuff will float off while the heavier sand stays in the bucket.  Keep repeating the process until the water runs mostly clear.

Wet sand is heavy, I ended up splitting the sand into two buckets.  This made the weight much more managable to move the buckets upstairs.

Once the new unbroken aquarium was moved upstairs, I put it in its final place.  I used a wicker desk, it’s very sturdy and I can trust it to hold a few hundred pounds.  Don’t do that. I’m the guy who broke an aquarium on a door after all.

IMG_0041

Get, or make a more appropriate stand. You can pick up a cheapie iron stand for around $30.

Once in place, the fun stuff starts.  I decided I wanted to do a simple aquascape, so I went with the classic valley in between a couple of hills.  One hill was larger than other and I tried to roughly go with the rule of thirds when building out the hills.

The thing with sand is that it will settle and gravitate toward being flat.  I used the driftwood and rocks I had plus lava rocks from my old volcano aquarium build to serve as structure to hold the sand in place.

Bolstering sand is a bit of an art I haven’t perfected.  The basic idea is to use your rocks or other material in tiers to keep the sand from sliding all the way to the bottom of the tank.

IMG_0047

I only did a minimal amount of plants to start with, mostly java moss and a java fern that was in the old 10 gallon tank.  The planted Aquaclear filter from the 10 gallong tank also went into the new tank with some of the Pothos leaves submerged and the rest draped about the top of the tank.

IMG_20150628_170140960With the sand in place the tank was filled.  Despite my earnest sand washing, the tank was a solid cloud for several hours.

While the dust settled, I hung the lighting.  The placement of the tank was against a slanted wall, which made it perfect for suspending lamps above the tank. I used small inexpensive shop lights from the home improvement store.

For the lights themselves, I co-opted some no-name LED spotlights I was using for making videos. They actually worked incredibly well for the setup and I already had them.  Even if I didn’t I think I paid around 5 dollars each from one of those direct-from-China websites.

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Other assorted equimpent was moved over from the old tank, along with a spare powerhead to make some current.  The residents were transplanted and we were off to the races.

Of course I could only get everything done in an afternoon because I had an established filter rated for the new tank.  Starting fresh, you’ll need to respect the nitrogen cycle and make sure your tank is ready before adding fish.

It was an interesting experiment, and a fun project to do with the family.  Well it was fun until I destroyed the first tank.