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Latest Photo dump at end of page 4 from 17apr18... Hi everybody and thanks for checking out my thread! Pictures will get added to the end of this OP as they are added in the thread. That will hopefully make it easy for future readers to just see the pictures in chronological order. First step, tear down to the subfloor and put hardy board down and then tile it. For those wondering about the weight and joist questions in a previous thread, the tank will mostly evenly straddle two engineered joists so no worries. Big thanks again to @spectra for helping to solve that issue. Gear: Return - Jabaeo Sine Wave DC-10000 Skimmer - Reef Octopus Classic 200 Internal 8" Flow - Unsure, will start with what I have on hand but probably a Gyre XF-270 and whatever else if that's not enough. I am trying to avoid putting any pumps on the far wall. We'll see if that's realistic. Water Mixing/Changing - These will be hard plumbed up through the floor of the office and be a permanent fixture in the stand. Waste line goes back through the floor, across the top of the garage, through the wall and into the storm drain. What this means is that hopefully I can turn on a small pump upstairs for a few seconds to start the drain siphon, empty the sump and then turn on the pump downstairs to refill it with new saltwater. How this is going to work is largely dependent on how the sump is configured etc. The main gist is that water changes are going to be soooooo much easier. edit 28Dec17: RO/DI is permanently installed and is sourcing from upstairs laundry room to downstairs garage mixing station. edit 4Jan18: Floor is done. Rockwork is more or less how I want it. Plumbing is complete. Tank is being picked up today! Edit 8Jan18: 12jan18: 13jan18: 22jan18: 25jan18: new light. Aqua Helios R120 15apr18
This is the start of a thread that will follow the build and progression of my 200g tank. The tank is expected to primarily house SPS, but you could call it a mixed reef...or a compromise. My wife wants to have more fish and I want to have more SPS. This project started in late March 2017. It began with an interest in a larger tank and specifically a tank with deep dimensions (cube or close to a cube). As we started to look at custom tanks we stumbled upon a used tank for sale that met the general concept we were after. That tank measures 48 wide x 36 deep x 27 tall. The glass appears to be 1/2" this and front and sides of the tank are low iron Starphire glass. The bottom glass appears to be a bit thicker. Step one was loading it into a truck and moving it from Hillsborough to St Helens. It was a dark and rainy night...the first step was to get the tank into the truck. Luckily the tank was on a stand and it was almost exactly the height of the pickup truck which made for an easy slide into the truck. The nerve wracking part came next which was driving it over Cornelius Pass and cringing at every bump. The tank did make it back in one piece, but then we had to work out how to unload it. So, the tank lived for a rainy week in the back of the truck parked outside. Luckily it is so heavy that no average criminal could have even attempted to steal it. Later in the week we devised a method to black some layers of moving blankets on the garage floor and lower one side onto the blankets while the other side leaned on the tailgate. Then we had two people tilt the tank away from the truck and the thirst guy pulled the truck away. We laid the tank town and there is sat with some sand. The next day I started to remove some the sand and start to clean and inspect the tank. What did I find? Hermit crabs! There were a few hermits alive in the tank and I did try to rescue them. In then end only one survived and is still around as I write this. I kept cleaning and found another surprise. Along the back of thank on the bottom plate of glass there was a round chip up against the edge of the tank. This chip was held in place by the silicone and had been hidden by sand. I decided to pull the chip out by carefully slicking away some silicone so that I could better clean and inspect the tank. This is point where I thought why did I buy a used tank--oh yeah--because life is too easy if you always buy things new. After a few days reading stories about cracked aquariums and glass repair I decided to proceed as follows. First, I would clean the area where the chip was located and then I would attempt to use a windshield chip repair kit to reinstall the chip. This chip about 1/8 at the thickest point so I reasoned with myself that is probably did not compromise the integrity of the tank, but it might have compromised the silicone seal. If it did cause a seal problem then the tank would have to be torn down and resealed. If I was going to tear down the tank then I was definitely going to replace the bottom glass. All that said, I proceeded to replace the chip so that I could do a full water test and find out my fate. As I waited for the epoxy to cure I learned that sunlight is requirement. So on the second day I opened the garage and by some magic there was a sunny day in Oregon for the first time in years (well at least months). The epoxy did cure and the results look better than I would have imagined. The tank is now lying in wait for the water test which will take place shortly. The last leg of this update is related to the stand and the sump. We have been thinking about various sump configurations and settled on placing the sump in the garage. This opens up options for various sizes, looks and material. I nearly picked up a Rubbermaid watering trough several times and kept thinking I wasn't crazy about the roundness and extra space it would tank. Then came a post for a free 125 gallon tank (18x23x72). That seemed like a viable option and the price was right so I headed out to pick it up. As luck would have it we started down the road and a severe weather alert was issued for hail and lighting. As I turned off the road just about a mile away from the pickup location I watched lighting strike and two transformers blow.... We picked up the tank and headed to the Home Depot. The storm barely slowed us down. I had pondered a stand design for a couple of weeks and decided to go with wood instead of steel. I had some doubts about being able to keep the stand from rusting in the long term, and I had the tools and know how to build a wood stand so I chose to build a wooden stand. We picked up (6) 2x6 boards and (8) 2x4 boards as well as some joist hangers and a sheet of 3/4 plywood. The core design is modeled off the link below although the facade is still up for debate. http://reefkeeping.com/joomla/index.php/current-issue/article/29-building-an-aquarium-stand Other components that have been collected: Iwaki MD-70RLT Pump (to send water back to the tank from the garage) Reeflo Orca 250 protein skimmer (probably bigger than I need but it is rated for 200-800 gallons) A couple other pumps that will probably end up being helpful for water changes and not much else. Other components that still being contemplated: Pumps for flow...I'm looking at dual Maxspect Gyre xf280 or xf250s. More lights. I have 2x Ocean Revive T247b's and a 4 x 48" t-5 fixture. I would like to get two more OR 247b's but it seems like the supplied evaporated recently (maybe due to new model forthcoming?). Maybe some Radion lights will be in my future. Well that was a lot for today. I'm sure someone has an opinion or advice or argument to offer now so have at it. I'll keep plugging away and in the next episode you might see me getting under the house to reinforce the floor and run some pipes. Jeremy