1/13/2024 0 Comments Fertilizer for bato bucketsI then added the end piece, blocking one side of the PVC pipe, again using PVC weld (see Image 3). you can see the joined and drilled PVC pipe in Image 1 and 2. I measured where the holed needed to be and drilled the holes. I used a 25 mm hole saw (note a spade bit or frostner bit will not work). We then need to drill the holes for the overflow to enter the PVC pipe. We join these two with a joining piece and weld it with PVC weld glue. We need 3 m so we can cut 1 m from the one pipe and use the full length of the other. The first step is making and mounting the overflow of the system.įor this we are using the 40 mm PVC pipe. With the buckets completed we now need to get the irrigation up and running. This completed the work needed for the buckets I then cut a piece of shade netting to size and placed it inside the bucket. I used a small drill bit and drilled several holes into the bottom of the inner bucket. This bucket needs to drain well and not allow to much growth medium to fall into the outer bucket. The inner bucket is the bucket which will hold the growth medium and plant. The buckets didn't seem to leak and I was happy with the outer buckets. You can see in image 7 and 8, I was testing for leaks. I then heated the pipe still sticking out of the bucket and put a elbow on the outside as well (see image 6). I forced the pipe in as deeply as I could to try ensure that the system wouldn't leak. I then heated the pipe again as well as the bucket to make it easier to insert the pipe into the bucket. See image 2 and 3 for the cut pieces and inserted elbow on one side. I soaked this in boiling water so that it was easier to insert the elbow. I then cut pieces of the 20 mm Black irrigation to length (so that they go to approximately the centre of the bucket). I drilled a 20 mm hole just high enough so that the irrigation elbow doesn't touch the bottom of the bucket. To start this bucket we need to drill a hole for the overflow. The outer bucket will be the one with the overflow in. I shall refer to these as the inner and outer bucket. Since this is a double dutch bucket system we will be working with two buckets per planting "pot". I still need to treat the benches as they are sitting outside, I will either varnish them or I will simply oil the wood. Then screwed the legs on and finally screwed the top planks on, and repeated for the second bench. I drilled holes where the screws were going to go (1 size smaller than the screw size) and then screwed the frame together. The 60 cm planks were used as legs and the other two 1.5 m planks were used as the top of the bench. The process of making the benches was pretty straight forward, 2 of the 1.5 m planks made up the frame with the 30 cm planks. 4 x 1.5 m planks, 4 x 60 cm planks and 2 x 30 cm planks. I wanted two 1.5 m long benches, so cut the 3 m planks into the following lengths. I made two benches and needed the following materials:Ħ x (3 m x 11 cm x 38 mm) Pine planks, I wanted to use pallets but couldn't find any on the day so i bought the cheapest planks i could find ($4 each).Ī drill, drill bit and screwdriver (saw if you need to cut the wood but my local hardware store cut mine to size). If you have something that will work as a bench/stand for your dutch buckets then you can skip this step. I needed benches for my dutch buckets to rest on. and need to give him credit as my system is based on how he does his dutch buckets. I have been watching a lot of Brock Hughes hydroponic videos (mine is outdoors, and if you plan on doing it indoors make sure your plants get enough light). This system can be used, indoors, outdoors or in a greenhouse. I also didn't take exact measurements for this project, so I'm not going to explain exactly where to drill holes etc, it is relatively straight forward. Please note that this is a very flexible instructable, you can make your system with as many or few buckets as you wish, and can change the layout etc. This system is idea for hobby growers who wish to grow large plants (eg tomato,cucumbers, peppers). The excess flows down the bucket, into the second, outer, bucket and then overflows back into the reservoir. The plant then extracts some of the nutrients and water that it needs from this solution. Water with nutrients are pumped from a reservoir, and drip into a inert medium where the plant is growing. Whilst the double buckets aren't necessary it helps with the end of season cleaning as one bucket can simply be lifted out of the system and cleaned and the rest of the system can stay behind. This instructable gives details on how to build a Dutch bucket hydroponic system for reasonable inexpensive cost (this system cost me approximately $150).ĭutch buckets are a type of dripper hydroponics, and this is a double dutch bucket system (two buckets inside each other).
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