My water catchment system is full again and catches water from every rain, but there are still a few tweaks to be made. I thought I had a rock solid water catchment design, but discovered a few issues that need to be resolved. The issues to be addressed include water sitting on top of the IBC totes now due to the plastic covering, plumbing too small for overflow, and a system to check the water level. Please visit our YouTube channel, as we now have a playlist with all of our Rainwater Harvesting Video Systems in one place.
More Water Catchment Lessons Learned
Stagnate Water
The first issue to be addressed is water sitting on top of the IBC totes. I added the black plastic to prevent the water inside the tote from building up with algae. I now have an issue with water sitting stagnate on top of the IBC totes. This needs to be resolved so that I do not breed mosquitos and other bugs there. I don’t have a fix in mind for this yet, so if anyone out there has a suggestion, please pass it along in the comments. One friend did suggest putting a baby swim inner-tube on top of the totes to force the water off. That may work.
Bigger Overflow
One of the things I have been thinking about is water capacity. The ability to handle the amount of water I will get during thunder storms and large rainwater events. Right now I have a 3” PVC pipes filling each side of my system. Each IBC tote only has a 2” egress drain valve. Right now I have the two systems connected together with a 2” PVC pipe and the overflow pipe connected with a 2” pipe. I have no choice on the two-inch pipe coming out of the IBC totes. However, where I tie the two sides together and the overflow system I do have a choice. Instead of doing 2+2=2 math, I’m going to tie each of the two inch sides together into a 4” pipe and use a 4” pipe for the overflow.
Checking the Water Level
In my last post I talked about using a clear PVC in the overflow system to see the water level. I have decided against that especially since I am moving to a 4” PVC overflow system. As neat and clean as the clear PVC would be, it would cost $117 for a five-foot section of 4” clear PVC and would likely cost another $70 for shipping.
So instead of going to that expense, I just used a hose fitting with a ½” nipple on the end. I then bought some cheap ½” clear tubing from Lowes. Each of the water catchment systems has a hose connection on it. I will simply add a “Y” hose connector and to them and then hook this hose nipple with clear tubing up, run the tubing up to the top of the IBC tote and it will tell me how much water is in the system.
Want to Help Out a Small Business??
If you are local you can support our small business by buying plants at Great Escape Nursery . You can also help us by shopping on Amazon just by going through our storefront! As an Amazon Associate, I earn commission from qualifying purchases. There is no additional cost to you! Our storefront at Amazon is located at this link: https://www.amazon.com/shop/greatescapefarms. Buying from either location helps our business produce more content for you.
If you like this blog post and want to find out more about Great Escape Farms check out our Great Escape Farms Overview. Here you get an overview of all the wonderful stuff we are involved in. Also, sign up for our email list at the bottom of the linked page.
Great Escape Farms is now on Patreon! You can support us for as little as $1. If you enjoy our work and want to help support us, please check out our Patreon page at: https://www.patreon.com/gef.
Hi,
I was reading this post the other day, and I was pondering many things. Something I thought of to fix the stagnant water issue was to have a wind powered paddle to stir the water for you. Basically a horizontal windmill would simply turn a paddle connected to the same shaft to stir the water.
Hope this helpful. I’m hoping to do my own system this summer.
What a neat idea. Thank you!