I actually toured a waste treatment facility as part of the biotech courses I took - the smell was stuck in my nose for months but it was somewhat elucidating; though I'm specifically looking for systems optimized for methane production/harvesting rather than a crash course in digestor designs.
On Wednesday, February 2, 2022 at 3:48:28 PM UTC-5 S James Parsons Jr wrote:
On Feb 2, 2022, at 2:37 PM, Cory J. Geesaman <co...@geesaman.com> wrote:Also, different designs for different scales would be welcome - my actual scale is a 4-family home, a few apartments, and a couple of businesses - probably the equivalent of about 20 people in annual poop production, but I'd like it to scale with additional input chutes as well because one of the businesses is a farm and there's plenty of animal waste I could toss into the system as well. I might go at the scaling issue via separate house/apt systems and farm systems though, because I assume the nutrient balances will be somewhat different between the two, but would like the output to just be methane gas to feed a generator and fertilizer.On Wednesday, February 2, 2022 at 2:31:07 PM UTC-5 Cory J. Geesaman wrote:I've read that a family of 4 produce enough methane waste in their septic system to yield about 40% of their home energy needs and would like to build a home system for this purpose. Does anyone have any good research/sources on designs for methane/biogas-harvesting septic systems? I'm assuming it's not as simple as using an air-tight tank and pumping off the gas from a storage bladder attached to it after drying - that the geometry of the tank and the layout of various digesters/tanks would play a big role in actually reaching that 40%-of-total-energy-use quota worth of methane production and harvest. Are there specific nutrients that should be monitored and potentially supplemented to maintain the optimal biogas generation rate for a given volume of mass? Dwell times in gas-harvesting chamber(s) prior to moving on to subsequent stages in the septic system (such as waste storage for removal?) Does it need a giant poop blender inside to keep it liquefied and churning around, or is a continuous-flow design possible to achieve the same efficiencies? Any help answering these questions would be appreciated, and I'll post photos+data when I actually build the thing.--
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