I didn’t know about this API and it seems really cool. Will definitely try it out.

Awesome, thanks a lot!

I have some vague recollection of this article. If I recall correctly the generated circuit consisted of two (or more) subcircuits that were not physically connected but managed to communicate using induced radio waves (which is definitely not something you would typically do with an FPGA).

I’m using MetaGer and it’s pretty cool. They also have a nice OpenStreetMap interface maps.metager.de.

This was great. What a nice little rabbit hole to end up in. Seems to cost a bit but not too too bad.

Treated waste water sludge is very commonly used here in Sweden albeit using anaerobic digestion rather than regular composting. High temperature composting would kill any pathogens so you can absolutely get permission to use a composting waste system in small scales. For larger scale waste treatment it is with anaerobic digestion, as mentioned.

The captured methane is typically used for fuel, e.g., in public transport.

As far as I know the sludge used for fertilizer needs to be certified under something called REVAQ. Some controversy does exist surrounding safe levels of the various harmful substances and perhaps PFAS in particular.

What about the nutrients in the waste? Why not compost it, capture the methane offgassing, and store that?

Indeed, obviously she has quite the talent for markdown. Perhaps you could enroll her in some training for web development? She already types better than some developers I’ve met through the years…

Your guinea pig taught you something today.