First off, a great idea! Get more than a “one off” source of power/electricity. We should be doing that on the industrial scale wherever we
generate excess heat. This is a great step in the right direction.
Second, besides the inverter, nearly an all in one system. Everyone forgets about the inverter part of the equation. To get household current you need
one (and probably some form of transformer). An all in one solution would be a quick selling point to distant shipping points.
My issues. Noise. The thing is loud! Doesn’t help when the zombies are outside (or anyone else trying to take what you have). Still polluting. It
burns any combustible material and gives off CO2 (and other gases). Needs to be upgradeable. With newer tech like heat batteries (1414Degrees’
silicon batteries would be a neat addition), supercritical CO2 generators (take CO2 from the atmosphere, store until needed, heat up, compress, turn a
turbine built to take SCO2) would be a “two birds with one stone” moment.
Distillation is a huge sticking point. Heck, if you can do water what else can you heat distill? If you can do water, you can make alcohol. If you can
do alcohol then you are not far off from petroleum. And everyone having access to clean water, electricity and gas just can’t be tolerated! Why all
those poor oil VIPs would become middle class and we can’t have that (sarcasm)!
If hydrogen fuel cells and redox flow batteries could be worked into the scheme then it would really be something to halt and take notice. Honestly,
this should have been done in the 70s/80s and it would not seem like a “strange” idea.
Cool find! Thanks for sharing. And the remote peoples of the world are better off knowing that it is out there. And don’t be surprised if you see a
“bundling” of energy tech together to replace the Big Lie keeping us all in our own filth (and slowly killing the planet).
Nuclear, the solution is and always was Nuclear power. Just finish the hole in Yukka Mtn. and be done with it. Same with AUS, just find a spot, dig,
and put the waste there.
I always wonder why we don’t see more uptake of the Sterling Engine, it works off heat differential and doesn’t take a great deal of heat to drive
the piston as long as one end of the system is kept cool.
Also rocket stoves are designed in such away they burn off much of the gasses that would normally go out of the flu. The main burn chamber is well
insulated, so when they get going the temperature inside the chamber gets really hot, and burns up biomass extremely efficiently.
Combining the two would surely be a great way of producing energy that doesn’t need advanced tech, is highly efficient and easy to repair/maintain?
See! Bringing this up to the general audience here generates both positive interest and other suggestions!!
Sterling engines would work, the rocket stove and nuclear show that modularity would be welcome. Besides batteries, a hydrolyzer would also work for
HFC (venting nitrogen is better than half redoxed fuel).
As the title says, old tech that should be used. And if it is modular in nature then it would be a hit out of the park!
PS - Fosters is sold in big cans for a reason!! (Blech). Just trying to throw another shrimp on the barbie