PYROLYSIS SOLAR PYROLYSIS GREEN GARBAGE DISPOSAL COAL ASH ALTERNATIVE FRESNEL LENS
http://www.greenpowerscience.com/
This is an idea I have had for a long time. Solar power.
This offers an option for coal fire plants reducing the byproduct of coal ash disposal sites.
This can be used for GREEN ENERGY power production.
Many people do not realize that coal ash is used in products they have in their house. While is is trapped somewhat safely in some cement products, the high levels of heavy metals may present in household items.
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Recycle Everything. …
Recycle Everything.
Plastics
Glass
Paper and cardbord
Metal
Rubber
And use the leftover food for compost for enriching soils
Reforestate the desert
Reroute sewage to the deserts for soil creation.
How many ideas presented on this planet are creating more problems from there ideas than they solve.
What will be done with all the carbon they burn up?
Where will all the charcoal go?
What about fumes?
Recycle Everything.
And use it again.
Preventing useless destruction of resources.
In that case the …
In that case the moisture content of the garbage would be quickly evaporated by the high temperatures, then forced out by increasing gas pressures on the interior of the container.
Moisture literally does not matter for this process.
Pyrolysis can also produce Slag and Rock Wool, usable for insulation, building materials, paving supplies, and a long list of other applications, including the cleaning of oil spills. Rock Wool is highly absorbent.
This article only …
This article only partially explains the near limitless benefits of Pyrolysis. Aside from waste disposal, the gasses (as mentioned) can be burned for fuel, or in combination with steam (the water is superheated during the process, and vented through turbines) to generate upwards of 4MW of continuous power output.
Yes, that’s Megawatts. Four MILLION watts. That’s a hefty sum, considering that many clothes dryers take up only about 7,500W during use. One Pyrolysis plant would power 533 of them.
Check out “plasma …
Check out “plasma gasification” here on youtube.
The gas generated …
The gas generated in the process consists, among other things of methane, methanol and acetone. This gas can be srcubbed to remove noxious impurities and then burned cleanly to produce steam and or electricity via a gas turbine. Check out plasma gasification of garbage; companies like Geoplasma are working on this.
Great work Dan.
Got it..!! Thank …
Got it..!! Thank you..!
The water vapor …
The water vapor exits first. It does not have to be dry, just not soaking wet. Similar methods used for incineration, they usually do a mild gravity dry or compression first.
But what happens in …
But what happens in the case of wet garbage. In cases where the garbage is fresh out of homes then how does one convert it into char? Can the same process be used for such waste, or does one need to wait for it to dry first and then dispose it??
what is the …
what is the definition of ‘retorte’ as you used it in your post?
The water bath is a …
The water bath is a waste of energy. Use a suitable material for the retorte in the first place and skip the water bath. By all means capture and use the escaping gas, THAT is the whole purpose of pyrolysys. That stuff you are wasting can be a substitute for OIL if processed further.
holy that’s …
holy that’s genious!!!
Yes, I think it it …
Yes, I think it it would be a better hybrid alternative to speed up the process while reducing emissions. The vent gasses are combustible.
Hey Dan, they’re …
Hey Dan, they’re talking about biochar being the best way to sequester carbon and improve soils fertility … but all the biochar ovens i’ve seen seem to use conventional energy to heat the biomass … looks like your solar method releases zero carbon into the air…. do you think it could be up-scaled to make biochar on mass ?
porfavor traduscan …
porfavor traduscan al español , gracias…
Stop calling you …
Stop calling you ideas crazy
DUDE! The escaping …
DUDE! The escaping gas is the most useful part of the process! That gas is commonly called syngas. It’s a mixture of methane, hydrogen, carbon monoxide and water vapour, along long chain hydrocarbons–tars.
What you want to do is pass that gas through another cool container to condense all the tars out of it, then use it to run a normal piston-cylinder engine. Like a lawn mower or a small generator!
you should be able …
you should be able to light the gas coming out of the shavings.its called wood gas
awesome. you could …
awesome. you could coil a hose in the water to heat the water running through it and connect that to your hot water heater. the water would already be warm entering the hot water heater, so, less work for your hot water heater, and less electricity being used.
Wow, this is …
Wow, this is excellent. Having built a few solar ovens myself I wondered whether it would be a viable way of producing biochar – and now you’ve proven the concept! Well done!
Very cool! I’ve …
Very cool! I’ve never heard of biochar. It seems like a really nifty alternative.
Thanks, Greenpowerscience!
I use dry grass …
I use dry grass clippings to make bio char, you heat a metal paint can with a lid. You must have a way for the gas to escape! This stuff is good for the garden. The down side is that it smells worse than anything you can imagine.
Try it with wood chunks and you will find the best BBQ charcoal you ever used.
I don’t need to use the underwater method just heat things without much air and you get charcoal and not ash.
good vid…lets do …
good vid…lets do it!
wow u guys make the …
wow u guys make the coolest vids
Excellent. I have …
Excellent. I have been looking into possible methods of a slow pyrolysis system to provide biochar for safe, earth friendly, biowaste recycling, especially for my agricultural and organic home waste. The systems I’ve been looking at simply aren’t practical for non-commercial use, and a growing number of farmers want the biochar to free ourselves from fertilizers and the cost our agri waste. I can modify this for small scale use, and solar powered is even better.
Kudos; This is excellent.