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Tags: gasifiers, wood gas, wood gasification, wood gasifier, woodgas
Ben;
A couple of things that would help might be A.) some data/charts on appropriate sizing of air intakes, gas outlets, and CFM needs of different horsepower engines. That would make it a little less 'guesswork' or 'intuition' for those of us figuring out and building our first gasifier. There's of course some info available regarding the FEMA design, but if it was possible to create a generic chart, that might be a lot of help. B.) suggesting some of the actual items (trash cans, hot water heaters, air tanks, etc, etc,) that have been used, or could be utilized in construction of a gasifier which would probably be available to anybody with access to a junk yard, or old barn, or stuffed tool shed, would be interesting, would help folks get going on limited funds, and potentially help promote 'reduce-reuse-recycle'.
Being an incurable scrounge (I deplore waste, and I take great pleasure out of building something out of "nothing"), I'm building my first WFGPU right now, and (since I appreciate irony) at least 3/4 of the entire unit is being built out of 'junked' fuel oil and propane equipment! (I'll share the details and photos as soon as I figure out how to do my blog )
Ron
Hi
I think it would be very interesting for people to know at which temperatures gasification start´s in different materials. And what the key factors are that enable´s this process.
Then how careful should i be when i´m in contact with these gases.
Is it possible to store these gases for later use and on which terms.
And last but not least how do i make it into useful power, real examples with measured outputs and how to make these outputs (e.g. generating electrical power). How much energy is used in form of wood to make x amount of x-voltage and x-amps and what is the best way in doing that and why.
/Stefan
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