I’ve worked out a new wood boiler design that based on initial calculations produces net delivery of 9527 BTU’s per pound of 20% or more moisture wood. Splitting not necessary, and the punkier, the better. Punk contains bacterial energy cones which provide the extra BTU’s in conjunction with (1) below.
Can anyone see how I might improve on this?
1) high burst wood gas nozzle, creates wood gas plasma – key to high energy output (carefully guarded trade secret; design is in my safe in the basement: R 17, L 28, R 75, L 4)
2) fire tubes, titanium/U-235 high density alloy
3) turbboidal orbital turbulators (patent pending)
4) water return tubes, with super, multi-level, extractors
5) green thing to aid in return of green stuff
6) ash grate (production model will not need this because no ash is produced)
7) viewing ports (need 3, one for each of my kids)
8) catalytic reactor plate (available from Edmondt Scientific supply in Chaddakisland)
9) [wanted 10 references; had to add this to get to 10]
10) forced draft unit, utilizing a 235 mph leaf blower motor (12 amps @ 120V)
Happy Holidays to All!
Can anyone see how I might improve on this?
1) high burst wood gas nozzle, creates wood gas plasma – key to high energy output (carefully guarded trade secret; design is in my safe in the basement: R 17, L 28, R 75, L 4)
2) fire tubes, titanium/U-235 high density alloy
3) turbboidal orbital turbulators (patent pending)
4) water return tubes, with super, multi-level, extractors
5) green thing to aid in return of green stuff
6) ash grate (production model will not need this because no ash is produced)
7) viewing ports (need 3, one for each of my kids)
8) catalytic reactor plate (available from Edmondt Scientific supply in Chaddakisland)
9) [wanted 10 references; had to add this to get to 10]
10) forced draft unit, utilizing a 235 mph leaf blower motor (12 amps @ 120V)
Happy Holidays to All!