FIELD: energy.
SUBSTANCE: gas generator comprises loading compartment 1, under which in furnace 23 located grate 3 and air intake 4. Ring-shaped gasification Chamber 2 is made in the form of a funnel with external wall 5 and inner wall 6. Gasification chamber 2 is located around the loading compartment 1 with clearance 8, wall 5 and 6 in the upper part of gasification chamber 2 are closed. In the lower part of the external wall 5 is connected in diameter with wall 4, air intake inner wall 6 is coupled by diameter to the wall of loading compartment 1. Fire grate 3 is made ball-shaped with possibility of rotary motion by rotary core 9, which is driven by motor 10 and is equipped with brush 7. In the gasification chamber 2 has two ring-shaped outlet 11 and 12 for discharge of generator gas, which are fitted into the afterburning chamber 13. Part of the external wall of annular gasification chamber is a part of the external surface of afterburner chamber 13. In afterburning chamber 13 there is branch pipe 14 for output of generator gas. To remove ash in the design of gas generator there is a ash reservoir 15. Work zone gas generator is located in sealed jacket 16, which has water feed branch pipe 17 and water discharge branch pipe 18. Between outer 19 and inner walls 22 of the jacket, in its upper part, there are vertical tubes 20, axes of which coincide with axes of holes 21 and 24 made on the surface of ring-shaped gasification chamber 2 and afterburner chamber 13. To achieve high temperature at inclined area of side surface of the gasification chamber there are holes 26 for supply of additional air, which in its turn is supplied through holes 27 made on lower surface of jacket.
EFFECT: invention allows more complete fuel combustion.
3 cl, 4 dwg
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Authors
Dates
2016-03-27—Published
2015-04-06—Filed