Small process for generating gas through light hydrocarbon gas generating
A technology for gas generation and light hydrocarbons, applied in combustion methods, combustion equipment, fuel supply, etc., can solve the problems of easy generation of condensed oil, aggravated condensed oil, different calorific value of gas, etc., to accelerate volatilization and solve the phenomenon of condensed oil. , the effect of stable gas quality
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Embodiment 1
[0023] Fill the liquid light hydrocarbon raw material into the light hydrocarbon raw material chamber 1. When it needs to be used, turn on the control switch, the oil delivery booster pump starts to work, the fuel injection nozzle starts to spray the liquid light hydrocarbon raw material, and the liquid light hydrocarbon raw material is evenly sprinkled on the On the upper dividing plate of the porous ceramic material chamber 4, it enters the porous ceramic material chamber 4 from the pores, and continuously flows downward under the action of gravity to form an oil film on the surface of the porous ceramic material. Controlled by the circuit board, start the hot air blower 7 and start sending hot air 11s after the fuel injection nozzle starts to spray. The air supply volume is 1L. The hot air passes through the rectifying chamber 6 and the steady flow chamber 5 successively to form a steadily rising hot air flow. After entering the porous ceramic material chamber 4, the hot ai...
Embodiment 2
[0025] Fill the liquid light hydrocarbon raw material into the light hydrocarbon raw material chamber 1. When it needs to be used, turn on the control switch, the oil delivery booster pump starts to work, the fuel injection nozzle starts to spray the liquid light hydrocarbon raw material, and the liquid light hydrocarbon raw material is evenly sprinkled on the On the upper dividing plate of the porous ceramic material chamber 4, it enters the porous ceramic material chamber 4 from the pores, and continuously flows downward under the action of gravity to form an oil film on the surface of the porous ceramic material. Controlled by the circuit board, start the hot air blower 7 and start sending hot air 15s after the fuel injection nozzle starts to spray oil. The supply air volume is 0.7 L. The hot air passes through the rectifying chamber 6 and the steady flow chamber 5 successively to form a steadily rising hot air flow. After entering the porous ceramic material chamber 4, the...
Embodiment 3
[0027]Fill the liquid light hydrocarbon raw material into the light hydrocarbon raw material chamber 1. When it needs to be used, turn on the control switch, the oil delivery booster pump starts to work, the fuel injection nozzle starts to spray the liquid light hydrocarbon raw material, and the liquid light hydrocarbon raw material is evenly sprinkled on the On the upper dividing plate of the porous ceramic material chamber 4, it enters the porous ceramic material chamber 4 from the pores, and continuously flows downward under the action of gravity to form an oil film on the surface of the porous ceramic material. Controlled by the circuit board, start the hot air blower 7 and start sending hot air 8 seconds after the fuel injection nozzle starts to spray oil. The air supply volume is 1.3L. The hot air passes through the rectifying chamber 6 and the steady flow chamber 5 successively to form a steadily rising hot air flow. After entering the porous ceramic material chamber 4,...
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