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Hydrogen mixed gas generation device

A generation device and mixed gas technology, applied in the fields of hydrogen, inorganic chemistry, non-metallic elements, etc.

Inactive Publication Date: 2011-03-23
王绪炀
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Among them, oxygen with combustion-supporting function accounts for only 21% of the volume, while nitrogen, which cannot play a combustion role, accounts for 78% of the volume. Even if the air is completely combusted, it can only exert a combustion efficiency of 21%.

Method used

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  • Hydrogen mixed gas generation device
  • Hydrogen mixed gas generation device
  • Hydrogen mixed gas generation device

Examples

Experimental program
Comparison scheme
Effect test

experiment example 1

[0078] 80cc methanol water solution per minute

[0079] 90-96% oxygen 6.9 liters per minute

[0080] Power consumption: 950watt

[0081] Syngas flow: 142LPM (liter per minute)

[0082] Composition ratio of syngas:

[0083] h 2 : 39.96%

[0084] CO: 43.30%

[0085] CO 2 : 6.02%

[0086] N 2 +Ar+CH 4 : 6%

[0087] o 2 : 4.72%

experiment example 2

[0089] 235cc methanol water solution per minute

[0090] 90-96% oxygen 20.83 liters per minute

[0091] Power consumption: 3798watt

[0092] Syngas flow: 463LPM (liter per minute)

[0093] Composition ratio of syngas:

[0094] h 2 : 41.35%

[0095] CO: 39.55%

[0096] CO 2 : 7.30%

[0097] N 2 +Ar+CH 4 : 6.6%

[0098] o 2 : 5.20%

[0099]In summary, the hydrogen mixed gas generating device of the present invention, without the use of nozzles and catalysts, atomizes the methanol mixed liquid through an atomizer into fine particles of the mixed liquid with an average particle diameter of not more than 2 μm, and then uses the fine particles to naturally The characteristics of floating upward in the draft tube, while introducing high-oxygen gas with an oxygen content of 90-96% to promote oxidation, and heating and cracking with a low-temperature plasma heater, can achieve more than 4.6 times the reaction volume, and the rapid generation temperature is 15 ℃~25℃ low-tem...

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Abstract

The invention discloses a hydrogen mixed gas generation device comprising a diversion tube, an atomizer, a liquid storage cylinder and a plasma heater, wherein the lower end of the diversion tube is communicated with the liquid storage cylinder by a conduit, so that methanol mixed liquid stored in the liquid storage cylinder can be led into the diversion tube; the atomizer is arranged at the bottom end of the diversion tube to atomize the methanol mixed liquid fed into the diversion tube into a mixed liquid microparticle with the average diameter of not more than 2mum; the mixed liquid microparticle is formed and then upward floats and flows on the diversion tube; a gas inlet is arranged at one end of the diversion tube and high-oxygen gas with the oxygen content of more than 21 percent can be fed in from the gas inlet; after the high-oxygen gas is fed in from the gas inlet, the high-oxygen gas is fully mixed and oxidized with the mixed liquid microparticle and is also pushed to a plasma heater; and finally, by using the plasma heater, the mixed liquid microparticles are impacted by a plasma electronic packet to generate hydrogen ions, hydroxide ions and relative free radicals and the separated hydrogen ions, hydroxide ions and relative free radicals can repeatedly react with the uncracked mixed liquid microparticle on the periphery, so that the higher generation efficiency of the hydrogen mixed gas can be achieved.

Description

technical field [0001] The invention relates to a hydrogen mixed gas generating device, in particular, it does not need to use nozzles or catalysts, but atomizes methanol mixed liquid into fine particles of mixed liquid with an average particle diameter of not more than 2 μm through an atomizer, and then introduces The high-oxygen gas with an oxygen content greater than 21% and the mixed liquid particles are fully mixed and oxidized, and pushed together to the plasma heater, and then the mixed liquid particles are heated and cracked by the low-temperature plasma heater, and the final formation temperature can be maintained at 15°C to 25°C. ℃, and the efficiency of hydrogen generation is higher than that of air only, even up to 4.6 times. Background technique [0002] As we all know, hydrogen is an extremely abundant energy source in nature, but because its molecules are the lightest, it is difficult to store, and most of them are stored in a liquid state. However, the system...

Claims

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Application Information

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IPC IPC(8): C01B3/22
Inventor 王绪炀
Owner 王绪炀