CN205241232U - Oxyhydrogen separation produces energy system - Google Patents
Oxyhydrogen separation produces energy system Download PDFInfo
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- CN205241232U CN205241232U CN201521033625.4U CN201521033625U CN205241232U CN 205241232 U CN205241232 U CN 205241232U CN 201521033625 U CN201521033625 U CN 201521033625U CN 205241232 U CN205241232 U CN 205241232U
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- lautertuns
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis
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Abstract
The utility model relates to a novel energy field especially relates to an oxyhydrogen separation produces energy system, and it includes the moisturizing groove, a plurality of reactors are connected in the moisturizing groove, a plurality of reactor tops connected set inflator, bottom intercommunication precipitation tank, the gas cylinder communicates filter -tank, the buffer tank and the jar of keeping in in proper order, wherein each reactor is equipped with the reaction stick, be equipped with metal catalyst reaction thing on the reaction stick, metal catalyst reaction thing is prepared from multiple different metal catalyst. Metal catalyst reaction thing in this system can bring out water and the required clean energy of oxyhydrogen cracking reaction production in the reactor, can reduce the reliance to traditional fossil energy to letting the energy use and reducing with polluting the harm of environment by a wide margin, the event has important meaning to energy industry and environment ecology's harmonious development, and the area of this system is less, the raw materials is easy, it is safe, with low costs to operate, suitable extensive extend use.
Description
Technical field
The utility model relates to novel energy field, relates in particular to a kind of hydrogen-oxygen and separates generation energy resource system.
Background technology
Along with socioeconomic development, the depletion rate of the energy and resource is more and more faster, and the world is to energy shortageWith the cry of environmental protection constantly surging, save the energy, protection of the environment has become human kind sustainable developmentNecessary condition, people's notice is just turning to utilization and the exploitation of the renewable sources of energy. Fuel energy is wherein to consumeThe one of use amount maximum at most, it is widely used in industrial production and family life etc. Traditional fuel energySource relies on diesel oil, coal gas etc. mostly, and the combustion utilization efficiency of these energy is not high, and is non-renewable energy resourcesAnd the discharge after burning is larger to the pollution of air and environment, personal health is had to the harm lying dormant.
Utility model content
For the problem existing in background technology, the utility model object is to provide a kind of hydrogen-oxygen and separates generation energyOrigin system, the continuable generation high heating value of this system and clean mixed hydrogen, can be widely used in heat supply,Heating, generating, the people's livelihood, industry, the field such as transport, help out of distress; There is zero carbon row, pollution-free, cost is low,The advantage that security performance is high, can solve the problems such as energy shortage, environmental pollution, weather change, tool wellThere is good social effect.
For realizing described technical purpose, the utility model adopts following technical scheme to be achieved.
A kind of hydrogen-oxygen separates and produces energy resource system, comprises moisturizing groove; Described moisturizing groove connects multiple reactors;Multiple reactor head connected set inflators, bottom is communicated with stillpot; Described gas collecting jar with ground-on cover plate is communicated with lautertuns successively,Surge tank and temporary tank; Wherein described in each, in reactor, be provided with reaction rod, described reaction rod is provided with goldBelong to catalyst reactant, described metal solvent reactant is to be prepared from by multiple different metal catalyst.
Further, the bottom land of described moisturizing groove is communicated with the first water inlet pipe, and described the first water inlet pipe is provided with electricityMagnet valve; On described the first water inlet pipe, be also communicated with branch's water inlet pipe, described branch water inlet pipe connects a swelling waterCase, described expansion tank connects multiple reactors by pipeline.
Further, multiple reactors are all connected with a Water level controller by pipeline, described Water level controllerBe electrically connected with the magnetic valve on described the first water inlet pipe.
Further, the right side wall of described moisturizing groove is communicated with outlet conduit, described water outlet near the position on groove topThe multiple reactors of pipeline communication.
Further, the bottom of each reactor is communicated with one second water inlet pipe, and described the second water inlet pipe is provided withWater intaking valve, described the second water inlet pipe connects the outlet conduit of described moisturizing groove.
Further, the bottom of each reactor is communicated with blow-off line, and described in each, blow-off line is provided with rowDirty valve; Blow-off line on all reactors is pooled on a main pipeline, and described main pipeline is provided with two water outletsMouthful, each delivery port is communicated with a stillpot, connects with two stillpots that two delivery ports are communicated with, at least oneStillpot is communicated with a circulation pipe, and described circulation pipe is communicated with moisturizing groove.
Further, described in each, the top of reactor is provided with breather line, and all breather lines are communicated withDescribed gas collecting jar with ground-on cover plate, described gas collecting jar with ground-on cover plate connects described lautertuns by the first outlet pipe.
Further, described lautertuns comprises the first lautertuns and second lautertuns of mutual series connection; DescribedThe left side wall of one lautertuns connects the gas outlet of the first outlet pipe near the position of bottom land; Described second filtersThe groove top of groove connects the air inlet of one second outlet pipe, described in the gas outlet of described the second outlet pipe connectsSurge tank.
Further, under the external serial pipe in position that the left side wall of described the first lautertuns pushes up near grooveEnd, the left side wall that described serial pipe upper end connects described the second lautertuns is near the position on groove top, and described theIn two lautertuns, be provided with bending pipeline, the upper end of described bending pipeline connects the upper end of described serial pipe, instituteThe lower end of stating bending pipeline is positioned at the bottom land place of described the second lautertuns.
Further, the tank deck of described surge tank connects gas outlet and one the 3rd escape pipe of the second outlet pipeThe air inlet in road, the gas outlet of described the 3rd outlet pipe connects temporary tank.
The beneficial effects of the utility model are: the metal solvent reactant in native system can lure in reactorFlood and produce required clean energy resource with hydrogen-oxygen separating reaction, can reduce the dependence to traditional fossil energy,And allow the energy use to the harm of environment and significantly reduction of pollution, therefore the harmony to energy industry and environmental ecologyDevelopment has great importance, and this system floor space is less, raw material is easy to get, handling safety, cost are low,Be applicable to large-scale promotion utilization.
Brief description of the drawings
Fig. 1 is total system schematic diagram of the present utility model;
Fig. 2 is the structural representation of moisturizing groove in system of the present utility model;
Fig. 3 is the structural representation of gas collecting jar with ground-on cover plate in system of the present utility model;
Fig. 4 is the top view that in system of the present utility model, multiple reactors and gas collecting jar with ground-on cover plate coordinate;
Fig. 5 is the front view that in system of the present utility model, multiple reactors and gas collecting jar with ground-on cover plate coordinate;
Fig. 6 is the structural representation that in system of the present utility model, reaction rod coordinates with metal solvent reactant;
Fig. 7 is the structural representation of stillpot in system of the present utility model;
Fig. 8 be in system of the present utility model in stillpot spiral except the structural representation of glassware;
Fig. 9 is the structural representation of lautertuns in system of the present utility model;
Figure 10 is the structural representation of surge tank in system of the present utility model;
Figure 11 is the structural representation of the temporary tank of system of the present utility model;
In figure: moisturizing groove 1; Reactor 2; Gas collecting jar with ground-on cover plate 3; Stillpot 4; Lautertuns 5; Surge tank 6; TemporarilyDeposit tank 7; Electric heater 8; Blow-off line 9; Blowoff valve 10; Outlet conduit 11; The first water inlet pipe 12;Magnetic valve 13; Branch's water inlet pipe 14; Expansion tank 15; Reaction rod 16; Metal solvent reactant 17; PressPower table 18; Safety valve 19; Breather line 20; Control valve 21; The second water inlet pipe 22; Water intaking valve 23; Spiral shellRevolve deduster 24; Circulation pipe 25; Circulating pump 26; The first lautertuns 27; The second lautertuns 28; Tandem tubeRoad 29; Bending pipeline 30; The first outlet pipe 31; The second outlet pipe 32; The 3rd outlet pipe 33;The 4th outlet pipe 34; Air bleeding valve 35; Flowmeter 36; Air outlet valve 37; Water level controller 38.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Please refer to Fig. 1 to Figure 11, a kind of hydrogen-oxygen described in the utility model separates and produces energy resource system, in order toProduce high heating value, low cost, pollution-free clean energy resource, it comprises moisturizing groove 1; Described moisturizing groove 1 connects manyIndividual reactor 2; Multiple reactor 2 top connected set inflators 3, bottom is communicated with stillpot 4; Described gas collecting jar with ground-on cover plate3 are communicated with lautertuns 5 successively, surge tank 6 and temporary tank 7.
Described moisturizing groove 1 left side wall is provided with electric heater 8 near the position of bottom land, if desired, heats described benefitWater in tank 1 freezes to prevent it. The right side wall of described moisturizing groove 1 is provided with blowdown near the position of bottom landPipeline 9, if desired, can get rid of dirt or impurity in water, or carry out draining fast. Described blow-off pipeRoad 9 is provided with blowoff valve 10, opens and closes blow-off line 9 by blowoff valve 10. Described moisturizing groove 1 right sideSidewall is communicated with outlet conduit 11, described outlet conduit 11 coupled reaction devices 2 near the position on groove top. Described benefitTank 1 bottom is communicated with the first water inlet pipe 12, and described the first water inlet pipe 12 is provided with magnetic valve 13, described electricityMagnet valve 13 is in order to control water level. On described the first water inlet pipe 12, be also communicated with branch's water inlet pipe 14, described pointProp up water inlet pipe 14 and connect an expansion tank 15, described expansion tank 15 connects multiple reactors 2 by pipeline.By increasing branch's water inlet pipe 14 and expansion tank 15, to ensure lasting water supply in multiple reactors 2.
Described in each, in reactor 2, be provided with a reaction rod 16, it is anti-that described reaction rod 16 is provided with metal solventAnswer thing 17, described metal solvent reactant 17 reacts with water, produces hydrogen and emits heat.
Described metal solvent reactant 17 is to be prepared from by multiple different metal catalyst, metal solvent reactantIn 17, the content of metallic aluminium is the highest, and the percentage composition of aluminium can be up to more than 90%. Prepare metal solvent anti-While answering thing 17, mixed and made many little spherical shape. Roundlet bulb diameter can be complied with follow-up required hydrogen outputAnd determine, diameter is larger, and hydrogen producing reaction is more lasting, and hydrogen output can be more. Metal solvent reactant 17 is madeAs time adopt mechanical polishing mode, the oxidation protection film on each roundlet ball surface is in addition worn; OrLittle ball is soaked in potassium hydroxide aqueous solution or sodium hydrate aqueous solution, to remove roundlet ball surfaceProtective oxide layer. , clean little ball with clear water thereafter, and drained, for subsequent use. Before reaction, will drainAfter the little ball of metal, evenly put into reaction rod 16, then reaction rod 16 put into the reaction having added waterDevice 2, to carry out and water and hydrogen-oxygen separating reaction.
The reaction rod 16 of metal solvent reactant 17 is housed, puts into the reactor 2 adding water and water temperature is reachedCelsius when more than 60 DEG C, metal solvent reactant 17 can start fast reaction with water, and makes the hydrogen in hydroneSeparation extremely fast of atom, oxygen atom and going out, and synchronously there is hydrogen atom, fast between oxygen atom, hydroneSpeed collision and turbine resonance effects, produce the high water hydrogen containing aqueous vapor then. Water hydrogen filters in processAfter aqueous vapor wherein of groove 5 filterings, water smoke, become required clean energy resource: mixed hydrogen. Mixed hydrogenBurning when (oxidation), can be emitted a large amount of heats, and reduction becomes clean moisture, but can not produce timesWhat harmful substance, dust, also without the composition of carbon containing, for example CO, CO2. The combustion heat value of mixed hydrogen can reachEvery cubic metre of 11,000 kilocalories, ignition temperature is about 1000～1300 DEG C of left and right, therefore can be used in generating, adoptThe purposes such as warm, automobile, more can be national energy-saving and subtract carbon, prevention and cure of pollution, economic development, ecological protection and makeMajor contribution.
When metal solvent reactant 17 contacts with water, cause water and hydrogen-oxygen separation process is at each reactor2 react separately, and allow various atoms, molecule in the cavity of reactor 2, carry out interparticle bounce-back,Impact, head-on collision, resonance motion, or smash hydrone, and then form the high L water hydrogen containing aqueous vapor, water smokeBody. Follow-up, then pass through gas collection, filtration, to remove after aqueous vapor, water smoke, can obtain mixed hydrogen. ?Bounce-back, impact, to hitting in resonance motion, between hydrogen atom, hydrogen molecule, hydrone, can there is mutually the utmost pointHigh velocity impact, and then there is small part atom, intermolecular fusion phenomenon, and produce high containing aqueous vapor, water smokeWater hydrogen. In this hydrogen-oxygen separating reaction process, system also can because of reaction fusion exothermic phenomenon, andTemperature, pressure are raise gradually, and form fiercer, reaction faster. Now, and without the external world carryFor any electric energy, heat energy, in the device 2 that can induce reaction, water heats and the situation of supercharging gradually naturally. InBe contained in the water of reaction rod 16 under the thermal source and pressure environment that run into more than 100 DEG C, can disengage faster hydrogenAtom, oxygen atom, and there is fiercer high speed head-on collision, and produce more turbine resonance, so becomeChain hydrogen-oxygen separating reaction phenomenon.
The top of each reactor 2 is provided with Pressure gauge 18 and safety valve 19, by Pressure gauge 18 observing responsesPressure in device 2, controls pressure in reactor 2 by safety valve 19 and is no more than setting with to protectionReactor 2. Described in each, the top of reactor 2 is provided with breather line 20, and all breather lines 20 connectLogical gas collecting jar with ground-on cover plate 3, described gas collecting jar with ground-on cover plate 3 is communicated with lautertuns 5 by the first outlet pipe 31. Each breather line20 are provided with a control valve 21, make the metal solvent reaction in each reactor 2 by this control valve 21Thing 17 can be separately and water react, in the time collecting gas, can open control valve 21 and make each breather pipeRoad 20 communicates with gas collecting jar with ground-on cover plate 3, and the water hydrogen that allows the upper strata of each reactor 2 produce, can be received respectivelyCollection arrives gas collecting jar with ground-on cover plate 3, more jointly gives vent to anger. The bottom water inlet of each reactor 2 is communicated with one second water inlet pipe 22,Described the second water inlet pipe 22 connects described outlet conduit 11. Described the second water inlet pipe 22 is provided with water intaking valve 23,Operating personnel can turn-off water intaking valve 23 at any time, to completely cut off the water body path of each reactor 2, to substitute separatelyReaction rod 16 wherein and the metal solvent reactant 17 of displacement core, produce energy resource system and allow hydrogen-oxygen separateCan 24 hours continuous operations, annual without shutdown.
The bottom of each reactor 2 is also communicated with a drainpipe (not shown), and described drainpipe is provided with drainingValve (not shown), in the time that the hydrogen-oxygen separating reaction of metal solvent reactant 17 and water is too violent, or operationPersonnel want at any time or when this hydrogen-oxygen separating reaction of emergent stopping, can and by opening safely and fast draining valve,Water in reactor 2 is drained in safe place or container, to slow down or to end its hydrogen-oxygen separating reaction.The bottom of each reactor 2 is communicated with blow-off line 9, and described in each, blow-off line 9 is provided with blowoff valve 10.Blow-off line 9 on all reactors 2 is pooled on a main pipeline, and described main pipeline is provided with two delivery ports,Each delivery port is communicated with a stillpot 4. Two stillpots 4 that are communicated with reactor 2 are connected, can also be according to needOther stillpot 4 of will connecting again between two stillpots 4.
Each reactor 2 is all by pipeline and a Water level controller 38, described Water level controller 38 and described theMagnetic valve 13 on one water inlet pipe 12 is electrically connected, and Water level controller 38 is according to the reactor 2 of its measurementThe water yield is controlled the switching of described magnetic valve 13, and then controls described moisturizing groove 1 and enter the water in reactor 2Amount.
Described in each, the bottom land of stillpot 4 is communicated with blow-off line 9, and blow-off line 9 is provided with blowoff valve 10.Described in each, the bottom land of stillpot 4 also connects spiral dust catcher 24. At least one stillpot 4 communication loop pipe25, described circulation pipe 25 is communicated with moisturizing groove 1. Described circulation pipe 25 is provided with circulating pump 26, and circulation is providedPower, so that the supernatant liquid in stillpot 4 is transmitted back to moisturizing groove 1. On described stillpot 4, be also communicated withOne pressure release duct (not shown), described pressure release duct (not shown) is provided with pressure relieving valve (not shown),While needs, open pressure relieving valve (not shown), poor with balance stillpot 4 external and internal pressures.
Metal solvent reactant 17 in reaction rod 16, when causing the strong hydrogen-oxygen separating reaction of water,Can in the water of reactor 2, react immediately with the oxygen atom of separating, and produce very trickle pairProduct, i.e. metal solvent oxide, and suspend in water, and become reaction solution. This reaction solution can rootEnter stillpot 4 according to its concentration or timing, so that metal solvent oxide wherein can precipitate gradually, and addTo reclaim. The clarified solution on stillpot 4 upper stratas, can be transmitted back to moisturizing groove 1 by circulating pump 26, by this precipitationGroove 4 can make hydrogen-oxygen separate the continuous cycling and reutilization of water producing in energy resource system, and does not need to shut down midway. ThisProcess can whole-course automation operation.
Described lautertuns 5 comprises the first lautertuns 27 and second lautertuns 28 of mutual series connection. At the present embodimentIn, the setting of connecting up and down of described the first lautertuns 27 and described the second lautertuns 28, certainly as required alsoCan be that left and right series connection arranges. Aqueous vapor and water smoke that the interior reaction of reactor 2 produces can not directly use, therefore needCollect water hydrogen after gas collecting jar with ground-on cover plate 3 by the first outlet pipe 31, import in the lautertuns 5 of series connection up and down,Utilize lautertuns 5 structures and aqueous water wherein, water hydrogen is carried out to filtration and the gas of aqueous vapor and water smokeBody cooling, after lautertuns 5, can remove aqueous vapor unnecessary in water hydrogen and water smoke, and becomeMixed hydrogen. Mixed hydrogen has combustibility, and calorific value can reach every cubic metre of 11,000 kilocalories, and burnsTemperature can reach 1000-1300 DEG C (approximately 3,200 DEG C of left and right of the ignition temperature of pure hydrogen). Due to the mixed hydrogen of RNot sulfur-bearing, nitrogen, carbon or other impurity, therefore it is burning (oxidation) and is discharging after a large amount of calorific values, only can go backMoisture content (the H that former one-tenth is pure2O), and can not produce any oxysulfide (SOX), fuel nitrogen oxide(fuel-NOX), pollutant or the harm such as oxycarbide (CO, CO2), dust (PM10, PM2.5)Thing.
Describe the structure of lautertuns 5 below in detail: the left side wall of described the first lautertuns 27 is near the position on groove topPut the lower end of external serial pipe 29, the upper end of described serial pipe 29 connects described the second lautertuns 28Left side wall, near the position on groove top, is provided with bending pipeline 30, described bending pipeline in described the second lautertuns 2830 upper end connects the upper end of described serial pipe 29, and the lower end of described bending pipeline 30 is positioned at described secondThe bottom land place of lautertuns 28. The mixed hydrogen flowing out from described gas collecting jar with ground-on cover plate 3 enters through the first outlet pipe 31The bottom land place of described the first lautertuns 27 enters serial pipe after the water filtration in the first lautertuns 2729, enter the bending pipeline 30 in described the second lautertuns 28 by serial pipe 29, by described bending pipeline30 arrive the bottom land place of described the second lautertuns 28, after the water filtration in the second lautertuns 28 by the second mistakeSecond outlet pipe 32 on the groove top of filter pocket 28 flows into surge tank 6.
The right side wall of described the first lautertuns 27 is near external first water inlet pipe 12 in position on groove top, in order to give theOne lautertuns 5 supplies water, and described the first water inlet pipe 12 is provided with water intaking valve 23. Described the second lautertuns 28Right side wall is near external second water inlet pipe 22 in position on groove top, for supplying water to the second lautertuns 28, and described theTwo water inlet pipes 22 are provided with water intaking valve 23.
The right side wall of described the first lautertuns 27 is near the external blow-off line 9 in position of bottom land, described blow-off pipeRoad 9 is provided with blowoff valve 10, and the right side wall of described the second lautertuns 5 is near the external blow-off pipe in position of bottom landRoad 9, is also provided with blowoff valve 10 on described blow-off line 9, and described the first blow-off line 9 is to downward-extension and instituteStating blow-off line 9 converges.
The tank deck of described surge tank 6 connects the gas outlet of the second outlet pipe 32 and the 3rd outlet pipe 33Air inlet, described the 3rd outlet pipe 33 connects temporary tank 7. On the tank deck of described surge tank 6, also has pressureTable 18, safety valve 19 and air bleeding valve 35. The mixed hydrogen producing after lautertuns 5, can pass through againSurge tank 6, when this surge tank 6 is started shooting running in system at every turn, can be provided as system release of pressure and discharge emptyThe function of gas; Hydrogen after buffering imports temporary tank 7 again, so that the output that mixed hydrogen can be stable,And reach and prevent gas backstreaming, and the object of protection lautertuns 5 and gas collecting jar with ground-on cover plate 3.
Mixed hydrogen in described temporary tank 7 reaches quantitatively, after level pressure, can be for follow-up. InstituteThe tank deck of stating temporary tank 7 connects gas outlet and the 4th outlet pipe 34 of described the 3rd outlet pipe 33. DescribedOn the 4th outlet pipe 34, be provided with successively flowmeter 36 and air outlet valve 37 along the direction of giving vent to anger. Described temporaryOn the tank deck of tank 7, be also provided with in addition Pressure gauge 18, temporary tank 7 described in safety valve 19 and air bleeding valve 35Tank bottom is provided with blow-off line 9, and described blow-off line 9 is provided with blowoff valve 10.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the utility modelSpirit and scope of the present utility model. Like this, if these amendments of the present utility model and modification belong to this realityWithin scope by novel claim and equivalent technologies thereof, the utility model is also intended to comprise these changesWith modification interior.
Claims (10)
1. hydrogen-oxygen separates and produces an energy resource system, it is characterized in that: comprise moisturizing groove; Described moisturizing groove connectsConnect multiple reactors; Multiple reactor head connected set inflators, bottom is communicated with stillpot; Described gas collecting jar with ground-on cover plate is complied withInferior connection lautertuns, surge tank and temporary tank; Wherein described in each, in reactor, be provided with reaction rod, described inReaction rod is provided with metal solvent reactant, and described metal solvent reactant is by multiple different metal catalyst systemStandby forming.
2. a kind of hydrogen-oxygen according to claim 1 separates and produces energy resource system, it is characterized in that: described inThe bottom land of moisturizing groove is communicated with the first water inlet pipe, and described the first water inlet pipe is provided with magnetic valve; Described the first water inletOn pipe, be also communicated with branch's water inlet pipe, described branch water inlet pipe connects an expansion tank, and described expansion tank is logicalPiping connects multiple reactors.
3. a kind of hydrogen-oxygen according to claim 2 separates and produces energy resource system, it is characterized in that: multipleReactor is all connected with a Water level controller by pipeline, on described Water level controller and described the first water inlet pipeMagnetic valve be electrically connected.
4. a kind of hydrogen-oxygen according to claim 1 separates and produces energy resource system, it is characterized in that: described inThe right side wall of moisturizing groove is communicated with outlet conduit near the position on groove top, and described outlet conduit is communicated with multiple reactionsDevice.
5. a kind of hydrogen-oxygen according to claim 4 separates and produces energy resource system, it is characterized in that: eachThe bottom of reactor is communicated with one second water inlet pipe, and described the second water inlet pipe is provided with water intaking valve, and described second entersWater pipe connects the outlet conduit of described moisturizing groove.
6. a kind of hydrogen-oxygen according to claim 1 separates and produces energy resource system, it is characterized in that: eachThe bottom of reactor is communicated with blow-off line, and described in each, blow-off line is provided with blowoff valve; On all reactorsBlow-off line be pooled on a main pipeline, described main pipeline is provided with two delivery ports, each delivery port is communicated withOne stillpot, connects with two stillpots that two delivery ports are communicated with, and at least one stillpot is communicated with a circulation pipe,Described circulation pipe is communicated with moisturizing groove.
7. a kind of hydrogen-oxygen according to claim 1 separates and produces energy resource system, it is characterized in that: eachThe top of described reactor is provided with breather line, and all breather lines are communicated with described gas collecting jar with ground-on cover plate, described collectionInflator connects described lautertuns by the first outlet pipe.
8. a kind of hydrogen-oxygen according to claim 7 separates and produces energy resource system, it is characterized in that: described inLautertuns comprises the first lautertuns and second lautertuns of mutual series connection; The left side wall of described the first lautertuns leans onThe position of nearly bottom land connects the gas outlet of the first outlet pipe; The groove top of described the second lautertuns connects one secondThe air inlet of outlet pipe, the gas outlet of described the second outlet pipe connects described surge tank.
9. a kind of hydrogen-oxygen according to claim 8 separates and produces energy resource system, it is characterized in that: described inThe left side wall of the first lautertuns is near the lower end of the external serial pipe in position on groove top, on described serial pipeEnd connects the left side wall of described the second lautertuns near the position on groove top, in described the second lautertuns, is provided with bendingPipeline, the upper end of described bending pipeline connects the upper end of described serial pipe, the lower end position of described bending pipelineIn the bottom land place of described the second lautertuns.
10. a kind of hydrogen-oxygen according to claim 8 separates and produces energy resource system, it is characterized in that: instituteThe tank deck of stating surge tank connects the gas outlet of the second outlet pipe and the air inlet of one the 3rd outlet pipe, described inThe gas outlet of the 3rd outlet pipe connects temporary tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521033625.4U CN205241232U (en) | 2015-12-11 | 2015-12-11 | Oxyhydrogen separation produces energy system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521033625.4U CN205241232U (en) | 2015-12-11 | 2015-12-11 | Oxyhydrogen separation produces energy system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205241232U true CN205241232U (en) | 2016-05-18 |
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ID=55940311
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521033625.4U Withdrawn - After Issue CN205241232U (en) | 2015-12-11 | 2015-12-11 | Oxyhydrogen separation produces energy system |
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| Country | Link |
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| CN (1) | CN205241232U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105439085A (en) * | 2015-12-11 | 2016-03-30 | 杨中梁 | System for generating energy through hydrogen oxygen separation |
-
2015
- 2015-12-11 CN CN201521033625.4U patent/CN205241232U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105439085A (en) * | 2015-12-11 | 2016-03-30 | 杨中梁 | System for generating energy through hydrogen oxygen separation |
| CN105439085B (en) * | 2015-12-11 | 2019-05-24 | 杨中梁 | A kind of hydrogen-oxygen separation generation energy resource system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160518 Effective date of abandoning: 20190524 |