CN108085713A - Magnetic fluid hydrogen generating system - Google Patents
Magnetic fluid hydrogen generating system Download PDFInfo
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- CN108085713A CN108085713A CN201810148695.6A CN201810148695A CN108085713A CN 108085713 A CN108085713 A CN 108085713A CN 201810148695 A CN201810148695 A CN 201810148695A CN 108085713 A CN108085713 A CN 108085713A
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Classifications
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B1/00—Electrolytic production of inorganic compounds or non-metals
- C25B1/01—Products
- C25B1/02—Hydrogen or oxygen
- C25B1/04—Hydrogen or oxygen by electrolysis of water
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B9/00—Cells or assemblies of cells; Constructional parts of cells; Assemblies of constructional parts, e.g. electrode-diaphragm assemblies; Process-related cell features
- C25B9/60—Constructional parts of cells
- C25B9/65—Means for supplying current; Electrode connections; Electric inter-cell connections
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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
Abstract
The invention discloses a kind of magnetic fluid hydrogen generating systems, and the interior energy of the gas expansion generated during water electrolysis hydrogen production is made full use of to promote the flowing of electrolyte automatic cycle, the electrolyte rich in OH and K+ ions is made to pass through magnetohydrodynamic generator to compensate the electric energy that electrolysis water is consumed.The problems such as electrolyte of room temperature is employed as working medium, therefore magnetic current power generation body is made to avoid high temperature and seed recycling, can be with long-time steady operation；It includes be clipped between two pieces of permanent magnets, the spiral flow channel being made of the electrode plate of two panels mutually insulated, and the horn mouth helical flow path that the design feature for combining Rafael nozzle is formed, greatly accelerate the jet velocity of electrolyte, and the length of magnetic fluid runner is added, reduce the resistance of runner；And electrode plate is directly made into helical flow path, the cross-sectional area and current density of electrode has been significantly greatly increased, has reduced the operating temperature of magnetic fluid and the internal resistance of Magnetohydrodynamic(MHD) generator；And the production technology of magnetic fluid is made to become simple, ease of assembly and maintenance.
Description
Technical field
The present invention relates to a kind of magnetic fluid hydrogen generating systems.
Background technology
Water electrolysis hydrogen production is related to two important fundamental reactions, the i.e. reduction of cathode water and the oxidation of anode water.It is however, anti-
Dynamic (dynamical) limitation requirement is answered to provide higher than the overvoltage of theoretical decomposition voltage to accelerate polarization response, serious electric energy is caused to damage
It loses.Some noble metals such as platinum, ruthenium-oxide, rubidium oxide etc. can effectively reduce reaction activity base, promote reaction rate, but expensive
Price limit its scale in water and wastewater industry is electrolysed use.
If magnetic fluid generating technology is applied in water electrolysis hydrogen production, the gas generated during water electrolysis hydrogen production is made full use of
The interior energy of expansion promotes the flowing of electrolyte automatic cycle, electrolyte is made to pass through magnetohydrodynamic generator to compensate the electricity that electrolysis water is consumed
Energy.As long as accelerating the jet velocity of electrolyte, increase magnetic field intensity, with regard to the power of generator can be improved, electrolysis water is greatly reduced
The energy consumption of hydrogen manufacturing and the cost of electrolysis wetting system.
Current Magnetohydrodynamic(MHD) generator is in order to improve generating efficiency, mainly using high-temperature plasma as working medium, in order to
Make working medium that there is enough electrical conductivity, it is necessary to plus potassium, caesium etc. as seed under High Temperature And Velocity, to utilize nonequilibrium ionization
Principle improves degree of ionization.This just brings the problem of working medium seed recycling, and the temperature of working medium reaches 2000 degree to 3000
Degree, the material of passage and electrode require high temperature resistant, alkali corrosion resistance, chemically-resistant ablation, thus when Magnetohydrodynamic(MHD) generator cannot be long
Between run.
The content of the invention
It is an object of the invention to provide a kind of magnetic fluid hydrogen generating systems, can make full use of what is generated during water electrolysis hydrogen production
The interior energy of gas expansion promotes electrolyte to circulate, and the electrolyte rich in OH- and K+ ions is made to pass through magnetohydrodynamic generator to mend
Repay the electric energy that electrolysis water is consumed.As a result of room temperature electrolyte as working medium, therefore avoid Magnetohydrodynamic(MHD) generator
The problems such as high temperature resistant and seed recycle, and can be with long-time steady operation.
The object of the present invention is achieved like this, a kind of magnetic fluid hydrogen generating system, including magnetic current power generation body and with the hair
The electrolytic cell that electric body current output terminal is connected, magnetic current power generation body is interior to have magnetic fluid runner, is clipped between two pieces of permanent magnets, by
The spiral flow channel that the electrode plate of two panels mutually insulated is formed, the liquid feeding end and outlet end of spiral flow channel are daraf(reciprocal of farad) that
Nozzle structure；The electrode plate of the two panels mutually insulated is bonded in the same plane by electric insulating sealant, forms one completely
Spiral flow channel, the spiral flow channel both sides that the electrode plate of the two panels mutually insulated is formed post insulating film, point
It does not insulate with the permanent magnet of both sides；The magnetic current power generation body is by stacked structure, by the magnetic of one group or more of magnetic current power generation body
Road and runner integrate；The magnetic current power generation body water outlet is connected with electrolytic cell water inlet, and the aerogenesis mouth of electrolytic cell leads to
It crosses gas-liquid mixed conduit with air filtration bottle to be connected, the liquid outlet of air filtration bottle is connected with the magnetic current power generation body water inlet；Utilize electricity
It solves the gas generated during water hydrogen manufacturing and rises the interior energy promotion electrolyte automatic cycle flowing of expansion, and pass through the magnetic current power generation
Body generates electricity to compensate the electric energy that electrolysis water is consumed.
As a further improvement on the present invention, be between the positive/negative plate of the magnetic current power generation body each group unit it is in parallel or
Cascaded structure；The runner being made of positive and negative electrode is ' S ' shape runner that tooth comb poles is formed.
It can be sent out in practical applications by the quantity or change magnetic current for each group unit for increasing or decreasing magnetic current power generation body
The methods such as the size of electric body unit or the size and shape that changes magnet realize the output of different capacity grade；
Unique structure of the present invention is novel, between two pieces of permanent magnets are clipped in, is made of the electrode plate of two panels mutually insulated
The horn mouth helical flow path with Rafael nozzle design feature, greatly accelerate the jet velocity of electrolyte, and add
The length of magnetic fluid runner reduces the resistance of runner, makes each magnetic current body unit that can again add through horn mouth helical flow path
The flow velocity of fast electrolyte；Stacked structure can also be used simultaneously, and the magnetic circuit and runner for having magnetic fluid runner by several groups are maximum
It is integrated together side by side to limit, makes full use of the static magnetic energy of permanent magnet；And electrode plate is directly made into helical flow path, greatly
The cross-sectional area and current density of electrode are added, reduces the operating temperature of magnetic fluid and the internal resistance of Magnetohydrodynamic(MHD) generator；And
The production technology of magnetic fluid is made to become simple, ease of assembly and maintenance.The electric energy that Magnetohydrodynamic(MHD) generator of the present invention generates enters electricity
Slot is solved, electrolysis generates and oxygen, and the interior energy of the expanding gas generated during water electrolysis hydrogen production is made full use of again electrolyte to be promoted to follow
Circulation moves, and the electrolyte rich in OH- and K+ ions is made to pass through magnetohydrodynamic generator to compensate the electric energy that electrolysis water is consumed.Due to adopting
By the use of the electrolyte of room temperature as working medium, therefore Magnetohydrodynamic(MHD) generator is made to avoid high temperature resistant and the problems such as seed recycles, and
It can be with long-time steady operation.
Description of the drawings
Below in conjunction with attached drawing, the present invention is described in further detail.
Attached drawing 1 is magnetic fluid component assembly explosive view；
Attached drawing 2 is magnetic fluid assembling parts side view；
Attached drawing 3 is magnetic fluid hydrogen generating system schematic diagram.
It includes：
1st, inlet end cover board；2nd, a unit kicker magnet A；3rd, a unit insulating film A；4th, a unit screw electrode A；5th, one
Unit screw electrode B；6th, a unit insulating film B；7th, two unit magnet skeleton；8th, a unit kicker magnet B；9th, Unit two are exhausted
Velum A；10th, two unit screw electrode A；11st, two unit screw electrode B；12nd, two unit insulating film B；13rd, two unit kicker magnet；
14th, three unit magnet skeleton；15th, three unit insulating film A；16th, three unit screw electrode A；17th, three unit screw electrode B；18、
Three unit insulating film B；19th, three unit kicker magnet；20th, water outlet end cover board；21st, water outlet；22nd, deflector hole under Unit three；23/
24/25th, deflector hole on Unit three；26th, deflector hole under a unit；27/28th, deflector hole on a unit；29th, water inlet；30th, magnet
Slot；31st, positive pole bolt；32nd, cathode bolt；33rd, insulated bolt is confined；34th, one unit electrode plate sectional view of magnetic fluid；35/
36th, sealed insulation glue；37th, it is electrolysed fluid catheter；38th, electrolytic cell water inlet；39th, electrolytic cell；40th, electrolytic cell aerogenesis mouth； 41、
Electrolytic cell positive terminal；42nd, electrolytic cell negative terminal；43rd, moisturizing indicator light；44th, electric-controlled plate；45th, gas liquid mixing conduit；
46th, air filtration bottle air inlet；47th, air filtration bottle liquid level sensor；48th, pressure sensor；49th, gas supply electromagnetic valve；50th, air filtration bottle；
51st, electrolyte；52nd, air filtration bottle water supplement port；53rd, hydrogen/hydrogen and oxygen mixture；54th, air filtration bottle sealing cover；55th, air filtration bottle outlet
Mouthful；56th, three-way connection；57th, small pump；58th, venthole；59th, tank lid；60th, water tank；61st, water；62nd, level sensor
Device；63rd, air filtration bottle liquid outlet；64th, circulating pump.
Specific embodiment
A kind of magnetic fluid hydrogen generating system as shown in Figure 1, Figure 2, Figure 3 shows, is exported including magnetic current power generation body and with the generating body electric current
The connected electrolytic cell in end, magnetic current power generation body is interior to have magnetic fluid runner, is clipped between two pieces of permanent magnets, by two panels mutually insulated
The spiral flow channel that is formed of electrode plate, the liquid feeding end and outlet end of spiral flow channel are Rafael nozzle structure；Institute
The electrode plate for the two panels mutually insulated stated is bonded in the same plane by electric insulating sealant, forms a complete spiral current
Insulating film is posted in road, the spiral flow channel both sides that the electrode plate of the two panels mutually insulated is formed, respectively with both sides
Permanent magnet insulate；The magnetic current power generation body is by stacked structure, by the magnetic circuit of one group or more of magnetic current power generation body and runner collection
Into together；The magnetic current power generation body water outlet is connected with electrolytic cell water inlet, and the aerogenesis mouth of electrolytic cell passes through gas-liquid mixed
Conduit is connected with air filtration bottle, and the liquid outlet of air filtration bottle is connected with the magnetic current power generation body water inlet；During using water electrolysis hydrogen production
The interior energy that the gas of generation rises expansion promotes the flowing of electrolyte automatic cycle, and generates electricity to mend by the magnetic current power generation body
Repay the electric energy that electrolysis water is consumed；As a further improvement on the present invention, the positive and negative anodes of the magnetic current power generation body each group unit
It is structure in parallel or series between plate；The runner being made of positive and negative electrode is ' S ' shape runner that tooth comb poles is formed.
Details are as follows for the structure and operation principle of magnetic fluid hydrogen generating system of the present invention：Such as Fig. 1 --- shown in Fig. 3, by water inlet
End casing 1, a unit kicker magnet A 2, a unit insulating film A 3, a unit screw electrode A 4, a unit screw electrode B 5,
It is single that 8 parts such as one unit insulating film B 6, two unit magnet skeletons 7, a unit kicker magnet B 8 stack composition first in order
First magnetic current power generation body；By two unit magnet skeletons 7, a unit kicker magnet B 8, two unit insulating film A 9, two unit screw electrodes
8, A 10, two unit screw electrode B 11, two unit insulating film B 12, two unit kicker magnets 13, three unit magnet skeletons 14 etc.
Part stacks composition second unit magnetic current power generation body in order；By two unit kicker magnets 13, three unit magnet skeletons 14, Unit three
Insulating film A 15, three unit screw electrode A 16, three unit screw electrode B 17, three unit insulating film B 18, the strong magnetic of Unit three
8 parts such as body 19, water outlet end cover board 20 stack composition third unit magnetic current power generation body in order；The magnetic current hair of three units
Electric body is sequentially stacked in together, by the locking together tightly of confinement insulated bolt 33 ', prevents leak；Positive pole bolt 31 simultaneously
It is closely connected with a unit screw electrode B 5, two unit screw electrode B 11, three unit screw electrode B 17 respectively, by three
The anode of unit magnetic current power generation body is connected in parallel；In addition cathode bolt 32 respectively with a unit screw electrode A 4, two unit spiral shells
Electrode A 10, the three closely connections of unit screw electrode A 16 are revolved, the cathode of three unit magnetic current power generation bodies is connected in parallel.
It in practical applications can be by increasing or decreasing the element number of magnetic current power generation body or changing magnetic current power generation body list
The size of member changes the methods such as size and shape of magnet to match the load of different capacity grade；Meanwhile each unit
Between the positive/negative plate of magnetic current power generation body can parallel connection can also connect；The runner being made of positive and negative electrode can also be remove it is excellent
Other shapes beyond the spiral shape of change, such as ' S ' shape runner that a pair of of tooth comb poles is formed.
Electrolyte enters through inlet end cover board 1 to be clipped between a unit kicker magnet A 2 and a unit kicker magnet B 8, by
The one of the non-magnetic metal electrode board composition of a unit screw electrode A 4 and 5 two pieces of a unit screw electrode B of mutually insulated is single
In first helical flow path；An a unit insulating film A 3 and unit insulating film B 6 is by a unit screw electrode A 4 and a unit simultaneously
5 two pieces of non-magnetic metal electrode boards of screw electrode B insulate respectively with a unit kicker magnet A 2 and a unit kicker magnet B 8 every
From to prevent electric pole short circuit；And a unit screw electrode A 4 and 5 two pieces of non-magnetic metal electrode boards of unit screw electrode B
Between linked together by electric insulating sealant, collectively form a piece of complete unit horn mouth helical flow path.
Electrolyte in first module helical flow path enters through 26 and two unit magnet skeleton 7 of deflector hole under a unit to be clipped in
Between one unit kicker magnet B 8 and two unit kicker magnets 13, by two unit screw electrode A 10 of mutually insulated and two unit spiral shells
In the two unit helical flow paths for revolving the non-magnetic metal electrode board composition of 11 two pieces of electrode B；Two unit insulating film A 9 and two simultaneously
Unit insulating film B 12 divides 11 two pieces of non-magnetic metal electrode boards of two unit screw electrode A 10 and two unit screw electrode B
It is not dielectrically separated from a unit kicker magnet B 8 and two unit kicker magnets 13, to prevent electric pole short circuit；And two unit screw electrode A
10 and two are linked together by electric insulating sealant between 11 two pieces of non-magnetic metal electrode boards of unit screw electrode B, common structure
Into a piece of complete horn mouth helical flow path of Unit two.
Electrolyte in second unit helical flow path enters through deflector hole on Unit three 23,24,25 is clipped in the strong magnetic of Unit two
Between 13 and three unit kicker magnet 19 of body, by the three unit screw electrode A 16 and three 17 liang of unit screw electrode B of mutually insulated
In three unit helical flow paths of the non-magnetic metal electrode board composition of block；Three unit insulating film A 15 and three unit insulating film B simultaneously
18 is strong with Unit two respectively by three unit screw electrode A 16 and three 17 two pieces of non-magnetic metal electrode boards of unit screw electrode B
13 and three unit kicker magnet 19 of magnet is dielectrically separated from, to prevent electric pole short circuit；And three unit screw electrode A 16 and three unit spiral shells
It is linked together, collectively formed a piece of complete by electric insulating sealant between rotation 17 two pieces of non-magnetic metal electrode boards of electrode B
Three unit horn mouth helical flow paths.
Finally, the going out through deflector hole 22 under Unit three and water outlet end cover board 20 of the electrolyte in third unit helical flow path
It flows out at the mouth of a river 21；2 feet of electric-controlled plate 44 connect the cathode of external power supply, while are also the zero potential of whole system；When electric-controlled plate 44
4 feet obtain the B+ voltages of external power supply after, export decomposition voltage to electrolytic cell positive terminal from 3 feet of electric-controlled plate 44 immediately
41, the electrolytic cell negative terminal 42 in electrolytic cell 39 connects the zero potential of whole system；At this point, the water in electrolyte in electrolytic cell
Molecule is broken down into hydrogen and oxygen, and is sprayed entrainment of electrolyte from electrolytic cell aerogenesis mouth 40, through 45 He of gas liquid mixing conduit
Air filtration bottle air inlet 46 enters in the electrolyte 51 in air filtration bottle 50, after gas-liquid separation, hydrogen or hydrogen or oxygen gas（Depending on electricity
Solve the structure of slot）Converge in the top of air filtration bottle 50；The hydrogen for converging in 50 top of air filtration bottle passes through 55 He of air filtration bottle gas outlet
Three-way connection 56 is sent to gas supply electromagnetic valve 49；Meanwhile the hydrogen that the other pressure sensor 48 being connected on three-way connection 56 will sense
Air pressure force signal is sent to 6 feet of electric-controlled plate 44；When electric-controlled plate 44 senses that the air pressure signal of 6 feet is relatively low, electric-controlled plate will pass through
44 7 feet close gas supply electromagnetic valve 49, with anti-backfire；When electric-controlled plate 44 senses that the air pressure signal of 6 feet reaches the upper limit, just lead to
7 feet for crossing electric-controlled plate 44 open gas supply electromagnetic valve 49, and externally while supply, electric-controlled plate 44 is according to the height of the air pressure signal of 6 feet
Low, the power supply output of 3 feet of control so as to control gas production, makes the pressure of electrolytic cell maintain in safe range；When electric-controlled plate 44
5 feet when sensing that air filtration bottle 47 liquid level signals of liquid level sensor are relatively low, electric-controlled plate 44 will pass through 9 feet and open small pump 57 by water
Water 61 in case 60 is pumped by air filtration bottle water supplement port 52 in air filtration bottle 50；When 5 feet of electric-controlled plate sense that air filtration bottle liquid level passes
When 47 liquid level signal of sensor reaches the upper limit, electric-controlled plate will pass through 9 feet and close small pump 57 and prevent that the electrolyte in air filtration bottle is anti-
It flows into water tank 60；When 10 feet of electric-controlled plate 44 sense that 62 water level signal of water level sensor is relatively low, electric-controlled plate is beaten by 8 feet
It opens moisturizing indicator light 43 and prompts moisturizing, need to open 59 feed-tank moisturizing of tank lid at this time；It is automatically controlled after the water in water tank is filled it up with
Plate closes moisturizing indicator light 43 by 8 feet；When the gas pressure at 50 top of air filtration bottle constantly increases, just by its internal electrolysis
The liquid level of liquid is pressed downward, and passes through air filtration bottle liquid outlet 63 and the water inlet 29 of press-in one unit electrode plate of magnetic fluid of circulating pump 64
Place, and pass through deflector hole 28 on a unit and enter the loudspeaker being made of a unit screw electrode A 4 and a unit screw electrode B 5
In mouth helical flow path；Wherein sealed insulation glue 35 and sealed insulation glue 36 are electric by a unit screw electrode A 4 and a unit spiral
Pole B 5 is connected into a piece of complete horn mouth helical flow path, and make the stream it is closed it is watertight in the case of ensure a unit spiral shell
Revolve mutually insulated between electrode A and a unit screw electrode B；At this time drawing is first passed through into the electrolyte of deflector hole 28 on a unit
Fa Er jet pipes spray at a high speed screw type runner, and are led in the case where the central point of helical flow path is screwed out to a unit counterclockwise clockwise
Discharge orifice 22；The unit kicker magnet A 2 and one for being close to a unit screw electrode A and a unit screw electrode B both sides simultaneously is single
First kicker magnet B 8 generates high-intensity magnetic field, and the OH- in helical flow path in swiftly flowing electrolyte and K+ is made to be acted on by Lorentz force
It deflects, is understood according to Left Hand Rule：K+ is beaten on a unit screw electrode B 5, and OH- is beaten on a unit screw electrode A 4,
So as to form electric field between a unit screw electrode B 5 and a unit screw electrode A 4, and electric field is more and more stronger, Zhi Daoli
Until electric field force suffered by son is equal with Lorentz force, positive alternating current, magnetic field are formed inside a unit magnetic current power generation body at this time,
Remaining ion continues to move forward to deflector hole 26 under a unit along helical flow path and import in second unit magnetic current power generation body,
And finally flowed out from water outlet 21 and be sent to electrolytic cell water inlet 38 through being electrolysed fluid catheter 37, complete the automatic cycle of electrolyte；Together
When cathode bolt 32 cathode of magnetic current power generation body is connected in the zero potential of whole system, the positive electricity of magnetic current power generation body passes through anode
Bolt 31 leads to 1 foot of electric-controlled plate, is used to compensate the electric energy that electrolytic cell is consumed under the control of electric-controlled plate.Increase in systems
Add circulating pump 64, system initial start stage can be made to improve the flow velocity of electrolyte immediately, magnetic current power generation body is made to export rapidly stable
Voltage, and after system stalls, electric-controlled plate 44 can the 64 of short duration work of start by set date circulating pump, allow electrolyte flow one
Meeting generates crystallization to prevent the impurity in electrolyte and precipitation blocks the runner of magnetic current power generation body；In practical applications, can also incite somebody to action
Electrolytic cell aerogenesis mouth 40 is directly connected on the water inlet 29 of magnetic current power generation body, and the water outlet 21 of magnetic current power generation body is connected on air filtration
On bottle air inlet 46, while air filtration bottle liquid outlet 63 is connected to the circulation loop that electrolyte is formed on electrolytic cell water inlet 38.
The present invention is not limited to hydrogen preparation field, described above to be merely exemplary for the purpose of the present invention, and not restrictive.
Only it is by preferred embodiment the present invention will be described in detail magnetic fluid hydrogen generating system, however is done for the embodiment any etc.
Effect, modification and variation, such as embodiment of the number of unit of magnetic current power generation body, shape, size, dissociation unit etc.
Variation, all without departing from the spirit and scope of the present invention.And all do not depart from the spirit and scope of the present invention technical solution and its
It improves, because covering in scope of the presently claimed invention.
Claims (2)
1. a kind of magnetic fluid hydrogen generating system, the electrolytic cell being connected including magnetic current power generation body and with the generating body current output terminal,
There is magnetic fluid runner in magnetic current power generation body, it is characterized in that：It is clipped between two pieces of permanent magnets, by the electrode of two panels mutually insulated
The spiral flow channel that plate is formed, the liquid feeding end and outlet end of spiral flow channel are Rafael nozzle structure；Described two
The electrode plate of piece mutually insulated is bonded in the same plane by electric insulating sealant, forms a complete spiral flow channel, described
The spiral flow channel both sides that are formed of electrode plate of two panels mutually insulated post insulating film, it is exhausted with the permanent magnet of both sides respectively
Edge；The magnetic current power generation body is integrated the magnetic circuit of one group or more of magnetic current power generation body and runner by stacked structure；
The magnetic current power generation body water outlet is connected with electrolytic cell water inlet, and the aerogenesis mouth of electrolytic cell passes through gas-liquid mixed conduit and air filtration
Bottle is connected, and the liquid outlet of air filtration bottle is connected with the magnetic current power generation body water inlet；The gas generated during using water electrolysis hydrogen production
The interior energy for rising expansion promotes the flowing of electrolyte automatic cycle, and compensates electrolysis water institute by the magnetic current power generation body power generation
The electric energy of consumption.
2. magnetic fluid hydrogen generating system according to claim 1, it is characterized in that：The magnetic current power generation body each group unit is just
It is structure in parallel or series between negative plate；The runner being made of positive and negative electrode is ' S ' shape runner that tooth comb poles is formed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810148695.6A CN108085713A (en) | 2018-02-13 | 2018-02-13 | Magnetic fluid hydrogen generating system |
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| CN201810148695.6A CN108085713A (en) | 2018-02-13 | 2018-02-13 | Magnetic fluid hydrogen generating system |
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| CN108085713A true CN108085713A (en) | 2018-05-29 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109576731A (en) * | 2019-01-15 | 2019-04-05 | 山东大学 | Liquid metal magnetohydrodynamic Direct Electrolysis water device for producing hydrogen and method |
| CN114318391A (en) * | 2021-11-30 | 2022-04-12 | 中国华能集团清洁能源技术研究院有限公司 | Novel electrolytic cell electrode plate with optimized structure, electrolytic unit and application |
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| CN107221370A (en) * | 2017-06-09 | 2017-09-29 | 南京航空航天大学 | Core gradient utilization system and method based on liquid metal spontaneous evaporation magnetohydrodynamic generator |
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