CN1330042A - Ultraspeed vaporier for instantaneous seawater desalination - Google Patents
Ultraspeed vaporier for instantaneous seawater desalination Download PDFInfo
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- CN1330042A CN1330042A CN01126149A CN01126149A CN1330042A CN 1330042 A CN1330042 A CN 1330042A CN 01126149 A CN01126149 A CN 01126149A CN 01126149 A CN01126149 A CN 01126149A CN 1330042 A CN1330042 A CN 1330042A
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- quick
- fried
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- pressure vessel
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D1/00—Evaporating
- B01D1/30—Accessories for evaporators ; Constructional details thereof
- B01D1/305—Demister (vapour-liquid separation)
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D3/00—Distillation or related exchange processes in which liquids are contacted with gaseous media, e.g. stripping
- B01D3/06—Flash distillation
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D5/00—Condensation of vapours; Recovering volatile solvents by condensation
- B01D5/0057—Condensation of vapours; Recovering volatile solvents by condensation in combination with other processes
- B01D5/006—Condensation of vapours; Recovering volatile solvents by condensation in combination with other processes with evaporation or distillation
- B01D5/0066—Dome shaped condensation
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/02—Treatment of water, waste water, or sewage by heating
- C02F1/04—Treatment of water, waste water, or sewage by heating by distillation or evaporation
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/124—Water desalination
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Organic Chemistry (AREA)
- Heat Treatment Of Water, Waste Water Or Sewage (AREA)
- Vaporization, Distillation, Condensation, Sublimation, And Cold Traps (AREA)
Abstract
An ultrahigh-speed evaporator apparatus for instantaneously desalinating seawter is based on the principle that the salt moleculae in seawater do not take part in evaporation. Under the action of high-temp explosion, the moleculae of fresh water in seawater are quickly evaporated to form mixed vapour. The gap between said moleculae is instantantously increased by tens-hundreds times. The vapour and liquid with different densities are instantaneously separated out. After quick cooling, the fresh water and concentrated saline are respectively obtained.
Description
The present invention relates to seawater ultra-high speed desalination and the quick salt manufacturing of seawater, especially by ultrahigh pressure vessel, ultra-high voltage gas, well heater, environmental protection explosive, lighter for ignition, catheter with holes, put quick-fried, high temperature guard, liquid dish, put quick-fried vaporization and cool off the ultraspeed vaporier for instantaneous seawater desalination that booth, automatic vent window, high-temperature water vapor discharge outlet, automatic vent fenestella, valve etc. are formed.
The method for desalting seawater of home and abroad employing at present is many, covert method: method of evaporation, distillation method, method of cooling; Membrane separation process: reverse osmosis method, electroosmose process; The chemical equilibrium method: main three major types type such as ion exchange method, hydration method, solvent extration, technological precedence at present also be to use maximum to be to dodge anxious distillation method, to account for 70% of world today's sea water desaltination ultimate production.Dodging anxious distillation method is exactly to utilize the boiling point of water to reduce this characteristic with pressure, seawater is heated in pipeline, guide to then in the lower evaporator room of pressure, the high temperature seawater that is introduced into will evaporate rapidly between in an instant, and the steam of generation obtains condensation and causes fresh water outside the pipeline that Mare Frigoris water is housed.(need carry out the repetition more piece and dodge and to heat up in a steamer, reached at present need again and again repeat to dodge heat up in a steamer operation 30 more pieces/time, the huge efficient of equipment is lower).Its shortcoming is: facility investment is many, and the seawater internal circulating load is big, the system water yield is little, the low process cost of enrichment factor is higher.(need large batch of seawater to make, get only 1 part of fresh water, but will produce 9 parts of concentrated seawaters that pollution is arranged).
The purpose of this invention is to provide a kind of brand-new ultraspeed vaporier for instantaneous seawater desalination, it is simple in structure, make minuscule investment, produce that water is big in batches, stable performance, volume is little, incrustation scale is few, easy to use, system water express train, go out fresh water amount height, water quality good (approximately 90% fresh water, only produce about 10% strong brine).
In order to achieve the above object, solution of the present invention is: utilize salt quasi-molecule in the seawater all not participate in this characteristic of carburation by evaporation process, adopt ultra-high voltage gas compression high temperature to put quick-fried water liquid puffing ultra-high speed carburation by evaporation principle, producing gas ignition ultrahigh pressure vessel with the environmental protection explosive charge puts quick-fried, make the fresh water molecular water liquid in the seawater put quick-fried back strong sharply ultra-high speed carburation by evaporation formation mixing gas at high temperature, distance has enlarged tens of times to hundreds of times approximately between in moment between the molecule, enlarge to greatest extent between fresh water molecule and the salt quasi-molecule between distance, water liquid amasss (volume of all fresh water molecular water liquid has enlarged tens of times to hundreds of times approximately), density difference distance and travelling speed, isolate and isolate the vapour and the liquid of different densities in moment, form fresh water and strong brine through quick cooling condensation, reach the purpose of ultra-high speed vaporization instantaneous seawater desalination.
Seawater fresh water molecular water liquid in high temperature volatilizees easily, and proportion, a distance change bigger; Salt molecular water liquid is not volatile, and proportion, a distance change less.Adopt the directional shooting in supervoltage sea water of environmental protection explosive to put quick-fried, (seawater is in high-boiling, fresh water molecular water liquid is owing to contain more volatile components easily by high temperature evaporation vaporization, so along with the volume and the proportion of the rising fresh water molecular water liquid of temperature changes very greatly; It is owing to contain more difficult volatiles that salt molecular water liquid is difficult for by the high temperature evaporation vaporization, so along with the volume and the proportion of the rising salt molecular water liquid of temperature changes very little.) seawater water liquid put by ultra-high voltage blast discharge that huge energy produces the broken kinetic energy of the formed huge gas percussion of a large amount of high temperature, superpressure, high speed impact ripple gas strong sharply impact, high-speed breakage, cuts apart after quick-fried, encirclement, omnibearing stereo ultra-high speed carburation by evaporation decompose seawater water liquid.Allow the mixing vapour-liquid of the molten gas of superpressure high-density cause strong ultra-high voltage compression earlier, high temperature is put the vaporization of quick-fried water liquid puffing moment then, make the vapour and the liquid interior overbalance of moment of the molten gas of super-high density, the long-pending strong sharply expansion at a high speed of water liquid, impact force between the molecule sharply increases, high temperature, superpressure, high speed impact ripple gas breaks through gap between each fresh water molecular water liquid with numerous over-pressure gas of the pressure pressure that surpasses the external atmosphere pressure manyfold, high temperature, superpressure, high-speed gas is fallen over each other and is squeezed outward, the drop that makes molecule is at all directions ultra-high speed carburation by evaporation that swells at once, the volumetric expansion manyfold, proportion alleviates manyfold, distance widens manyfold between between the molecule, enlarges density difference distance and travelling speed between fresh water molecule and the salt quasi-molecule to greatest extent.Fresh water molecular water liquid forms the super-high density subparticle hanging drop mixing gas steam of particle minimum behind the ultra-high speed carburation by evaporation; Salt molecular water liquid is difficult for being formed by the high temperature evaporation vaporization particle drop strong brine of particle maximum; Make them in moment, separate and keep apart, reach the purpose of ultra-high speed vaporization instantaneous seawater desalination.
Technical scheme of the present invention is as follows: well heater, special environmental protection explosive, lighter for ignition, catheter with holes are set in filling with the sealed ultrahigh pressure vessel body of Mare Frigoris water, put quick-fried; Ultrahigh pressure vessel is external to be provided with Mare Frigoris water inlet valve and to be provided with respectively: low pressure gasholder air intake valve, middle pressure gas-holder air intake valve, high pressure tank air intake valve, ultra-high voltage gas-holder air intake valve; Successional individual layer that matches with ultrahigh pressure vessel or bilayer are put quick-fried evaporated cooling system to be had: single-deck (every dish is provided with continuity approximately and puts quick-fried vaporization cooling booth 10 tops to tens tops) or polydisc (continuity is set approximately puts quick-fried vaporization cooling booth tens tops to becoming hundred tops) rotating shaft base continuity is put quick-fried vaporization cooling combined system.Single top individual layer or bilayer are put in the quick-fried vaporization cooling booth body heating high temperature guard, liquid dish, high-temperature water vapor discharge outlet are set; External automatic vent window, automatic vent fenestella, fresh water flowing water Valve, strong brine fluid valve, the distilled water flowing water Valve of being provided with.
The workflow of ultraspeed vaporier for instantaneous seawater desalination is:
1, ultra-high voltage gas compression high temperature is put quick-fried water liquid puffing ultra-high speed carburation by evaporation: settle well heater, catheter with holes in the ultrahigh pressure vessel body earlier; Put an amount of quantitative special environmental protection explosive (waterproof cartridge bag), lighter for ignition and arrangement and put quick-fried; Open inlet valve and inject Mare Frigoris water, when the intravital Mare Frigoris water of ultrahigh pressure vessel water level reaches about 90% water level, close inlet valve; Open and close low pressure gasholder air intake valve, middle pressure gas-holder air intake valve, high pressure tank air intake valve, ultra-high voltage gas-holder air intake valve then one by one, when the intravital intake pressure of ultrahigh pressure vessel had reached required job requirement pressure, the air intake valve that can close the ultra-high voltage gas-holder stopped gas injection.The heater heating is closed well heater and is stopped heating after the seawater water liquid of the molten gas of superpressure high-density is heated to boiling.Can ignite the directional shooting in the ebullient seawater of environmental protection explosive by the opening point firearm.[can put or not put an amount of quantitative special environmental protection explosive, lighter for ignition.Put quick-friedly if do not adopt explosive charge to produce a large amount of gases, can directly adopt to increase gas and put quick-fried: seawater water liquid is continued heating make gas double ultralimit to expand and ignite the ultrahigh pressure vessel blast and put quick-fried or directly adopt special explosive charge to produce huge ultra-high voltage gas and ignite the ultrahigh pressure vessel blast and put quick-fried.] in case ultra-high voltage gas compression high temperature puts quick-fried water liquid puffing vaporization, blast is put and is discharged huge energy after quick-fried and produce the poly-power of a large amount of huge power shockwave of high temperature gas moment and tear up and put quick-fried, high temperature superpressure high speed vapour-liquid forms subsequent explosion simultaneously and puts quick-fried promptly from catheter with holes ejection suitable for reading.Fresh water molecular water liquid in the seawater is promptly put the huge energy that discharges after quick-fried by blast and is produced a large amount of high temperature, superpressure, high speed impact ripple gas, in the huge space that the individual layer or the bilayer of high temperature resistant cloth matter are put quick-fried vaporization cooling booth, be broken into the variation of the strong sharply decomposition of fog precipitation hop states of matter by high speed impact, the ultra-high speed carburation by evaporation becomes gas, in a single day the super-high density subparticle hanging drop mixing gas steam of (broken away from water body between fresh water molecule and the salt quasi-molecule, just no longer produced big reactive force each other) formation particle minimum expands at a high speed and spreads rising.Salt molecular water liquid is because after being difficult for being hit by high temperature, superpressure, high-speed gas carburation by evaporation, form the particle drop strong brine of particle maximum, the impact forces maximum operational speed of being born is the fastest, is built up gradually to the wallboard face of liquid dish by ram-jet.
2, fresh water is produced in the vaporization cooling fast: the high temperature of unlatching heating earlier guard heating before the environmental protection explosive charge, and open fresh water flowing water Valve and unlatching strong brine fluid valve and open the distilled water flowing water Valve.Blast is put quick-fried back seawater vapour-liquid and is being impacted the back and spraying in catheter with holes by high temperature, superpressure, the huge strength body of high speed impact ripple, sharply upwards sprays the violent diffusion of expanding in huge individual layer or double-deck huge space of putting quick-fried vaporization cooling booth.Salt molecular water liquid is owing to be difficult for being rushed in the high temperature guard by the particle drop strong brine of high temperature evaporation vaporization formation particle maximum, and it is dirty along the wooden partition face to suffer the liquid dish wooden partition to be stopped the back, discharges in strong brine fluid pipeline after building up.Fresh water molecular water liquid in the seawater forms the sharply upwards injection of super-high density subparticle hanging drop mixings gas of particle minimum after by the ultra-high speed carburation by evaporation, acutely expand into the water vapor gas and sharply spreads rising.The automatic vent window of this moment can will have the unnecessary gas of pressure to excrete rapidly automatically.Fresh water water liquid steam gas is built up the back at the huge quick cooling condensation of putting quick-fried vaporization cooling booth and is formed fresh water, exports in the fresh water outlet conduit.Enter in the quick-fried vaporization cooling of putting of the upper strata booth from the high-temperature water vapor discharge outlet after some high-temperature water vapor rises in addition, the unnecessary body of calming the anger is promptly discharged from the automatic vent wicket, and high-temperature water vapor forms distilled water water liquid and discharges in distilled water flowing water Valve pipeline behind the quick cooling condensation of the quick-fried vaporization cooling booth of putting of upper strata.Close the heating source of heating high temperature guard at last, close the fresh water flowing water Valve and close strong brine fluid valve and close the distilled water flowing water Valve.So constantly move in endless cycles repeatedly.
Owing to adopted in the above-mentioned solution: ultra-high voltage gas compression high temperature is put quick-fried water liquid puffing ultra-high speed carburation by evaporation principle, make seawater water liquid discharge huge energy after quick-fried and produce a large amount of high temperature being put by blast, superpressure, the huge power impact grinding of high speed impact ripple gas, cut apart, surround, after decomposing seawater, the super-high density subparticle hanging drop mixing gas (steam) that rapid ultra-high speed carburation by evaporation forms the particle minimum takes place in the fresh water molecular water liquid in the seawater in moment, distance sharply becomes the increasing of manyfold between between the molecule, volume becomes the growth of manyfold rapidly, and proportion becomes alleviating of manyfold rapidly; Salt molecular water liquid in the seawater is owing to be difficult for being evaporated the particle drop strong brine that vaporization forms the particle maximum; Make between fresh water molecule and the salt quasi-molecule to produce the maximum vapour and the difference in specific gravity distance and the travelling speed of liquid, reached the isolating purpose of ultra-high speed and they are promptly kept apart.It is simple in structure, makes minuscule investment, and stable performance, volume are little, system water express train, the high water quality of incrustation scale few (and being convenient to remove), go out fresh water amount height (being particularly suitable for the strong brine desalination) and can save a large amount of energy and time.
The present invention is further described with embodiment below in conjunction with accompanying drawing one, accompanying drawing two.
Accompanying drawing one is the simplified diagram that the continuity of the ultraspeed vaporier for instantaneous seawater desalination of the embodiment of the invention is put quick-fried evaporated cooling system principle of work.
Accompanying drawing two is that the ultra-high voltage gas compression high temperature of the ultraspeed vaporier for instantaneous seawater desalination of the embodiment of the invention is put the simplified diagram that principle is made in the water conservancy project of quick-fried water liquid puffing ultra-high speed carburation by evaporation cooling system.
Ultraspeed vaporier for instantaneous seawater desalination of the present invention mainly is combined into by two big parts shown in accompanying drawing one, accompanying drawing two.One, ultra-high voltage gas compression high temperature is put quick-fried water liquid puffing ultra-high speed carburation by evaporation cooling system water: settle well heater (4) earlier and catheter with holes (7) [can put or not put an amount of quantitative special environmental protection explosive (5), lighter for ignition (6)] is set in the ultrahigh pressure vessel of filling with Mare Frigoris water (3) body; Ultrahigh pressure vessel (3) place suitable for reading is provided with connection catheter with holes (7) and puts quick-fried (8) with being provided with to be connected to settle; Ultrahigh pressure vessel (3) is external to be provided with and to connect UNICOM's inlet valve (9), is provided with and connects UNICOM's low pressure gasholder air intake valve (10), middle pressure gas-holder air intake valve (11), high pressure tank air intake valve (12), ultra-high voltage gas-holder air intake valve (13); Connection individual layer or bilayer are set at place, ultrahigh pressure vessel (3) top put quick-fried vaporization cooling booth (2), individual layer is put to be provided with in quick-fried vaporization cooling booth (2) body and is connected heating high temperature guard (14), is provided with in high temperature guard (14) periphery to connect liquid dish (15) and be connected UNICOM with strong brine fluid valve (17); Putting place, the external below of quick-fried vaporization cooling booth (2) is provided with and connects automatic vent window (16) and be connected UNICOM's fresh water flowing water Valve (18) with being provided with; Bilayer is put and in the body on quick-fried vaporization cooling booth (2) upper strata high-temperature water vapor discharge outlet (19) is set and external the setting is connected automatic vent fenestella (20) and connection UNICOM's distilled water flowing water Valve (21) is set.Two, continuity is put quick-fried evaporated cooling system: the pole that the single-deck or polydisc rotating shaft base (1) width of cloth are penetrated is put quick-fried vaporization cooling booth (2) with single or multiple lift respectively and is connected and fixed; Ultrahigh pressure vessel (3) top place respectively with numerous put quick-fried vaporization cooling booth (2) but below place's quick union is connected.
1, ultra-high voltage gas compression high temperature is put quick-fried water liquid puffing ultra-high speed carburation by evaporation: settle well heater (4) catheter with holes (7) [can put or not put an amount of quantitative special environmental protection explosive (5), lighter for ignition (6) ,] arrangement to put quick-fried (8) ultrahigh pressure vessel (3) body in earlier.When open cold seawater inlet valve (9) reaches in ultrahigh pressure vessel (3) body about 90% water level when the water level of the Mare Frigoris water that the water pump pressure injection is gone into, can close Mare Frigoris water inlet valve (9); Open and close the air intake valve (11) of the air intake valve (10) of low pressure gasholder, middle pressure gas-holder, the air intake valve (12) of high pressure tank, the air intake valve (13) of ultra-high voltage gas-holder then one by one; When the intravital intake pressure of ultrahigh pressure vessel (3) has reached required job requirement pressure, can close air intake valve (13) the stop gas injection of ultra-high voltage gas-holder.Heater (4) heat is closed well heater (4) and is stopped heating after the Mare Frigoris water water liquid of the molten gas of super-high density is heated to boiling.Can opening point firearm (6) ignite environmental protection explosive (5) directional shooting in the ebullient seawater produce a large amount of ultra-high voltage pressurized gas high temperature put quick-fried [adopt environmental protection explosive (5) blast to produce a large amount of gas and ignite ultrahigh pressure vessel (3) and put quick-fried or not adopt explosive (5) blast directly increasing gas to put quick-fried, with seawater liquid continue heating make gas double ultralimit expand ignite ultrahigh pressure vessel (3) blast and put quick-fried] water liquid puffing ultra-high speed carburation by evaporation.Explosive (5) blast is put and is discharged huge energy after quick-fried and produce the poly-power of a large amount of huge power shockwave of high temperature gas moment and tear up and put quick-fried (8), the intravital ultra-high voltage of ultrahigh pressure vessel (3), high temperature vapour-liquid form subsequent explosion simultaneously and put quick-fried promptly from catheter with holes (7) ejection suitable for reading.To put quick-fried energy huge because explosive (5) blast causes, the high temperature of superelevation pressure solution gas mix fresh water molecular water liquid in the vapour-liquid and salt molecular water liquid promptly by blast put the huge energy that discharges after quick-fried produce a large amount of high temperature, superpressure, high speed impact ripple gas in the huge space of the quick-fried vaporization cooling booth of putting of cloth matter (2) by the fog precipitation of the broken formation of high speed impact super-high density.Fresh water molecular water liquid is becoming gas after being changed the ultra-high speed carburation by evaporation by strong sharply decomposition hop states of matter, the super-high density subparticle hanging drop mixing gas (steam) that forms the particle minimum expands at a high speed to spread and rises; Salt molecular water liquid is difficult for by high temperature superpressure carburation by evaporation, the impact forces maximum that the particle drop strong brine of the back formation particle maximum that is hit is born, and travelling speed is the fastest.
2, continuity is put quick-fried vaporization cooling and is produced fresh water: put in environmental protection explosive (5) blast and open heating high temperature guard (14) earlier before quick-fried and heat, open strong brine fluid valve (17) and open fresh water flowing water Valve (18) and unlatching distilled water flowing water Valve (21), explosive (5) blast put quick-fried after, high temperature superpressure seawater water liquid mixes vapour-liquid and is impacted the back from catheter with holes (7) ejection suitable for reading by high temperature, superpressure, the huge strength body of high speed impact ripple, in the huge space of the quick-fried vaporization cooling of putting of huge high temperature resistant cloth matter booth, sharply upwards spray the violent diffusion of expanding.Salt molecular water liquid is owing to be difficult for being rushed in the high temperature guard (14) at a high speed from catheter with holes (7) ejection suitable for reading back by the particle drop strong brine of high temperature, superpressure, carburation by evaporation formation particle maximum, it is promptly dirty along the wooden partition face to suffer liquid dish (15) wooden partition to stop the back, builds up the back and discharges in the fluid pipeline of strong brine fluid valve (17); Fresh water molecular water liquid in the mixing vapour-liquid of high temperature, superpressure is strongly sharply formed the super-high density subparticle hanging drop mixing gas of particle minimum from the rising at a high speed of catheter with holes (7) ejection suitable for reading back behind the expansion ultra-high speed carburation by evaporation, meet a large amount of high temperature that is produced in the high temperature guard (14) in the hood-shaped liquid dish (15), be subjected to high temperature to stop further vaporized expanding and sharply spread rising at a high speed, promptly turn and detour from the peripheral continuation rising of the periphery of liquid dish (15).[rising of detouring of can turning of high temperature mixed steam body is because the high-temperature water vapor lighter than air, and self has rising buoyancy.] [automatic vent window this moment (16) promptly automatically discharges the unnecessary body of calming the anger that has in time] high temperature fresh water molecular water steam forms fresh water water liquid and export in fresh water flowing water Valve (18) pipeline being built up the back by the huge quick cooling condensation of putting quick-fried vaporization cooling booth (2); Some high-temperature water vapor rising enters the quick-fried vaporization cooling of putting of upper strata booth (2) from high-temperature water vapor discharge outlet (19) in addition, the unnecessary body of calming the anger is promptly discharged from automatic vent fenestella (20), and high-temperature vapor forms distilled water water liquid and discharges in distilled water flowing water Valve (21) pipeline behind the quick cooling condensation of the quick-fried vaporization cooling booth of putting of upper strata (2).Close the heating source of heating high temperature guard (14) at last, close strong brine fluid valve (17) and close fresh water flowing water Valve (18) and close distilled water flowing water Valve (21).The continuity that matches with ultrahigh pressure vessel (3) is put quick-fried evaporated cooling system single-deck or polydisc rotating shaft base (1), and it puts quick-fried vaporization refrigerative work capacity for continuity is put quick-fried vaporization cooling combined system, can constantly satisfy ultrahigh pressure vessel (3) institute successional put quick-fried.So constantly move in endless cycles repeatedly.
Claims (1)
1, a kind of ultraspeed vaporier for instantaneous seawater desalination is characterized in that: settle well heater (4) earlier and catheter with holes (7) is set in the ultrahigh pressure vessel of filling with Mare Frigoris water (3) body; [can put or not put an amount of quantitative special environmental protection explosive (5), lighter for ignition (6)] ultrahigh pressure vessel (3) place suitable for reading is provided with connection catheter with holes (7) and puts quick-fried (8) with being provided with to be connected to settle; Ultrahigh pressure vessel (3) is external to be provided with and to connect UNICOM's inlet valve (9), is provided with and connects UNICOM's low pressure gasholder air intake valve (10), middle pressure gas-holder air intake valve (11), high pressure tank air intake valve (12), ultra-high voltage gas-holder air intake valve (13); Connection individual layer or bilayer are set at place, ultrahigh pressure vessel (3) top put quick-fried vaporization cooling booth (2), individual layer is put to be provided with in quick-fried vaporization cooling booth (2) body and is connected heating high temperature guard (14), is provided with in high temperature guard (14) periphery to connect liquid dish (15) and be connected UNICOM with strong brine fluid valve (17); Putting place, the external below of quick-fried vaporization cooling booth (2) is provided with and connects automatic vent window (16) and be connected UNICOM's fresh water flowing water Valve (18) with being provided with; Bilayer put be provided with in the body on quick-fried vaporization cooling booth (2) upper strata high-temperature water vapor discharge outlet (19) with external automatic vent fenestella (20) is set and is provided be connected UNICOM's distilled water flowing water Valve (21); The continuity that matches with ultrahigh pressure vessel (3) is put pole that quick-fried evaporated cooling system single-deck or polydisc rotating shaft base (1) width of cloth penetrate and is put quick-fried vaporization cooling booth (2) with individual layer or bilayer respectively and be connected and fixed; Ultrahigh pressure vessel (3) top place respectively with numerous put quick-fried vaporization cooling booth (2) but below place's quick union is connected.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN01126149A CN1330042A (en) | 2001-07-13 | 2001-07-13 | Ultraspeed vaporier for instantaneous seawater desalination |
| PCT/CN2002/000491 WO2003006378A1 (en) | 2001-07-13 | 2002-07-11 | An ultrahigh speed vaporizer for desalinating seawater instantaneously |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN01126149A CN1330042A (en) | 2001-07-13 | 2001-07-13 | Ultraspeed vaporier for instantaneous seawater desalination |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1330042A true CN1330042A (en) | 2002-01-09 |
Family
ID=4666216
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN01126149A Pending CN1330042A (en) | 2001-07-13 | 2001-07-13 | Ultraspeed vaporier for instantaneous seawater desalination |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1330042A (en) |
| WO (1) | WO2003006378A1 (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2059299A5 (en) * | 1970-08-25 | 1971-05-28 | Rizza Louis | Desalination process for sea-water |
| US4017421A (en) * | 1975-12-16 | 1977-04-12 | Othmer Donald F | Wet combustion process |
| DE3613871C2 (en) * | 1986-04-24 | 1993-11-11 | Sep Tech Studien | Method and system for carrying out the method for operating a system for using wind energy |
| US4735722A (en) * | 1987-06-15 | 1988-04-05 | Krepak John C | Desalination of seawater or brackish water |
| CN1121253C (en) * | 1996-06-27 | 2003-09-17 | 罗伯特·R·霍尔库姆 | Water treatment device and method |
| RU2142912C1 (en) * | 1999-04-27 | 1999-12-20 | Моторин Виктор Николаевич | Method of desalination of sea water and device for realization on this method |
-
2001
- 2001-07-13 CN CN01126149A patent/CN1330042A/en active Pending
-
2002
- 2002-07-11 WO PCT/CN2002/000491 patent/WO2003006378A1/en not_active Application Discontinuation
Also Published As
| Publication number | Publication date |
|---|---|
| WO2003006378A1 (en) | 2003-01-23 |
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