WO2003011765A1 - An ultra-efficient vaporizer for desalinating seawater instantaneously - Google Patents

Abstract

The invention relates to an ultra-efficient vaporizer for desalinating seawater instantaneously. The vaporizer is taken the advantage of a property of that all of molecules of salts in sea water do not take part in the process of evaporation and vaporization. After seawater is exploded by an environmental harmless explosive, the ultrahigh speed vaporization is happened while pressured vapor and high-pressure heated water generated from explosion are decompressed instantaneously. The water molecules in the seawater are evaporated and vaporized suddenly a an ultrahigh speed in the condition of high-temperature and high pressure to form a mixture of vapor and liquid. The space between the molecules of water and the molecules of salts is enlarged more than ten times to hundred times instantaneously. Therefrom, the volume of the water vapor and the difference in density of water vapor at the different height are maximized. The vapor and liquid having different density are separated off instantaneously. Then fresh water, concentrated saline water and distilled water are formed by condensation.

Description

 TECHNICAL FIELD

 The present invention relates to ultra-high-speed desalination of seawater and rapid salt-making of seawater and rapid waste water and sewage treatment, especially by high-pressure vessels, high-pressure gas, liquid conduits, nozzles, blasting discs, liquid-contact hood disks, blasting vaporization greenhouses, and high-temperature water vapor. Ultra-efficient seawater desalination instantaneous vaporization device consisting of discharge port, valve and so on.

technical background

 At present, there are many domestic and foreign seawater desalination methods. Phase change method: evaporation method, distillation method, cooling method; membrane separation method: reverse osmosis method, electrodialysis method; chemical equilibrium method: ion exchange method, hydration method, solvent extraction method There are three main types. At present, the technology that is leading and also the most widely used is flash distillation, which accounts for about 70% of the total seawater desalination output in the world today. The flash distillation method uses the characteristic that the boiling point of water decreases as the pressure decreases. First, the seawater is heated in a pipe, and then introduced into an evaporation chamber with a lower pressure. The introduced high-temperature seawater will evaporate quickly. The fresh steam was caused by cold steam outside the pipeline containing cold seawater. (Repeated multi-segment flash distillation is required. At present, it has reached the need to repeatedly repeat multiple flash-distillation operations for more than 30 knots / times. The equipment is huge and the efficiency is low). Its disadvantages are: high equipment investment, large seawater circulation, small water production, low concentration rate and high operating costs. (It requires a large amount of seawater production, only about 1 part of fresh water is produced, but about 9 parts of polluted thick seawater are produced). Summary of the Invention

 The purpose of the present invention is to provide an ultra-efficient instant seawater desalination vaporization device, which has a simple structure, very little investment, large batches of produced water, stable performance, small volume, small scale, convenient use, fast water production, high freshwater output, The water quality is good (produces about 90% of fresh water and only about 10% of concentrated brine).

In order to achieve the above object, the solution of the present invention is to use the characteristic that salt molecules in seawater do not participate in the evaporation and vaporization process, and the high-pressure gas explosion vaporization method is used: The high-pressure gas compresses the high-temperature and high-pressure detonation water droplets, and the instantaneous decompression, rapid expansion, blasting and ultra-high-speed evaporation and vaporization mechanisms. Or the use of environmentally friendly explosives to produce compressed gas to detonate the high-pressure container to detonate, so that the freshwater molecules in the seawater are strongly and sharply blasted after the high-temperature and high-pressure detonation, and the ultra-high-speed evaporation is vaporized to form a vapor-liquid mixture, which maximizes the freshwater molecules. The distance to the salt molecules, the volume of the water liquid (the volume of all the fresh water molecules and the size of the liquid droplets expands by about tens to hundreds of times after explosion), the density gap and the running speed. Vapor and liquid in different operating modes are separated and isolated in an instant, and fresh water and concentrated brine and distilled water are formed by rapid cooling and condensation to achieve the purpose of ultra-high-speed instantaneous seawater desalination.

At high temperature, freshwater molecular water is easily volatile, and the specific gravity and distance between salt molecules are not easy to change. Salt molecular water is not easily volatile, and the specific gravity and distance between them is small. If environmentally friendly explosives are used to explode in high temperature and high pressure seawater, (in seawater boiling at high temperature, fresh water molecules are easily vaporized at high temperature due to the inclusion of more volatile components, so as the temperature rises, freshwater molecules The change in volume and specific gravity of water is very large; the salt molecular water is not easily evaporated by high temperature because it contains more non-volatile components, so the change in volume and specific gravity of salt molecular water is very small as the temperature increases .) Seawater water droplets release huge energy after being detonated by high-temperature and high-pressure explosions, generating a large amount of high-temperature, high-pressure, and high-speed shock waves (shock waves). The huge compressed gas shock waves formed by the gas stream have a strong and sharp impact. Segmentation, enveloping, high-speed blasting, omnidirectional three-dimensional ultra-high-speed evaporation and vaporization of seawater water liquid droplets. The mixed vapor-liquid of high-temperature, high-pressure, and ultra-high-density dissolved gas first causes strong high-pressure compression, and then the high-temperature and high-pressure detonated water liquid is instantly decompressed and rapidly expanded to burst and vaporize, so that the droplets of the ultra-high-density dissolved gas instantly have severe mechanical instability. Equilibrium, the volume of liquid droplets expands rapidly and sharply, the collision force between molecules increases sharply, the liquid droplets deform, the surface peels until they are completely broken, and the high-temperature, high-pressure, and high-speed shock wave (shock) gas flow is broken by a pressure that is many times the outside atmospheric pressure The gaps between water droplets of various freshwater molecules and the bubbles inside the droplets are swelled and broken. High-temperature, high-pressure, and high-speed air streams rush out to rush out, so that droplets of tiny particles swell instantly in all directions. . Many times the volume expansion and many times the specific gravity reduction. The distance between the electrons is multiplied many times, which maximizes the density gap and operating speed between freshwater molecules and salt molecules. Freshwater molecular water liquids form ultra-high-density fine-particle suspension droplet vapor-liquid mixtures with the smallest particles after ultra-high-speed evaporation and vaporization; salt molecular aqueous liquids are not easily vaporized by high-temperature and high-pressure evaporation to form concentrated brine with the largest particle droplets; After changing the operation mode, they are separated and isolated in an instant, so as to achieve the purpose of seawater desalination at the moment of ultra-high-speed vaporization.

 The technical solution of the present invention is as follows: An ultra-efficient instant seawater desalination vaporization device, a heater is installed or not installed in a high-pressure vessel injected with pretreated seawater, and a liquid pipe, an air pipe or no Place the air pipe, nozzle, and explosive plate; can put or not put the appropriate amount of environmentally friendly explosives, igniters, pressure-resistant box lids, high-pressure containers are provided with connecting fluid guide tubes, air pipes, nozzles, and connected to place explosive plates ; The high pressure vessel is provided with a Unicom water inlet valve or not without a water inlet valve, an air inlet valve connected to a Unicom low pressure gas storage tank, an medium pressure gas storage tank inlet valve, a high pressure gas storage tank inlet valve, or Set up a ceramic door for compressed gas inlet; set a single-layer or double-layer or multi-layer detonation vaporization greenhouse on the high-pressure vessel; connect a multilayer high-temperature filter in the detonation vaporization greenhouse; In the detonation and vaporization greenhouse, a connection liquid receiving hood plate is provided and connected with the concentrated saline outlet valve, or there is no concentrated saline outlet valve. Doors; automatic pressure relief windows are installed outside the detonation vaporization greenhouse, or automatic pressure relief windows are not installed and not connected, or freshwater outlet valves are connected or not installed; single or multiple bodies are set in the upper body of the explosion vaporization greenhouse The high-temperature water vapor discharge port and the external body are equipped with automatic pressure relief windows or are not provided without automatic pressure relief windows and are connected with the connected distilled water outlet valve or are not provided without the distilled water outlet valve; the continuous detonation and vaporization combined system of the high-pressure vessel: The support rods radiated by the single-disk or multi-disk rotating shaft seat are respectively connected and fixed to the detonation vaporization greenhouse; the high-pressure vessel and the detonation vaporization greenhouse can be quickly connected.

 The working process of the ultra-efficient seawater desalination instant vaporization device is:

1, high-pressure compressed gas, high-temperature and high-pressure detonation of water droplets, instantaneous decompression and rapid expansion High-speed evaporation and vaporization: first place heaters, liquid tubes, air tubes or no air tubes and nozzles in the high-pressure container; appropriate environmental explosives, igniters, pressure-resistant box covers, and explosive plates can be used Open the water inlet valve to inject pre-treated seawater, and close the water inlet valve when the water inlet level in the high-pressure vessel reaches a certain level; then open and close each one separately: the inlet valve of the low-pressure gas storage tank, the medium-pressure gas storage tank Intake valve, inlet valve of high-pressure gas storage tank or an inlet valve provided with compressed gas; when the inlet pressure of the high-pressure container reaches the required working pressure, the inlet of the high-pressure gas storage tank can be closed. The air valve or the intake valve closing the compressed gas stops gas injection. Turn on the heater to heat or not install or install the heater. After the high-pressure ultra-high-density dissolved seawater water solution is heated to a certain high temperature, turn off the heater to stop heating. An environmentally friendly explosive can be detonated using a igniter to ignite a directional explosion in high-temperature and high-pressure seawater. [Can put or not put the right amount of environmentally friendly explosives and igniters; if a large amount of gas is not used to explode with explosives; ultra-high pressure gas can be used to explode directly, and the seawater water liquid will continue to be heated to cause the gas-liquid to exceed the limit expansion and detonate high pressure The container explodes and explodes; or directly uses a special product (which can generate a huge amount of gas). Explosive explosion generates a huge amount of ultra-high pressure compressed gas to detonate the high-pressure container. ] Once the high-pressure compressed gas is released at high temperature and pressure, the liquid droplets are instantly decompressed and rapidly expanded and blasted and vaporized. After the explosion and blasting, huge energy is released to generate a large amount of high-temperature and high-pressure shock waves. The vapor and liquid of the high-pressure high-speed jet are ejected from the liquid pipe, the air pipe, and the nozzle, forming a secondary explosion at the same time. The fresh water molecules in the seawater, that is, the huge energy released after the explosion and detonation, generate a large amount of high-temperature, high-pressure, and high-speed shock wave airflows. They were exploded by high-speed impact collisions in the space of the detonation and vaporization greenhouse, and were strongly decomposed into fog liquid. The state of the material changes, and the ultra-high-speed evaporation vaporizes into a vapor-liquid mixture. (Once the fresh water molecules and the salt molecules are separated from the mother liquid of the water body, there is no longer a large force between them.) Ultra-high-density fine particles with the smallest particles are formed. Suspension droplet vapor-liquid mixture expands and diffuses at high speed. The salt molecular water liquid is not easy to be impacted by vaporization and vaporization of high temperature, high pressure, and high-speed airflow, and forms concentrated droplets of concentrated saltwater with the largest particle point. The maximum impact force is the fastest, and it is sprayed to the liquid-contact hood disk. Gradually accumulate on the siding surface Product.

 2. Preparation of fresh water by ultra-high-speed vaporization cooling: The multi-layer high-temperature filter can be turned on before the explosion of environmentally friendly explosives, or the multi-layer high-temperature filter is not installed. The fresh water outlet valve and the concentrated brine outlet valve and the distilled water outlet water can be opened. valve. After the explosion and detonation, the seawater vapor and liquid are ejected from the nozzles of the liquid pipe and the air pipe after being impacted by the high-temperature, high-pressure, and high-speed shock wave giant airflow, and they are atomized in a conical expansion jet with a continuous bifurcation structure. The fractal characteristics of the droplet size during the atomization process have a probability that the droplet splitting obeys a uniform distribution. After the liquid droplets collide with the high-speed gas-liquid shock wave (shock wave) gas, the liquid droplets are deformed and the surface is peeled until they are completely broken. In the space where the vaporization greenhouse is detonated, it is ejected sharply upwards and violently expands and diffuses. The salt molecular water liquid is not easy to be evaporated and vaporized by high temperature and pressure to form the largest particle droplets. The concentrated brine is washed into the multi-layer high-temperature filter. After being blocked by the plate wall of the liquid hood, the liquid flows down the surface of the plate and accumulates from the concentrated brine. Discharge in the outlet pipe. Freshwater molecules in the seawater are vaporized by ultra-high-speed evaporation to form ultra-high-density fine-particle suspension droplets and liquid-liquid mixtures with the smallest particles, which are sharply ejected. When encountering a large amount of high temperature generated in a multilayer high-temperature filter, After being blocked by high temperature, it vaporizes again, and expands violently into water vapor, which diffuses and rises to the surroundings. At this time, the automatic pressure relief window can automatically and quickly discharge the excess gas under pressure or there is no automatic pressure relief window. Fresh water vapor is formed by rapid cooling and cold condensation in the degassing greenhouse, and then is formed into fresh water, which is output from the fresh water outlet pipe. In addition, most of the high-temperature water vapor rises from the single or multiple high-temperature water vapor discharge ports into the upper explosion degassing greenhouse after the rise, and the excess pressurized gas is discharged from the automatic pressure relief small window or is not provided without automatic pressure relief. Small window. The high-temperature water vapor is rapidly cooled and condensed in the upper detonation vaporization greenhouse to form distilled water. The liquid is discharged from the pipe of the distilled water outlet valve. Finally, close the heating source of the multilayer high-temperature filter, close the wide water outlet door, close the concentrated brine outlet valve, and close the distilled water outlet valve. So it goes on and on.

Because the above solution is used: High pressure gas explosion vaporization method is: high pressure compressed gas explosion at high temperature and high pressure, the liquid droplets are decompressed quickly and rapidly expanded and exploded and ultra-high speed evaporation vaporizer 0535, after the seawater liquid is released by the explosion, it releases a huge amount of energy to generate a large amount of high temperature, high pressure, high-speed shock wave airflow, strong impact, segmentation, enclosing, blasting, and decomposition of seawater. A sudden ultra-high-speed evaporation and vaporization occurred within an instant to form an ultra-high density fine particle suspension droplet vapor-liquid mixture with the smallest particle point. The distance between the molecules increased dramatically by many times, and the volume rapidly increased by many times. Reduced by many times; salt molecules in the seawater are not easily evaporated by high temperature and high pressure to form the largest droplets of concentrated saltwater; the largest gap between the specific gravity of vapor and liquid between freshwater molecules and salt molecules and The running speed, after changing the running mode, achieves the purpose of ultra-high speed separation and quickly isolates them. Its simple structure, very low investment, stable performance, small size, fast water production, low scale (and easy removal), high water quality, and high output of fresh water (especially suitable for thick seawater desalination) can save a lot of energy and time.

BRIEF DESCRIPTION OF THE DRAWINGS

 The present invention is further described below with reference to the accompanying drawings 1, 2 and embodiments.

 FIG. 1 is a schematic diagram of the working principle of a detonation vaporization cooling system for the continuity of a super-efficient seawater desalination instantaneous vaporization device according to an embodiment of the present invention.

 Figure 2 is a schematic diagram of the working principle of the high-pressure compressed gas high-temperature and high-pressure detonation water droplets of the ultra-efficient seawater desalination instantaneous vaporization device according to the embodiment of the present invention.

detailed description

As shown in FIG. 1 and FIG. 2, the ultra-efficient instant seawater desalination device of the present invention is mainly composed of two large components. I. High-pressure compressed gas, high-temperature, high-pressure detonation, water droplets, instantaneous decompression, rapid expansion, blasting, ultra-high-speed evaporation, vaporization, and cooling of water: firstly install a heater 4 in the high-pressure container 3 injected with pre-treated seawater or not install a heater 4 and with or without liquid guide tube 8, air guide tube 9, or without air guide tube 9, nozzle 10, blasting disc 11 (or with or without a proper amount of environmentally friendly explosive 5, igniter 6, pressure-resistant box cover 7. ); On the high-pressure container 3 is connected to connect the communication catheter 8, the air pipe 9, the nozzle 10, and the connection is arranged to place the explosive disc 11; High pressure vessel 3 is equipped with a Unicom water inlet valve 12 or no water inlet valve 12 is installed outside the body, an air inlet valve 13 connected to a Unicom low pressure gas storage tank 13 is installed, a wide air inlet door 14 for a medium pressure gas storage tank, and a high pressure gas storage tank Inlet valve 15 or pressurized gas inlet valve 15 is provided; On the high-pressure vessel 3, a single-layer or double-layer or multi-layer detonation vaporization greenhouse 2 is provided, and a multi-layer high-temperature filter is installed in the detonation vaporization greenhouse 2 16 or no multi-layer high-temperature filter 16 is not installed, the multi-layer high-temperature filter 16 is provided on the periphery of the connecting liquid-disc cover plate 17 and is connected to the concentrated brine outlet valve 21 or is not provided without the concentrated brine outlet valve 21; The explosion-proof vaporization greenhouse 2 is provided with an automatic pressure relief window 18 outside the body or is not provided. The automatic pressure relief window 18 is not installed and connected with the Unicom freshwater outlet valve 22 or the freshwater outlet valve 22 is not provided. Single or multiple high-temperature water vapor outlets 19 are connected to the automatic pressure relief window 20 or are not provided without automatic pressure relief window 20 and connected to the connected distilled water outlet valve 23 or are not provided without steam Distilled water outlet valve 23.

 2. Continuous detonation and vaporization cooling combined system: Single or multi-disc rotary shaft seat 1 Radiation type poles are connected and fixed to the detonation and vaporization greenhouse 1, respectively; The high-pressure vessel 3 and the detonation and vaporization greenhouse 2 can be quickly connected.

1. High-pressure compressed gas, high-temperature and high-pressure detonation of water, instantaneous decompression, rapid expansion, blasting, ultra-high-speed evaporation and vaporization: Install heater 4 or no heater 4, fluid guide tube 8, air guide tube 9 or not Place the air guide tube 9, the nozzle 10, (the appropriate amount of environmentally friendly explosives 5, the igniter 6, and the pressure-resistant box cover 7 can be placed or not.) Place the explosive disc 11. Open the seawater inlet valve 12 or leave the water inlet valve 12 closed. When the water level of the inlet water pump pressure reaches a certain water level in the high pressure vessel 3, you can close the seawater inlet valve 12; then open and close each one separately: Low-pressure gas storage Inlet valve 13 of the tank, Inlet valve 14 of the medium pressure storage tank, Inlet valve 15 of the high pressure storage tank or an inlet valve 15 for setting compressed gas; the pressure of the inlet air in the high pressure vessel 3 has reached When the required work requires pressure, the inlet valve 15 of the high-pressure gas storage tank or the inlet valve 15 of the compressed gas can be closed to stop the gas injection. Turn on the heater 4 to heat at a high temperature. After the ultra-high density dissolved seawater water is heated to a certain high temperature 02 00535 Turn off heater 4 to stop heating. The igniter 6 can be turned on to detonate the environmentally friendly explosive 5 in a high-temperature and high-pressure seawater to produce a high-pressure and high-pressure compressed gas explosion. (The environmentally-friendly explosive 5 can be used to generate a large amount of high-pressure compressed gas to detonate the high-pressure container 3. Or directly use ultra-high-pressure gas-increasing detonation without explosive explosion, and continue heating the seawater liquid to cause the gas-liquid ultra-expansion expansion to detonate the high-pressure container. 3 Explosive detonation can also be used directly. The ultra-high-pressure compressed gas detonated the high-pressure vessel 3 and exploded.) The water liquid was instantly decompressed and rapidly expanded and exploded. The ultra-high-speed evaporation vaporized. Explosive 5 releases huge energy after explosion and explosion, generates a large amount of high-temperature and high-pressure shock wave airflow, and instantly tears the explosive disc 11, the high-temperature, high-pressure steam and liquid in the high-pressure container 3 are from the liquid guide tube 8, the air tube 9. The upper mouth of the nozzle 10 ejects, forming a secondary explosion at the same time. Due to the huge explosive energy caused by the explosion of explosive 5, the high-temperature and high-density dissolved gas in the high-temperature and high-pressure mixed vapor-liquid liquid water and salt molecular water, that is, the huge energy released after the explosion detonation produced a large amount of energy. The high-temperature, high-pressure, and high-speed shock wave airflow is violently blasted by high-speed impact in the space of the detonation vaporization greenhouse 2 to form an ultra-high density mist. Freshwater molecular water liquid is strongly and sharply decomposed and suddenly changes its physical state. After ultra-high-speed evaporation and vaporization, it forms vapor-liquid, forming ultra-high-density fine particle suspension droplets with minimal particle size. The vapor-liquid mixture expands and diffuses at high speed; salt molecular water is not easy Evaporated and vaporized by high temperature and high pressure. After being impacted, the concentrated salt solution with the largest particle size will be subjected to the largest impact force and the fastest operating speed.

2. Continuous detonation and over-speed vaporization cooling to obtain fresh water: Before the environmental protection explosive 5 detonates, open the multi-layer high-temperature filter 16 before heating or without setting the multi-layer high-temperature filter 16 and open the concentrated brine outlet valve 21 Or do not install concentrated brine outlet valve 21 and open fresh water outlet gate 22 or do not install fresh water outlet valve 22 and open distilled water outlet valve 23 or do not install distilled water outlet valve 23. After explosive 5 detonates, high temperature and high pressure seawater water liquid The mixed vapor and liquid are ejected from the upper end of the liquid guide tube 8, the air guide tube 9, or the air guide tube 9, and the nozzle 10 after being impacted by the high-temperature, high-pressure, high-speed shock wave giant airflow, and rises sharply in the space of the vaporization greenhouse 2 Jet, violent expansion bursts and spreads. Because salt molecules are not easy to be high High-temperature, high-pressure, evaporation and vaporization to form the largest particles of droplets of concentrated brine and sprayed into the multilayer high-temperature filter 16 at high speed or without the multilayer high-temperature filter 16 and then blocked by the wall of the liquid-shielding plate 17 The wall surface flows down and is accumulated and discharged from the outlet pipe of the concentrated brine discharge valve 21; the fresh water molecular water in the high-temperature and high-pressure mixed vapor-liquid is strongly and rapidly expanded and exploded. After ultra-high-speed evaporation and vaporization, an ultra-high minimum particle is formed. After being ejected, the vapor-liquid mixture of fine particle suspension droplets swells rapidly and diffuses rapidly, and encounters a large amount of high-temperature gas generated in the multi-layer high-temperature filter screen 16. After being blocked by the high temperature, it further vaporizes and expands rapidly and diffuses rapidly around it. Ascent, that is, the detour continues to ascend from the periphery of the wetted disc 17.

 (The high-temperature mixed vapor can turn around and go up because the high-temperature water vapor is lighter than air and has its own rising kinetic energy. After the high-temperature and high-pressure detonation, fresh water molecular droplets and salt molecular droplets in the high-temperature mixed vapor can be converted into Running in different directions of operation, achieve the purpose of instantaneous separation and isolation.) At this time, the automatic pressure relief window 18 or the automatic pressure relief window 18 is not installed will automatically and timely discharge excess pressurized gas.) After being rapidly cooled and condensed and accumulated by the detonation vaporization greenhouse 2, a fresh water liquid is formed and output from the fresh water outlet valve 22; in addition, most of the high-temperature water vapor rises from the single or multiple high-temperature water vapor discharge ports 19 and enters the upper layer of detonation. Vaporization greenhouse 2, the excess pressure gas is discharged from the automatic pressure relief window 20 or the automatic pressure relief window 20 is not installed, and the high-temperature water vapor is rapidly cooled and condensed to form a distilled water liquid after the upper detonation vaporization greenhouse 2 The water outlet valve 23 is discharged from the pipeline. Finally, close the heating source of the multi-layer high-temperature filter 16 to close the concentrated brine outlet valve 21 and close the fresh water outlet valve 22 and close the distilled water outlet valve 23. The single-disc or multi-disc rotary shaft seat 1 of the continuous detonation and vaporization cooling system of the high-pressure vessel 3 is a continuous detonation vaporization and cooling combined system. The high-efficiency working capacity of the detonation and vaporization cooling can continuously meet the continuous continuity of the high-pressure vessel 3. Explosion. So it goes on and on.

Claims

Rights request 1. An ultra-high-efficiency instantaneous vaporization device for seawater desalination, characterized in that: a heater (4) is installed in the high-pressure vessel (3) injected with pretreated seawater or no heater (4) is not installed, and a liquid guide is provided Tube (8), air tube (9) or no air tube (9), nozzle (10), blasting disc (11) is not provided; an appropriate amount of environmentally friendly explosive (5), igniter ( 6) The pressure-resistant box cover (7), the high-pressure container (3) is provided with a connecting communication tube (8), an air tube (9), a nozzle (10), and a connection is provided with an explosive disc (11); a high-pressure container (3) External connection inlet valve (12) or non-inlet inlet valve (12), external inlet valve (13) connected to Unicom low-pressure gas storage tank, and internal inlet valve ( 14). The air inlet valve (15) of the high-pressure gas storage tank or a compressed gas inlet valve (15) is provided; a single-layer or double-layer or multi-layer explosive vaporization greenhouse (2) is provided on the high-pressure container (3) The explosion-proof vaporization greenhouse (2) is equipped with a multilayer high-temperature filter (16) inside the body or is not provided Layer of high-temperature filter (16), in the detonation vaporization greenhouse (2), a liquid connection hood plate (17) is connected and connected with a concentrated saline outlet valve (21); or there is no concentrated saline outlet valve (21) ); Explosion and vaporization greenhouse (2) External pressure relief window (18) is connected outside the body, or automatic pressure relief window (18) is not installed and not connected, and Unicom freshwater outlet valve (22) is connected or no freshwater outlet valve is not installed ( 22); Detonation vaporization greenhouse (2) The upper body is provided with a single or multiple high-temperature water vapor outlets (19) and an external pressure relief window (20) or an external pressure relief window (20) is not provided And the connection is connected with the distilled water outlet valve (23) of China Unicom or without the distilled water outlet valve (23); the continuous detonation and vaporization combination system of the high-pressure vessel (3): single or multi-disc rotating shaft seat (1) radiating support rod It is connected and fixed to the detonation vaporization greenhouse (2) respectively; the high-pressure vessel (3) and the detonation vaporization greenhouse (2) can be quickly connected.