CN207277427U - Island air water fetching device - Google Patents
Island air water fetching device Download PDFInfo
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- CN207277427U CN207277427U CN201720203685.9U CN201720203685U CN207277427U CN 207277427 U CN207277427 U CN 207277427U CN 201720203685 U CN201720203685 U CN 201720203685U CN 207277427 U CN207277427 U CN 207277427U
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Abstract
The utility model discloses island air water fetching device, it includes：Concentrated solution air water-intaking system, solar thermal collector, weak solution dewatering system, heat pump system, solution heating system and water purification system；Island humid air, which is introduced into concentrated solution air water-intaking system, carries out the dry air that caloic is exchanged for weak solution and relative low temperature；Wherein, the air of relative low temperature is as indoor fresh air, weak solution is admitted in solar thermal collector and is delivered to after heating in weak solution dewatering system, weak solution is sent into solution heating system after heating by weak solution dewatering system, re-evaporation forms water vapour, make in the vapor input water purification system with air, vapor is cooled down by water purification system, and purified, filtered and stored；The island humid air of heating is introduced into weak solution dewatering system by heat pump system at the same time, recycles humid air heat, extracts the moisture in humid air.The air that the utility model produces the process of water intaking rationally utilizes air directly as indoor fresh air.
Description
Technical field
Air water-intaking technology is the utility model is related to, more particularly to a kind of island air water fetching device.
Background technology
The approach of fresh water is obtained on the island of no fresh water at present, first, sea water desalination is used, second, using shipping or sky
Middle transport.Once island offshore sea waters water source is contaminated destruction, water supply will be broken off.It is rich since island air humidity is big
Containing fresh water, thus the device that fresh water is obtained in a kind of air from island of research be meet it is new important needed for the life of mankind island
Approach.
Relevant research all is carried out to air water-intaking technology both at home and abroad, mainly with moisture absorption/desorption method on method for fetching water
Based on refrigeration dewfall method, the primary energy of water fetching device has solar energy, wind energy, tide energy etc..
For example：The patent of Publication No. CN202882020U is related to Wind-driven air device for fetching water, and method for fetching water is refrigeration condensation
Method, the patent of Publication No. CN105113574 are power using wind energy, and as low-temperature receiver, the vapor in liquefied air is seawater
Resident on island away from continent life provides life fresh water.Publication No. CN204163145U's and CN203462517U
Patent has all referred to solar air water fetching device, is all to provide refrigerating environment using solar energy to make air themperature drop to dew point temperature
Degree forms the method that water droplet obtains water.The patent of Publication No. CN105113575A relate to tide energy driving whole device, lead to
Cross the moisture in liquefied air, and refrigeration dewfall method.The patent of Publication No. CN104563210A and CN205171589 are related to
Air rotary dehumidifier obtains the water in air, by regenerative environ-ment is making rotary wheel regeneration obtain vapor, be moisture absorption/
Desorption method.
The prior art does not consider to extract air the problem of how handling after moisture, is directly to bleed off air
.At present, the dry air needed for continent living environment and storeroom etc., is all to be realized by air-conditioning, the energy consumption of air-conditioning surpasses
Cross 40% of energy consumption needed for human lives' normal operation.And the air humidity on island is all more than 90%, and containing certain
Salinity, existing air-conditioning technical can realize the air for the relative low temperature low humidity that living environment needs, but energy consumption is higher, and empty
Gas saliferous problem is also current existing air-conditioning technical and not yet in effect one of solves the problems, such as.
In conclusion Utilizing question, the energy saving, Yi Jishe of the dry air after all not considering extraction fresh water in the above method
The problem of standby maximization, industrialization.
Thus the prior art could be improved and improve.
Utility model content
In view of in place of above-mentioned the deficiencies in the prior art, the purpose of this utility model is to provide a kind of island air water-intaking dress
Put, the air that can be rationally produced using water intaking and the total energy effect that water fetching device can be improved.
In order to achieve the above object, the utility model takes following technical scheme：
A kind of island air water fetching device, it includes：Concentrated solution air water-intaking system, solar thermal collector, weak solution take off
Water system, heat pump system, solution heating system and water purification system；Island humid air is introduced into concentrated solution air water-intaking system
In, caloic is carried out by concentrated solution air water-intaking system and is exchanged for the dry air of weak solution and relative low temperature；Wherein, relative low temperature
Dry air is sent into the interior of island building as indoor fresh air, and weak solution is admitted in solar thermal collector and is delivered to after heating
In weak solution dewatering system, weak solution is sent into solution heating system after heating by weak solution dewatering system, then sends back to dilute molten
The dehydration of fluid dewatering system makes the moisture evaporation in weak solution, makes in the vapor input water purification system with air, net by water
Change system cools down vapor, and is purified, filtered and stored；The island humid air of heating is introduced by heat pump system at the same time dilute
In solution dehydrates system, and carry out caloic with weak solution and exchange, wet sky is heated in the heat contained by recycling heating humid air, and extraction
Moisture contained by gas.
In the island air water fetching device, the concentrated solution air water-intaking system includes dehydrating breather and moisture absorption liquid case,
The liquid outlet of the dehydrating breather is connected with moisture absorption liquid case, and the air outlet slit of the dehydrating breather is connected with the indoor of island building,
First liquid outlet of the moisture absorption liquid case is connected by solar thermal collector with weak solution dewatering system, and the second of moisture absorption liquid case goes out
Liquid mouth is connected with weak solution dewatering system.
In the island air water fetching device, the weak solution dewatering system include regeneration liquid case, steam-water separation tank and
First check-valve, the first inlet of the regeneration liquid case are connected with the second liquid outlet of moisture absorption liquid case, regenerate the second of liquid case
Inlet connects solar thermal collector, and the liquid outlet for regenerating liquid case passes through solution heating system, first check-valve and steam-water separation
The inlet connection of tank.
In the island air water fetching device, the heat pump system includes air cooler, compressor, electric expansion valve and steaming
Device is sent out, the air cooler, electric expansion valve, evaporator and compressor are in turn connected to form circulation loop, the sky of the air cooler
Gas output pipe is connected with steam-water separation tank, and the taphole of the evaporator is connected with dehydrating breather.
In the island air water fetching device, the first two-way valve is provided between moisture absorption liquid case and evaporator, it is described
Second check-valve is provided between the taphole and dehydrating breather of evaporator；The moisture absorption liquid case, the first two-way valve, evaporator
Solution conveyor tube road, second check-valve, dehydrating breather are in turn connected to form circuit.
In the island air water fetching device, the solution heating system includes heat exchanger, water heater and hot water circuit
Tank, the heat exchanger, hot water circuit tank, water heater are in turn connected to form circulation loop, and the liquid outlet of the regeneration liquid case passes through
Heat exchanger connects first check-valve.
In the island air water fetching device, the water purification system include distillation separator, polishing filter and
Fresh water tank, the entrance of the distillation separator and the carbonated drink delivery outlet of steam-water separation tank connect, and distill the water outlet of separator
Mouth, polishing filter, fresh water tank are sequentially connected.
In the island air water fetching device, second is provided between the liquid outlet and heat exchanger of the regeneration liquid case
Two-way valve.
Compared to the prior art, a kind of island air water fetching device provided by the utility model, it includes：Concentrated solution air
Water intake system, solar thermal collector, weak solution dewatering system, heat pump system, solution heating system and water purification system；Island is wet
Air is introduced into concentrated solution air water-intaking system, and carrying out caloic by concentrated solution air water-intaking system is exchanged for weak solution and opposite
The dry air of low temperature；Wherein, the dry air of relative low temperature is sent into the interior of island building as indoor fresh air, and weak solution is sent
Enter and be delivered to after being heated in solar thermal collector in weak solution dewatering system, weak solution is sent into solution by weak solution dewatering system
After being heated in heating system, then send weak solution dewatering system back to and be dehydrated the moisture evaporation made in weak solution, make the water with air
In steam input water purification system, vapor is cooled down by water purification system, and purified, filtered and stored.At the same time by heat pump
The island humid air of heating is introduced into weak solution dewatering system by system, recycles humid air heat, extracts the moisture in humid air.
The utility model realizes the air produced in moisture absorption process and meets living environment and the temperature and humidity needed for material stock room
It is required that the air that this process produces is used directly as indoor fresh air for the mankind, the recycle heat that whole device produces utilizes,
Make total energy effect height, energy consumption is low.
Brief description of the drawings
Fig. 1 is the structure schematic diagram of island air water fetching device provided by the utility model.
Fig. 2 is the method flow diagram of island air water fetching device provided by the utility model.
Embodiment
The utility model provides a kind of island air water fetching device, using chlorination Aqueous Lithium Salts at different temperatures to sky
The method that the absorption principle of moisture devises island air water-intaking in gas, using in the high lithium chloride Saline Absorbent air of concentration
Moisture, dilutes brine, and provides the dry air after water intaking to the living environment in island and the humidity requirement to air
High reserve supply storehouse etc., at the same by diluted brine heat after by salting liquid regenerating unit, can be by the moisture in brine
Separated obtains fresh water.The island air water fetching device of the utility model, is adapted to equipment enlarging production popularization and technique
The features such as flow energy consumption is low, and energy saving of system rate is high.
To make the purpose of this utility model, technical solution and effect clearer, clear and definite, develop simultaneously implementation referring to the drawings
The utility model is further described in example.It should be appreciated that specific embodiment described herein is only explaining this practicality
It is new, it is not used to limit the utility model.
Referring to Fig. 1, island air water fetching device provided by the utility model includes：Concentrated solution air water-intaking system 1, too
Positive energy heat collector 2, weak solution dewatering system 3, heat pump system 4, solution heating system 5 and water purification system 6.
Wherein, the concentrated solution air water-intaking system 1 connects solar thermal collector 2 and heat pump system 4, the solar energy collection
The outlet side connection weak solution dewatering system 3 of hot device 2, absorbs island humid air by concentrated solution air water-intaking system 1 and realizes caloic
After exchange, chlorination lithium salt solution is heated through solar thermal collector 2 and is sent into weak solution dewatering system 3, and the heat pump system 4 is used for
The concentrated solution that moisture absorption liquid case in concentrated solution air water-intaking system 1 is entered to dehydrating breather cools down, so that concentrated solution absorbs at low temperature
More moisture.The solution heating system 5 is connected with weak solution dewatering system 3, molten in weak solution dewatering system 3 for making
Liquid heating makes the heating of weak solution dewatering system 3 make moisture evaporation, and the heat pump system 4 is also connected with weak solution dewatering system 3, heat
The heated air institute band heat of the output of pumping system 4 makes weak solution dewatering system 3 further evaporate more moisture, described dilute
The steam outlet of solution dehydrates system 3 is connected with water purification system 6, carries out cooling water vapour by water purification system 6, and carry out
Purification filtering processing, obtains drinkable fresh water, is used for island people.
Concentrated solution air water-intaking system 1 provided by the utility model first introduces island humid air dense when obtaining fresh water
In solution air water-intaking system 1, saline solution and the island of lower temperature higher concentration are carried out by concentrated solution air water-intaking system 1
Humid air caloic exchanges, and realizes and obtain dry air of the lower temperature compared with low humidity and the solution compared with dilute concentration.Wherein, dry air
The interior that island building is sent into as indoor fresh air is used for human residential space and the storage of island material, absorbs moisture in air
Concentrated solution is changed into weak solution, is admitted to after being heated in solar thermal collector 2 and is delivered in weak solution dewatering system 3, by dilute molten
Weak solution is sent into solution heating system 5 to send weak solution dewatering system 3 back to again after heating and be dehydrated by fluid dewatering system 3 makes weak solution
In moisture evaporation, make with air vapor input water purification system 6 in, vapor is cooled down by water purification system 6, is gone forward side by side
Row purification, filtering and storage.The heated island humid air of the air cooler output in heat pump system 4 introduces weak solution dehydration at the same time
In system 3, humid air heat is recycled, humid air moisture evaporation enters water purification system 6, so as to fulfill on the one hand, recycles heat pump
The heat contained by humid air that system 4 exports, on the other hand can also realize the contained humidity extraction of this partial HAT.And
The concentrated solution for the dehydrating breather that the solution that heat pump system 4 realizes the moisture absorption liquid case output of concentrated solution air water-intaking system 1 enters
Temperature reduces, so that low temperature concentrated solution more absorbs the moisture in air when being exchanged with island humid air progress caloic and makes
Air themperature reduces, and meets the requirement of living environment or material stock room to aerial temperature and humidity.
The utility model realizes the air produced in moisture absorption process and meets living environment and the temperature needed for material stock room
Degree and humidity requirement, the air that this process produces are used directly as indoor fresh air for the mankind, the heat that whole device produces
Recycle, total energy effect is high, and energy consumption is low.
Please continue to refer to Fig. 1, the concentrated solution air water-intaking system 1 includes dehydrating breather 11 and moisture absorption liquid case 12, dehydrating breather
Spray tower apparatus is provided with 11, it can be achieved that the High Efficiency Thermal mass transter of low temperature concentrated solution and island humid air.Dehydrating breather 11 goes out
Liquid mouth is connected with moisture absorption liquid case 12, and the air outlet slit of the dehydrating breather 11 is connected with the indoor of island building, for human residential space
And material storage in island uses.First liquid outlet of moisture absorption liquid case 12 is connected by solar thermal collector 2 and weak solution dewatering system 3
Logical, the output pipe of the moisture absorption liquid case 12 is flowed into weak solution dewatering system 3 after solar thermal collector 2 heats for the first time,
Second liquid outlet of moisture absorption liquid case 12 is connected with weak solution dewatering system 3, moisture absorption liquid case 12 is connected with weak solution dewatering system 3
It is logical, the liquid of total system is recycled flowing, improve efficiency.
The weak solution dewatering system 3 includes regeneration liquid case 21, steam-water separation tank 22 and first check-valve 23, the regeneration
First inlet of liquid case 21 is connected with the second liquid outlet of moisture absorption liquid case 12, the second inlet connection sun of regeneration liquid case 21
Can heat collector 2, regenerate the liquid outlet of liquid case 21 by solution heating system 5, first check-valve 23 and steam-water separation tank 22 into
Liquid mouth connects；The output pipe of the regeneration liquid case 21 is through 5 second heating of solution heating system, so as to make weak solution in vapour
Accelerate evaporation in water separation tank 22.The regeneration liquid case 21 is connected with the second liquid outlet of moisture absorption liquid case 12, makes whole device
Liquid is recycled flowing, increases water outlet efficiency.When it is implemented, the saline solution in the moisture absorption liquid case 12 and regeneration liquid case 21
Lamination can be produced, but the overall density of moisture absorption liquid case 12 is higher than the overall density of regeneration liquid case 21, with specific reference in concentration
Moisture determine.Also, the solution of dehydrating breather 11 is from the bottom of moisture absorption liquid case 12（The solution of 12 bottom of moisture absorption liquid case is dense
It is high to spend the solution concentration carried out than the saline solution in the top of moisture absorption liquid case 12 and dehydrating breather after caloic exchange）It is drawn into suction
The top of wet device 11 carries out caloic containing humid air with island again and exchanges, therefore the utility model is referred to as concentrated solution, is carrying out heat
It is referred to as weak solution after mass transter.
Please continue to refer to Fig. 1, the heat pump system 4 is a refrigeration system, it includes air cooler 41, compressor 42, electronics
Expansion valve 43 and evaporator 44, the air cooler 41, electric expansion valve 43, evaporator 44 and compressor 42 are in turn connected to form and follow
Loop back path, the heated air outlet conduits road of the air cooler 41 are connected with steam-water separation tank 22, the evaporator 44 it is molten
In liquid transfer pipeline, its solution inlet is connected with moisture absorption liquid case, and taphole is connected with dehydrating breather 11, and moisture absorption liquid case exports dense
Solution with island humid air more absorb in air when caloic exchanges after cooling down on 44 solution conveyor tube road of evaporator
Moisture simultaneously reduces air themperature, and the low temperature dry air of acquisition can meet living environment or material stock room to aerial temperature and humidity
It is required that.Air cooler 41 export the island humid air with certain heat, by the air outlet conduits road of air cooler 41 export to
In steam-water separation tank 22, raise the temperature of steam-water separation tank 22, so as to be more advantageous to the evaporation of weak solution, the utility model closes
Reason make use of the energy of each link, utilizes efficiency and is optimal.
Preferably, the first two-way valve 8, the solution of the evaporator 44 are provided between moisture absorption liquid case 12 and evaporator 44
Second check-valve 13 is provided between outlet and dehydrating breather 11；The moisture absorption liquid case 12, the first two-way valve 8, evaporator 44 it is molten
Liquid transfer pipeline, second check-valve 13, dehydrating breather 11 are in turn connected to form circuit, make the solution temperature in moisture absorption liquid case 12 through steaming
Inputted after sending out the reduction of device 44 in dehydrating breather 11, lower temperature brine concentrated solution is drawn more moisture.
Further, the moisture absorption liquid case 12 is provided with the 3rd check-valves 7 with solar thermal collector 2, prevents solar energy collection
The heated solution of hot device 2 is flow back into moisture absorption liquid case 12, avoids influencing the water absorbing capacity of dehydrating breather 11.
The solution heating system 5 includes heat exchanger 51, water heater 52 and hot water circuit tank 53, the heat exchanger 51, heat
Water circulating tank 53, water heater 52 are in turn connected to form circulation loop, and the liquid outlet of the regeneration liquid case 21 is connected by heat exchanger 51
Connect first check-valve 23.The weak solution that the regeneration liquid case 21 exports is sent into carbonated drink point after solution heating system 5 heats again
From sprinkling evaporation is carried out in tank 22, the water vapour of evaporation, which send to be introduced into water purification system 6, carries out natural cooling formation liquid water, and
Exclude unnecessary air.
The second two-way valve 24 is provided between the liquid outlet and heat exchanger 51 of the regeneration liquid case 21, makes regeneration liquid case 21
Liquid between steam-water separation tank 22 can circulate, and each link solution temperature is tried one's best balanced.Further, the hot water
The 3rd two-way valve is set gradually between circulating tank 53 and water heater 52（Not shown in figure）With the 4th check-valves 54, the 4th check-valves
54 solution for being mainly used for preventing water heater 52 heated are back in hot water circuit tank 53, and the 3rd two-way valve is mainly used for sampling
Liquid etc..
The water purification system 6 includes distillation separator 61, polishing filter 62 and fresh water tank 63, the distillation moisture
Can be cooling tower from device 61, its entrance is connected with the carbonated drink delivery outlet of steam-water separation tank 22, the water outlet of distillation separator 61,
Polishing filter 62, fresh water tank 63 are sequentially connected.Distill cold in the water steaming input distillation separator 61 that separator 61 evaporates
But into liquid water, then purified filter 62 is received fresh water tank 63 and is collected into drinkable fresh water.
In order to be better understood from the technical solution of the utility model, below in conjunction with Fig. 1, to the technical solution of the utility model
It is described in detail：
The process that moisture is absorbed in chlorination Aqueous Lithium Salts air is realized by concentrated solution air water-intaking system 1 first.Specifically
For：Marine environment enters in dehydrating breather 11 containing humid air, and the higher concentration lower temperature with being introduced in moisture absorption liquid case 12
Chlorination Aqueous Lithium Salts caloic exchanges, and is inhaled containing the moisture in humid air by the chlorination Aqueous Lithium Salts of higher concentration lower temperature
Receive, at the same temperature containing humid air be reduced to 18 ~ 20 DEG C, humidity be reduced to 40 ~ 50%, afterwards pass through wind turbine introducing island in people
Occupy in space or material stock storehouse, there is provided relative low temperature low humidity（18 ~ 20 DEG C of temperature, relative humidity 40 ~ 50%）Interior it is new
Wind.
Afterwards, the chlorination Aqueous Lithium Salts being diluted for moisture being taken away by heat and mass return to moisture absorption liquid by dehydrating breather 11
Case 12, is squeezed into solar thermal collector 2 by the liquid pump of 12 bottom of moisture absorption liquid case, absorbs solar energy in solar thermal collector 2
Heat, elevates the temperature and flows into regenerated liquid case 21.The liquid pump of 21 bottom of regeneration liquid case is by the solution of higher temperature by changing
Hot device 51, is heated up by the solution heating system 5 being made of heat exchanger 51, water heater 52, hot water circuit tank 53 and is beaten again after exchanging heat
Enter in steam-water separation tank 22, realized by the sprinkling in steam-water separation tank 22 in low concentration higher temperature chlorination Aqueous Lithium Salts
The evaporation of water, at the same by be introduced into air cooler 41 heating marine environment containing humid air with it is dilute molten in steam-water separation tank 22
Liquid occurs caloic and exchanges, and the moisture in the air of the conveying of air cooler 41 is absorbed and is evaporated by weak solution, passes through steam-water separation tank
22 air-introduced machine will introduce distillation separator 61 with the vapor of air, and liquid is condensed into separator 61 is distilled
Water, the purification, filtering and storage of distilled water are realized by device polishing filter 62 and fresh water tank 63.
The utility model realizes the reuse of the energy, and the evaporator 44 in the heat pump system 4 makes to enter dehydrating breather
Concentrated solution temperature in 11 reduces, on the one hand, the concentrated solution of low temperature carries out being more advantageous to sky when caloic exchanges with island humid air
Moisture absorption in gas；On the other hand, air themperature can be reduced, the low temperature dry air of acquisition can meet living environment or goods and materials
Requirement of the reserve room to aerial temperature and humidity.Meanwhile the moisture absorption liquid case 12, the first two-way valve 8,44 solution end of evaporator, second
Check-valves 13, dehydrating breather 11 casees are in turn connected to form circuit；Liquid can be made to flow, be conducive to concentrated solution air water-intaking system
1 temperature reduces, and so as to absorb more moisture, and makes reduction dehydrating breather 11, moisture absorption liquid case 12, regeneration liquid case 21, carbonated drink point
From the solution layering in tank 22.Interior dry air provided by the utility model, which also has to imitate, solves the sky that existing air-conditioning technical faces
Gas the problem of containing salinity, in the dehydrating breather 11 of concentrated solution air water-intaking system 1, the concentrated solution of island humid air and low temperature occurs
Caloic exchanges, and the salt fog in air can also be absorbed by solution in the process, be free of it is achieved thereby that providing indoor dry air
Salinity.
Based on above-mentioned island air water fetching device, the utility model also provides a kind of water intaking of island air water fetching device
Method, referring to Fig. 2, following steps：
S100, island humid air are introduced into concentrated solution air water-intaking system, and heat is carried out by concentrated solution air water-intaking system
Mass transter is weak solution and the dry air of relative low temperature；Wherein, the dry air of relative low temperature is sent into island as indoor fresh air and is built
Build the interior of thing；
S200, weak solution are admitted in solar thermal collector and are delivered to after heating in weak solution dewatering system；
S300, after by weak solution dewatering system weak solution to be sent into solution heating system heat, then send weak solution back to and take off
In water system；
S400, by weak solution dewatering system spray make moisture evaporation in weak solution, makes the vapor input with air
In water purification system；The island humid air of heating is introduced into weak solution dewatering system by heat pump system at the same time, and and weak solution
Carry out caloic exchange, the heat contained by recycling heating humid air, and the moisture contained by extraction heating humid air；
S500, cooled down vapor by water purification system, and is purified, filtered and stored.
Further, the method for fetching water of the island air water fetching device of the utility model further includes：The heat pump system is defeated
The cold air gone out is exported into concentrated solution air water-intaking system.
In conclusion this technology is to utilize saline solution（Chlorination Aqueous Lithium Salts）It is right under different temperatures, various concentrations
The ability of absorption and the release of moisture in air, so as to fulfill the extraction of fresh water in air, compared with prior art, this practicality is new
Type has the advantages that：
1st, the technique and equipment that the utility model uses are very easy to industrialization and maximization；
2nd, the air namely dehumidified air of fresh water are extracted, for environment needed for the offer such as living environment and material stock storehouse
Need；
3rd, the utility model utilizes the moisture in lithium chloride salt-solution absorption air can be along with the salt fog solved in air
Problem, at the same it is more energy saving than rotary wheel dehumidifying technology；
4th, the liquid circulation flowing of each link, heat, cold rationally utilize, and system is imitated very high, economic benefit
It is good.
It is understood that for those of ordinary skills, can with technical solution according to the present utility model and
The design of its utility model is subject to equivalent substitution or change, and all these changes or replacement should all belong to appended by the utility model
Scope of the claims.
Claims (6)
- A kind of 1. island air water fetching device, it is characterised in that including：It is concentrated solution air water-intaking system, solar thermal collector, dilute Solution dehydrates system, heat pump system, solution heating system and water purification system；The heat pump system connects concentrated solution air water-intaking System and weak solution dewatering system, the steam outlet of the weak solution dewatering system are connected with water purification system, described dense molten Liquid air gas water intake system includes dehydrating breather and moisture absorption liquid case, and the weak solution dewatering system includes regeneration liquid case, steam-water separation tank And first check-valve, the liquid outlet of the dehydrating breather are connected with moisture absorption liquid case, air outlet slit and the island of the dehydrating breather are built The indoor connection of thing, the first liquid outlet of the moisture absorption liquid case are connected by solar thermal collector with weak solution dewatering system, are inhaled Second liquid outlet of wet liquid case is connected with weak solution dewatering system, and the of the first inlet and the moisture absorption liquid case of the regeneration liquid case Two liquid outlets connect, and regenerate the second inlet connection solar thermal collector of liquid case, and the liquid outlet for regenerating liquid case is added by solution Hot systems, first check-valve are connected with the inlet of steam-water separation tank.
- 2. island air water fetching device according to claim 1, it is characterised in that the heat pump system include air cooler, Compressor, electric expansion valve and evaporator, the air cooler, electric expansion valve, evaporator and compressor, which are in turn connected to form, to follow Loop back path, the heated air outlet conduits road of the air cooler are connected with steam-water separation tank, the taphole of the evaporator It is connected with dehydrating breather.
- 3. island air water fetching device according to claim 2, it is characterised in that set between moisture absorption liquid case and evaporator The first two-way valve is equipped with, second check-valve is provided between the cold air outlet and dehydrating breather of the evaporator；The moisture absorption liquid case, First two-way valve, evaporator, second check-valve, dehydrating breather are in turn connected to form circuit.
- 4. according to the island air water fetching device described in claim 1-3 any one, it is characterised in that the solution heating system System includes heat exchanger, water heater and hot water circuit tank, and the heat exchanger, hot water circuit tank, water heater are in turn connected to form circulation Circuit, the liquid outlet of the regeneration liquid case connect first check-valve by heat exchanger.
- 5. island air water fetching device according to claim 1, it is characterised in that the water purification system includes distilled water Separator, polishing filter and fresh water tank, the entrance of the distillation separator and the carbonated drink delivery outlet of steam-water separation tank connect, The water outlet, polishing filter, fresh water tank for distilling separator are sequentially connected.
- 6. island air water fetching device according to claim 4, it is characterised in that it is described regeneration liquid case liquid outlet with The second two-way valve is provided between heat exchanger.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720203685.9U CN207277427U (en) | 2017-03-03 | 2017-03-03 | Island air water fetching device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720203685.9U CN207277427U (en) | 2017-03-03 | 2017-03-03 | Island air water fetching device |
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| CN207277427U true CN207277427U (en) | 2018-04-27 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109024767A (en) * | 2018-06-12 | 2018-12-18 | 同济大学 | A kind of preparation of multi-mode heat-pump-type fresh water and dry integrated machine |
| CN112726738A (en) * | 2020-12-23 | 2021-04-30 | 上海海事大学 | Full-automatic solar air water taking device |
-
2017
- 2017-03-03 CN CN201720203685.9U patent/CN207277427U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109024767A (en) * | 2018-06-12 | 2018-12-18 | 同济大学 | A kind of preparation of multi-mode heat-pump-type fresh water and dry integrated machine |
| CN109024767B (en) * | 2018-06-12 | 2019-08-06 | 同济大学 | A kind of preparation of multi-mode heat-pump-type fresh water and dry integrated machine |
| CN112726738A (en) * | 2020-12-23 | 2021-04-30 | 上海海事大学 | Full-automatic solar air water taking device |
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