CN205740603U - A kind of Portable type sea water desalination water making device - Google Patents
A kind of Portable type sea water desalination water making device Download PDFInfo
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- CN205740603U CN205740603U CN201620431667.1U CN201620431667U CN205740603U CN 205740603 U CN205740603 U CN 205740603U CN 201620431667 U CN201620431667 U CN 201620431667U CN 205740603 U CN205740603 U CN 205740603U
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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
- Y02A20/131—Reverse-osmosis
Abstract
A kind of Portable type sea water desalination water making device, belongs to technical field of water treatment equipment, including the water module being sequentially connected, ultrafiltration module, reverse osmosis module, quenched module and sterilization module；Described ultrafiltration module includes one group of ultra filtration unit connected with each other；Described ultra filtration unit includes the capping of shell, film, film silk and central canal；The capping of described film is placed in enclosure, and shell inner cavity is separated out upper product water cavity and lower filter chamber；Described cover top portion offers the floss hole connected with central canal, and top offers the product mouth of a river connected with upper product water cavity, and lower end offers the water inlet connected with lower filter chamber.This utility model device volume is little, easy to carry, and system suitability is strong, can meet the lower effluent quality of polluted seawater water inlet and reach the requirement of Drinking Water.
Description
Technical field
This utility model belongs to technical field of water treatment equipment, is particularly related to a kind of Portable type sea water desalination water making device.
Background technology
Ocean, as second-biggest-in-the-world economy, is relied on and day by day deepens by China.But along with the increasing of operation on the sea frequency, the marine accident that the factor such as natural disaster, mechanical breakdown causes occurs repeatedly.Therefore the development of sea water water treatment facilities of meeting an urgent need is significant to marine emergency management and rescue.
Pollutant emission etc. in the discharge of seashore trade waste, house refuse stacking, offshore oil exploitation and transport process so that offshore sea waters is polluted and gradually increased the weight of.Showing according to National Bureau of Oceanography's " Chinese Sea environmental aspect publication in 2012 ", China's immediate offshore area seawater pollution is serious and pollutant component is various.Northern Huanghai Sea, Liaodong Wan, Bohai Sea Gulf, Laizhou Wan, Jiangsu bank, entrance of Changjiang River, Hangzhou Wan, the immediate offshore area water-quality of the mouth of the Zhujiang River are inferior to the 4th class sea water quality standard especially, and these developed areas are the key areas that China carries out sea water operation, when there is accident, Ye Shi water source, these regions is locality.Accordingly, it is capable to the Portable type sea water desalination water making device being adapted to multiple polluted seawater operates meaning more very for Emergency water supply and ocean.
Traditional desalinization processing means is mainly sand filtration+reverse osmosis, and sand filtration is low to removal efficiency, easily blocks, and affects follow-up reverse osmosis process, and effluent quality is poor, and it is bigger that backwash consumes the water purification water yield；Reverse osmosis water outlet is difficult to control to without post-processing unit, secondary pollution, and reverse osmosis water outlet water quality is unstable, affects follow-up pipeline equipment safety, and desalination water nutrient disappearance, and long-term drink exists threat to health.
The utility model of Patent No. 200720187858.9 discloses a kind of Emergency water supply processing system, using booster pump-film depurator-ultraviolet ray disinfector-activated carbon disinfector-film ultrapurification device-RO desalination device-ozonateur-drinking-water racking machine/software water pot is main process, can obtain stable Emergency water supply.But preposition ultraviolet ray disinfector treatment effect is limited, there is residue ozone impact in rearmounted ozonateur, have security implication to drinking person, and the RO desalination device of configuration is only applicable to surface water treatment and cannot adapt to briny environment.
Visible traditional handicraft is to water quality bad adaptability, and effluent quality is unstable, is therefore badly in need of a kind of water quality strong adaptability, desalination water water stabilization and easy-operating sea water desalting equipment.
Utility model content
The purpose of this utility model is to provide a kind of Portable type sea water desalination water making device, it is adaptable to polluted seawater source quality, desalination water is drunk in good taste, and floor space is little, simple to operate.
The technical scheme that this utility model realizes the employing of its technical purpose is as follows.
A kind of Portable type sea water desalination water making device, including the water module being sequentially connected, ultrafiltration module, reverse osmosis module, quenched module and sterilization module；Described ultrafiltration module includes one group of ultra filtration unit connected with each other；Described ultra filtration unit includes the capping of shell, film, film silk and central canal；The capping of described film is placed in enclosure, and shell inner cavity is separated out upper product water cavity and lower filter chamber；Described cover top portion offers the floss hole connected with central canal, and top offers the product mouth of a river connected with upper product water cavity, and lower end offers the water inlet connected with lower filter chamber；Described film silk is positioned at lower filter chamber, and film silk two ends are fixed on film capping and are connected with upper product water cavity；Described central canal wears film capping and is hollow structure, and the floss hole of upper end connected with outer casing, lower end extends to lower filter chamber.
Described water module includes former water inlet pipe, rinse water inlet pipe, the first water intaking three-way valve, intake pipe, the second water intaking three-way valve, ultrafiltration water inlet pipe and hyperfiltration reverse-rinsing water pipe；Described first water intaking three-way valve connects former water inlet pipe, rinse water inlet pipe and intake pipe；Described second water intaking three-way valve connects intake pipe, ultrafiltration water inlet pipe and hyperfiltration reverse-rinsing water pipe；Described intake pipe one end connects the first water intaking three-way valve, and other end connection the second water intaking three-way valve, and intake pipe are sequentially installed with y-type filter, water intaking booster pump, water intaking sampling valve and non-return valve；Described y-type filter is installed on water intaking booster pump front；Described water intaking sampling valve is installed on water intaking booster pump rear；Described non-return valve is installed on the second water intaking three-way valve front.
The water inlet of ultra filtration unit lower end connects ultrafiltration water inlet pipe；The floss hole on ultra filtration unit top connects concentrated water discharge pipe；The product mouth of a river of ultra filtration unit upper end connects ultrafiltration water producing pipe；Described ultrafiltration water producing pipe is provided with ultrafiltration and produces water ga(u)ge, and ultrafiltration water producing pipe connects hyperfiltration reverse-rinsing water pipe；Described ultrafiltration water producing pipe connects ultrafiltration and cleans water pipe；Described ultrafiltration is cleaned water pipe and is installed ultrafiltration cleaning drain valve.
Described reverse osmosis module includes that the first reverse osmosis three-way valve, feed water by reverse osmosis pipe, reverse osmosis are cleaned water pipe, reverse osmosis units, reverse osmosis produced water pipe, online salinity measurement instrument, reverse osmosis produced water ga(u)ge, the second reverse osmosis three-way valve, cleaned tank inlet pipe, cleaning water tank overflow pipe, cleaning water tank, cleaning water tank delivery pipe, reverse osmosis produced water discharge spout, reverse osmosis concentrated water pipe and reverse osmosis delivery pipe；Described first reverse osmosis three-way valve connects ultrafiltration water producing pipe, feed water by reverse osmosis pipe and reverse osmosis and cleans water pipe；Described feed water by reverse osmosis pipe one end connects the first reverse osmosis three-way valve, and the other end connects reverse osmosis units, and feed water by reverse osmosis pipe is provided with high-pressure pump and relief valve；Described reverse osmosis units is the two sections of reverse osmosis units of one-level being composed in series by two reverse osmosis membranes, and reverse osmosis units connects reverse osmosis produced water pipe and reverse osmosis concentrated water pipe；Described reverse osmosis produced water pipe one end is connected with reverse osmosis units, and the other end and the second reverse osmosis three-way valve connect, and reverse osmosis produced water pipe is provided with online salinity measurement instrument and reverse osmosis produced water ga(u)ge；Described second reverse osmosis three-way valve connects quenched water inlet pipe, reverse osmosis produced water pipe and reverse osmosis produced water discharge spout；Described reverse osmosis concentrated water pipe is provided with reverse osmosis concentrated water pressure regulator valve；Described reverse osmosis delivery pipe one end connects reverse osmosis produced water discharge spout and reverse osmosis concentrated water pipe, and the other end connects concentrated water discharge pipe；Described cleaning tank inlet pipe one end connects cleans water tank, and the other end connects reverse osmosis produced water pipe；Described cleaning water tank overflow pipe one end connects cleans water tank, and the other end connects reverse osmosis produced water pipe；Described reverse osmosis is cleaned water pipe one end and is connected cleaning water tank, and the other end connects the first reverse osmosis three-way valve；Described cleaning water tank delivery pipe one end connects cleans water tank, and the other end connects concentrated water discharge pipe.
Described quenched module includes quenched water inlet pipe, quenched unit and quenched outlet pipe；Described quenched water inlet pipe one end connects the second reverse osmosis three-way valve, and the other end connects quenched unit；Described quenched outlet pipe one end connects quenched unit, and the other end connects sterilization module；Described quenched unit includes quenched shell, quenched core pipe and the quenched post of mineralising；Described quenched shell hollow is arranged, and top offers quenched outlet, and bottom offers quenched import；The quenched post of described mineralising is installed on quenched shell inner chamber, and quenched shell inner chamber is fixed in bottom, and top is connected with quenched outlet by quenched core pipe；Described quenched core pipe upper end is connected with quenched outlet, and lower end extends to inside the quenched post of mineralising.
Described sterilization module includes ultraviolet ray disinfector and sterilization outlet pipe；Described ultraviolet ray disinfector entrance connects quenched outlet pipe, and outlet connects sterilization outlet pipe.
This utility model device volume is little, easy to carry, and system suitability is strong, can meet the lower effluent quality of polluted seawater water inlet and reach the requirement of Drinking Water.Using ultrafiltration as in-line coagulation, it is possible not only to save floor space, it is also possible to increase RO flux, reduces RO replacing, cleaning frequency, make RO water inlet SDI < 2.5, meet inflow requirement.Reverse osmosis water outlet is carried out quenched, improves and drink mouthfeel, reduce and drink risk；Post processing can prevent bacteria breed, soluble solids from separating out by ultraviolet disinfection and cause secondary pollution；System is provided with on-line monitoring system at water inlet, reverse osmosis membrane assembly intake-outlet, fresh-water tank, and monitoring real-time to effluent quality is beneficial to pinpoint the problems in time, adjusts equipment operation condition, it is ensured that the effluent quality that high-quality is up to standard.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is ultrafiltration module structural representation；
Fig. 3 is quenched modular assembly structural representation；
In figure: 100-water module, 101-former water inlet pipe, 102-rinse water inlet pipe, 103-first fetches water three-way valve, 104-intake pipe, 105-Y type filter, 106-fetches water booster pump, 107-water intaking sampling valve, 108-non-return valve, 109-second fetches water three-way valve, 110-ultrafiltration water inlet pipe, 111-hyperfiltration reverse-rinsing water pipe, 200-ultrafiltration module, 201-ultra filtration unit, 202-shell, 203-floss hole, 204-produces the mouth of a river, 205-water inlet, 206-film covers, 207-film silk, 208-central canal, water cavity is produced on 209-, filter chamber under 210-,
null211-concentrated water discharge pipe、212-vent valve、213-ultrafiltration dense water pressure regulator valve、214-ultrafiltration water producing pipe、Water ga(u)ge is produced in 215-ultrafiltration、Water pipe is cleaned in 216-ultrafiltration、Drain valve is cleaned in 217-ultrafiltration、300-reverse osmosis module、301-the first reverse osmosis three-way valve、302-feed water by reverse osmosis pipe、303-high-pressure pump、304-relief valve、Water pipe is cleaned in 305-reverse osmosis、306-reverse osmosis units、The reverse osmosis produced water pipe of 307-、308-online salinity measurement instrument、The reverse osmosis produced water ga(u)ge of 309-、310-the second reverse osmosis three-way valve、311-cleans tank inlet pipe、312-cleans water tank overflow pipe、313-cleans water tank、314-cleans water tank delivery pipe、The reverse osmosis produced water discharge spout of 315-、The reverse osmosis concentrated water pipe of 316-、317-reverse osmosis concentrated water pressure regulator valve、318-reverse osmosis delivery pipe、The quenched module of 400-、The quenched water inlet pipe of 401-、The quenched unit of 402-、The quenched shell of 403-、The quenched outlet of 404-、The quenched import of 405-、406-quenched core pipe、The quenched post of 407-mineralising、The quenched outlet pipe of 408-、
500-sterilization module, 501-ultraviolet ray disinfector, 502-sterilize outlet pipe.
Detailed description of the invention
Below in conjunction with the accompanying drawings, this utility model is described in further detail.
A kind of Portable type sea water desalination water making device, including the water module 100 being sequentially connected, ultrafiltration module 200, reverse osmosis module 300, quenched module 400 and sterilization module 500.This equipment uses modularized design, compact conformation, it is easy to assembly and disassembly.
Described water module 100 includes former water inlet pipe 101, rinse water inlet pipe the 102, first water intaking three-way valve 103, intake pipe the 104, second water intaking three-way valve 109, ultrafiltration water inlet pipe 110 and hyperfiltration reverse-rinsing water pipe 111.
Described first water intaking three-way valve 103 connects former water inlet pipe 101, rinse water inlet pipe 102 and intake pipe 104.By controlling the first water intaking three-way valve 103 so that intake pipe 104 connects with former water inlet pipe 101 or intake pipe 104 connects with rinse water inlet pipe 102.Described second water intaking three-way valve 109 connects intake pipe 104, ultrafiltration water inlet pipe 110 and hyperfiltration reverse-rinsing water pipe 111.By controlling the second water intaking three-way valve 109 so that intake pipe 104 connects with ultrafiltration water inlet pipe 110 or intake pipe 104 connects with hyperfiltration reverse-rinsing water pipe 111.
Described intake pipe 104 one end connects the first water intaking three-way valve 103, and other end connection the second water intaking three-way valve 109, and intake pipe 104 are sequentially installed with y-type filter 105, water intaking booster pump 106, water intaking sampling valve 107 and non-return valve 108.Described y-type filter 105 is installed on water intaking booster pump 106 front, and former water again by water intaking booster pump 106 supercharging, improves the working environment of water intaking booster pump 106, extends the service life of water intaking booster pump 106 after y-type filter 105 filters.Described water intaking sampling valve 107 is installed on water intaking booster pump 106 rear, and water intaking sampling valve 107 is in order to transfer former water sample.Described non-return valve 108 is installed on the second water intaking three-way valve 109 front, plays the effect preventing current from driving in the wrong direction.
Described ultrafiltration module 200 includes one group of ultra filtration unit 201 connected with each other.Described ultra filtration unit 201 includes shell 202, film capping 206, film silk 207 and central canal 208.It is internal that described film capping 206 is placed in shell 202, and shell 202 inner chamber is separated out upper product water cavity 209 and lower filter chamber 210.Described shell 202 top offers the floss hole 203 connected with central canal 208, and top offers the product mouth of a river 204 connected with upper product water cavity 209, and lower end offers the water inlet 205 connected with lower filter chamber 210.Described film silk 207 is positioned at lower filter chamber 210, and film silk 207 two ends are fixed on film capping 206 and are connected with upper product water cavity 209.Described central canal 208 wears film capping 206 and is hollow structure, and the floss hole 203 of upper end connected with outer casing 202, lower end extends to lower filter chamber 210.
The water inlet 205 of ultra filtration unit 201 lower end connects ultrafiltration water inlet pipe 110.The floss hole 203 on ultra filtration unit 201 top connects concentrated water discharge pipe 211.The product mouth of a river 204 of ultra filtration unit 201 upper end connects ultrafiltration water producing pipe 214.Described ultrafiltration water producing pipe 214 is provided with ultrafiltration and produces water ga(u)ge 215, and ultrafiltration water producing pipe 214 connects hyperfiltration reverse-rinsing water pipe 111.
Described ultrafiltration water producing pipe 214 connects ultrafiltration and cleans water pipe 216.Described ultrafiltration is cleaned water pipe 216 and is installed ultrafiltration cleaning drain valve 217.
When ultrafiltration module 200 normally works, first water intaking three-way valve 103 connects former water inlet pipe 101 and intake pipe 104, second water intaking three-way valve 109 connects intake pipe 104 and ultrafiltration water inlet pipe 110, former water flows through former water inlet pipe 101, first water inlet 205 that three-way valve 103, intake pipe 104, second fetch water after three-way valve 109 and ultrafiltration water inlet pipe 110 from ultra filtration unit 201 lower end of fetching water and enters into lower filter chamber 210, and former water is filtered by film silk 207.Water after filtration enters into product water cavity 209 by film silk 207, is then flowed into ultrafiltration water producing pipe 214 from the product mouth of a river 204.Concentrated stream enters central canal 208 inner chamber, then flows into concentrated water discharge pipe 211 by floss hole 203 and discharges.Described concentrated water discharge pipe 211 is provided with vent valve 212 and ultrafiltration dense water pressure regulator valve 213.
This equipment carries out a backwash to ultra filtration unit 201 after often running 60 ~ 120min, and the backwash time is at 60s.Hyperfiltration reverse-rinsing uses ultrafiltration to produce water, before backwash, opens ultrafiltration and cleans drain valve 217, and ultrafiltration rinse water is gathered stand-by after ultrafiltration water producing pipe 214 and ultrafiltration clean water pipe 216 outflow.During backwash, first water intaking three-way valve 103 connects rinse water inlet pipe 102 and intake pipe 104, second water intaking three-way valve 109 connects intake pipe 104 and hyperfiltration reverse-rinsing water pipe 111, water intaking booster pump 106 automatically turns on, rinse water enters into upper product water cavity 209 from the product mouth of a river 204 after flowing through rinse water inlet pipe 102, intake pipe 104, hyperfiltration reverse-rinsing water pipe 111 and ultrafiltration water producing pipe 214, it is then pumped into film silk 207 internal, inside film silk 207, reversely flows into film silk 207 outside.The reverse conversion of pressure and the backward erosion of current make the pollution cake layer on film silk 207 surface and adsorption layer come off, and alleviate film silk 207 surface contamination.After cleaning, rinse water flows into central canal 208 inner chamber, then flows into concentrated water discharge pipe 211 by floss hole 203 and discharges.
Described reverse osmosis module 300 includes that the first reverse osmosis three-way valve 301, feed water by reverse osmosis pipe 302, reverse osmosis are cleaned water pipe 305, reverse osmosis units 306, reverse osmosis produced water pipe 307, online salinity measurement instrument 308, reverse osmosis produced water ga(u)ge the 309, second reverse osmosis three-way valve 310, cleaned tank inlet pipe 311, cleaning water tank overflow pipe 312, cleaning water tank 313, cleaning water tank delivery pipe 314, reverse osmosis produced water discharge spout 315, reverse osmosis concentrated water pipe 316, reverse osmosis delivery pipe 318.
Described first reverse osmosis three-way valve 301 connects ultrafiltration water producing pipe 214, feed water by reverse osmosis pipe 302 and reverse osmosis and cleans water pipe 305.Described feed water by reverse osmosis pipe 302 one end connects the first reverse osmosis three-way valve 301, and the other end connects reverse osmosis units 306, and feed water by reverse osmosis pipe 302 is provided with high-pressure pump 303 and relief valve 304.Described reverse osmosis units 306 is the two sections of reverse osmosis units of one-level being composed in series by two reverse osmosis membranes, and reverse osmosis units 306 connects reverse osmosis produced water pipe 307 and reverse osmosis concentrated water pipe 316.Reverse osmosis units 306 removes salinity and other pollutant further, and product water TDS can be made less than 450mg/L.
Described reverse osmosis produced water pipe 307 one end is connected with reverse osmosis units 306, and the other end and the second reverse osmosis three-way valve 310 connect, and reverse osmosis produced water pipe 307 is provided with online salinity measurement instrument 308 and reverse osmosis produced water ga(u)ge 309.Second reverse osmosis three-way valve 310 connects quenched water inlet pipe 401, reverse osmosis produced water pipe 307 and reverse osmosis produced water discharge spout 315.
Described reverse osmosis concentrated water pipe 316 is provided with reverse osmosis concentrated water pressure regulator valve 317.Described reverse osmosis delivery pipe 318 one end connects reverse osmosis produced water discharge spout 315 and reverse osmosis concentrated water pipe 316, and the other end connects concentrated water discharge pipe 211.
When reverse osmosis module 300 works, the first reverse osmosis three-way valve 301 connects ultrafiltration water producing pipe 214 and feed water by reverse osmosis pipe 302.Ultrafiltration is produced after water flows through the first reverse osmosis three-way valve 301, feed water by reverse osmosis pipe 302 and high-pressure pump 303 and is entered reverse osmosis units 306.The product water of reverse osmosis units 306 flow to the second reverse osmosis three-way valve 310 by reverse osmosis produced water pipe 307.The product water of reverse osmosis units 306 is detected by online salinity measurement instrument 308, when the TDS producing water of reverse osmosis units 306 is more than 450mg/L, second reverse osmosis three-way valve 310 connects reverse osmosis produced water pipe 307 and reverse osmosis produced water discharge spout 315, and the product water of reverse osmosis units 306 flow to reverse osmosis delivery pipe 318 through the second reverse osmosis three-way valve 310 and reverse osmosis produced water discharge spout 315；When the TDS producing water of reverse osmosis units 306 is less than 450mg/L, second reverse osmosis three-way valve 310 connects reverse osmosis produced water pipe 307 and quenched water inlet pipe 401, and the product water of reverse osmosis units 306 flows into quenched module 400 through the second reverse osmosis three-way valve 310 and quenched water inlet pipe 401.The setting of online salinity measurement instrument 308, it is ensured that the water quality producing water is qualified.The dense water of reverse osmosis units 306 is through reverse osmosis concentrated water pipe 316, reverse osmosis delivery pipe 318 and the outer row of concentrated water discharge pipe 211.
Described cleaning tank inlet pipe 311 one end connects cleans water tank 313, and the other end connects reverse osmosis produced water pipe 307；Described cleaning water tank overflow pipe 312 one end connects cleans water tank 313, and the other end connects reverse osmosis produced water pipe 307.Described reverse osmosis is cleaned water pipe 305 one end and is connected cleaning water tank 313, and the other end connects the first reverse osmosis three-way valve 301.Described cleaning water tank delivery pipe 314 one end connects cleans water tank 313, and the other end connects concentrated water discharge pipe 211.
Reverse osmosis module 300 end of run every day, needs the reverse osmosis membrane of reverse osmosis units 306 is carried out fresh water flush 60S.Fresh water flush uses the product water of reverse osmosis units 306.The product water of reverse osmosis units 306 stores by cleaning tank inlet pipe 311 entrance cleaning water tank 313.After cleaning water tank 313 full water, unnecessary water is back to reverse osmosis produced water pipe 307 by cleaning water tank overflow pipe 312.When reverse osmosis module 300 is rinsed, first reverse osmosis three-way valve 301 connects reverse osmosis and cleans water pipe 305 and feed water by reverse osmosis pipe 302, the water cleaned in water tank 313 enters feed water by reverse osmosis pipe 302 by reverse osmosis cleaning water pipe the 305, first reverse osmosis three-way valve 301, reverse osmosis units 306 is pumped into by high-pressure pump 303, reverse osmosis concentrated water pressure regulator valve 317 aperture standard-sized sheet, reverse osmosis units 306 produces water and enters the outer row of reverse osmosis delivery pipe 318 through the second reverse osmosis three-way valve 310.
Described quenched module 400 includes quenched water inlet pipe 401, quenched unit 402 and quenched outlet pipe 408.Described quenched water inlet pipe 401 one end connects the second reverse osmosis three-way valve 310, and the other end connects quenched unit 402.Described quenched outlet pipe 408 one end connects quenched unit 402, and the other end connects sterilization module 500.Described quenched unit 402 includes quenched shell 403, quenched core pipe 406 and the quenched post of mineralising 407.Described quenched shell 403 hollow is arranged, and top offers quenched outlet 404, and bottom offers quenched import 405.The internal filling-modified dolomite of described mineralising quenched post 407 or meal wheat stone.
The quenched post of mineralising 407 is installed on quenched shell 403 inner chamber, and quenched shell 403 inner chamber is fixed in bottom, and top is connected with quenched outlet 404 by quenched core pipe 406.Described quenched core pipe 406 upper end is connected with quenched outlet 404, and it is internal that lower end extends to mineralising quenched post 407.
Water enters into quenched shell 403 inner chamber from quenched water inlet pipe 401 by quenched import 405, after the quenched effect of the quenched post of mineralising 407, flow to quenched outlet 404 from quenched core pipe 406, flows to sterilization module 500 finally by quenched outlet pipe 408.After mineralising module 400, the index such as drinking water hardness, basicity significantly improves, rich in calcium, magnesium, ferrum, zinc etc. to mineral element necessary to human body.
Described sterilization module 500 includes ultraviolet ray disinfector 501 and sterilization outlet pipe 502.Ultraviolet ray disinfector 501 entrance connects quenched outlet pipe 408, and outlet connects sterilization outlet pipe 502.This sterilization module 500 have employed ultraviolet ray disinfector 501, it would however also be possible to employ plays other conventional equipments of equivalent effect.
Water flow to ultraviolet ray disinfector 501 from quenched outlet pipe 408, after sterilization, arranges from sterilization outlet pipe 502.
This device adapts to polluted seawater water quality, stable effluent quality, and long-term drink will not produce threat to drinking person health.
Embodiment:
The temperature of known sea water 20.9 DEG C ~ 26.0 DEG C, the salinity of sea water is 30800mg/L ~ 31450mg/L, and it is 2m that sea water enters the flow of reverse osmosis3/ h, salinity of intaking in the case of studying continuous service in this pilot system after ultrafiltration and reverse osmosis and the variation relation of product salinity water, result of the test is shown in Fig. 3.From figure 3, it can be seen that along with systems stay runs, system run all right, to produce salinity water and be basically stable at about 218mg/L, average salt rejection rate is 99.30%.
Claims (6)
1. a Portable type sea water desalination water making device, it is characterised in that include water module (100), ultrafiltration module (200), reverse osmosis module (300), quenched module (400) and the sterilization module (500) being sequentially connected；Described ultrafiltration module (200) includes one group of ultra filtration unit connected with each other (201)；Described ultra filtration unit (201) includes shell (202), film capping (206), film silk (207) and central canal (208)；It is internal that described film capping (206) is placed in shell (202), and shell (202) inner chamber is separated out upper product water cavity (209) and lower filter chamber (210)；Described shell (202) top offers the floss hole (203) connected with central canal (208), and top offers the product mouth of a river (204) connected with upper product water cavity (209), and lower end offers the water inlet (205) connected with lower filter chamber (210)；Described film silk (207) is positioned at lower filter chamber (210), and film silk (207) two ends are fixed on film capping (206) and are connected with upper product water cavity (209)；Described central canal (208) wears film capping (206) and is hollow structure, and the floss hole (203) of upper end connected with outer casing (202), lower end extends to lower filter chamber (210).
2. a kind of Portable type sea water desalination water making device as claimed in claim 1, it is characterized in that, described water module (100) includes former water inlet pipe (101), rinse water inlet pipe (102), the first water intaking three-way valve (103), intake pipe (104), the second water intaking three-way valve (109), ultrafiltration water inlet pipe (110) and hyperfiltration reverse-rinsing water pipe (111)；Described first water intaking three-way valve (103) connects former water inlet pipe (101), rinse water inlet pipe (102) and intake pipe (104)；Described second water intaking three-way valve (109) connects intake pipe (104), ultrafiltration water inlet pipe (110) and hyperfiltration reverse-rinsing water pipe (111)；Described intake pipe (104) one end connects the first water intaking three-way valve (103), the other end connects the second water intaking three-way valve (109), and is sequentially installed with y-type filter (105), water intaking booster pump (106), water intaking sampling valve (107) and non-return valve (108) on intake pipe (104)；Described y-type filter (105) is installed on water intaking booster pump (106) front；Described water intaking sampling valve (107) is installed on water intaking booster pump (106) rear；Described non-return valve (108) is installed on the second water intaking three-way valve (109) front.
3. a kind of Portable type sea water desalination water making device as claimed in claim 2, it is characterised in that the water inlet (205) of ultra filtration unit (201) lower end connects ultrafiltration water inlet pipe (110)；The floss hole (203) on ultra filtration unit (201) top connects concentrated water discharge pipe (211)；The product mouth of a river (204) of ultra filtration unit (201) upper end connects ultrafiltration water producing pipe (214)；Described ultrafiltration water producing pipe (214) is provided with ultrafiltration and produces water ga(u)ge (215), and ultrafiltration water producing pipe (214) connects hyperfiltration reverse-rinsing water pipe (111)；Described ultrafiltration water producing pipe (214) connects ultrafiltration and cleans water pipe (216)；Described ultrafiltration is cleaned water pipe (216) and is installed ultrafiltration cleaning drain valve (217).
4. a kind of Portable type sea water desalination water making device as claimed in claim 3, it is characterized in that, described reverse osmosis module (300) includes the first reverse osmosis three-way valve (301), feed water by reverse osmosis pipe (302), water pipe (305) is cleaned in reverse osmosis, reverse osmosis units (306), reverse osmosis produced water pipe (307), online salinity measurement instrument (308), reverse osmosis produced water ga(u)ge (309), second reverse osmosis three-way valve (310), clean tank inlet pipe (311), clean water tank overflow pipe (312), clean water tank (313), clean water tank delivery pipe (314), reverse osmosis produced water discharge spout (315), reverse osmosis concentrated water pipe (316) and reverse osmosis delivery pipe (318)；Described first reverse osmosis three-way valve (301) connects ultrafiltration water producing pipe (214), feed water by reverse osmosis pipe (302) and reverse osmosis and cleans water pipe (305)；Described feed water by reverse osmosis pipe (302) one end connects the first reverse osmosis three-way valve (301), and the other end connects reverse osmosis units (306), and feed water by reverse osmosis pipe (302) is provided with high-pressure pump (303) and relief valve (304)；Described reverse osmosis units (306) is the two sections of reverse osmosis units of one-level being composed in series by two reverse osmosis membranes, and reverse osmosis units (306) connects reverse osmosis produced water pipe (307) and reverse osmosis concentrated water pipe (316)；Described reverse osmosis produced water pipe (307) one end is connected with reverse osmosis units (306), the other end and the second reverse osmosis three-way valve (310) connect, and reverse osmosis produced water pipe (307) is provided with online salinity measurement instrument (308) and reverse osmosis produced water ga(u)ge (309)；Described second reverse osmosis three-way valve (310) connects quenched water inlet pipe (401), reverse osmosis produced water pipe (307) and reverse osmosis produced water discharge spout (315)；Described reverse osmosis concentrated water pipe (316) is provided with reverse osmosis concentrated water pressure regulator valve (317)；Described reverse osmosis delivery pipe (318) one end connects reverse osmosis produced water discharge spout (315) and reverse osmosis concentrated water pipe (316), and the other end connects concentrated water discharge pipe (211)；Described cleaning tank inlet pipe (311) one end connects cleans water tank (313), and the other end connects reverse osmosis produced water pipe (307)；Described cleaning water tank overflow pipe (312) one end connects cleans water tank (313), and the other end connects reverse osmosis produced water pipe (307)；Described reverse osmosis is cleaned water pipe (305) one end and is connected cleaning water tank (313), and the other end connects the first reverse osmosis three-way valve (301)；Described cleaning water tank delivery pipe (314) one end connects cleans water tank (313), and the other end connects concentrated water discharge pipe (211).
5. a kind of Portable type sea water desalination water making device as claimed in claim 4, it is characterised in that described quenched module (400) includes quenched water inlet pipe (401), quenched unit (402) and quenched outlet pipe (408)；Described quenched water inlet pipe (401) one end connects the second reverse osmosis three-way valve (310), and the other end connects quenched unit (402)；Described quenched outlet pipe (408) one end connects quenched unit (402), and the other end connects sterilization module (500)；Described quenched unit (402) includes quenched shell (403), quenched core pipe (406) and the quenched post of mineralising (407)；Described quenched shell (403) hollow is arranged, and top offers quenched outlet (404), and bottom offers quenched import (405)；The quenched post of described mineralising (407) is installed on quenched shell (403) inner chamber, and quenched shell (403) inner chamber is fixed in bottom, and top is connected with quenched outlet (404) by quenched core pipe (406)；Described quenched core pipe (406) upper end is connected with quenched outlet (404), and it is internal that lower end extends to the quenched post of mineralising (407).
6. a kind of Portable type sea water desalination water making device as claimed in claim 5, it is characterised in that described sterilization module (500) includes ultraviolet ray disinfector (501) and sterilization outlet pipe (502)；Described ultraviolet ray disinfector (501) entrance connects quenched outlet pipe (408), and outlet connects sterilization outlet pipe (502).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620431667.1U CN205740603U (en) | 2016-05-13 | 2016-05-13 | A kind of Portable type sea water desalination water making device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620431667.1U CN205740603U (en) | 2016-05-13 | 2016-05-13 | A kind of Portable type sea water desalination water making device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205740603U true CN205740603U (en) | 2016-11-30 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620431667.1U Withdrawn - After Issue CN205740603U (en) | 2016-05-13 | 2016-05-13 | A kind of Portable type sea water desalination water making device |
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| Country | Link |
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| CN (1) | CN205740603U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105776689A (en) * | 2016-05-13 | 2016-07-20 | 浙江至美环境科技有限公司 | Portable equipment and process for producing water by sea water desalination |
| CN107117759A (en) * | 2017-06-21 | 2017-09-01 | 海南大学 | Portable rescue at sea method for desalting seawater and device |
-
2016
- 2016-05-13 CN CN201620431667.1U patent/CN205740603U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105776689A (en) * | 2016-05-13 | 2016-07-20 | 浙江至美环境科技有限公司 | Portable equipment and process for producing water by sea water desalination |
| CN105776689B (en) * | 2016-05-13 | 2019-02-12 | 浙江至美环境科技有限公司 | A kind of Portable type sea water desalination water making device and technique |
| CN107117759A (en) * | 2017-06-21 | 2017-09-01 | 海南大学 | Portable rescue at sea method for desalting seawater and device |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20161130 Effective date of abandoning: 20190212 |