CN201704140U - Integrated water treatment system - Google Patents
Integrated water treatment system Download PDFInfo
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- CN201704140U CN201704140U CN2010201715615U CN201020171561U CN201704140U CN 201704140 U CN201704140 U CN 201704140U CN 2010201715615 U CN2010201715615 U CN 2010201715615U CN 201020171561 U CN201020171561 U CN 201020171561U CN 201704140 U CN201704140 U CN 201704140U
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Abstract
The utility model discloses an integrated water treatment system, which comprises a water treatment system and a water taking pipeline, and is characterized in that the water treatment system consists of a soft water treatment system, a pure water treatment system and an ultrapure water treatment system which are communicated in order, wherein water outlets of the soft water treatment system, the pure water treatment system and the ultrapure water treatment system are respectively connected with a soft water taking pipeline, a pure water taking pipeline and an ultrapure water taking pipeline, and the systems can operate separately or synchronously according to the need of water use. The utility model integrates three water treatment systems into one device, has the advantages of low acquisition cost and operating cost and the like, occupies small area for installation, and avoids the waste of repeated purchase and installation fields. The integrated water treatment system has wide application range, can be used for cleaning large laboratory apparatus, treating water for preparing solutions, cleaning, sterilizing and maintaining surgical equipment and other treatment equipment in large, medium and small hospitals and the like.
Description
Technical field
The utility model relates to a kind of water treatment system, relates in particular to a kind of integrated water treatment system.
Background technology
Along with the raising of medical technique level, advanced, accurate medicine equipment is more and more common in hospital, so also more and more higher to the cleaning requirement of medicine equipment.
The clean level of medicine equipment, utensil is very high, thereby the water quality of cleaning equipment utensil is also had certain requirement.Because to different with water consumption in the effect of medicine equipment or utensil cleaning, existing at present medicine equipment, utensil cleaning process have following two kinds separately for soft water, pure water, ultrapure water:
First kind, the residue of apparatus is cleaned earlier and sterilize with the tap water that contains the chemical reagent of sterilizing, carry out sterilising treatment then, with sterile pure water apparatus is carried out rinsing again, if the also handy ultrapure water of accurate apparatus, utensil carries out final rinsing to it, at last apparatus is delivered to high temperature oven and dry processing.Because tap water cleans apparatus, utensil, carries out hyperthermia drying again, can stay the incrustation scale spot at last on apparatus,, return again and clean, so in a large number waste water resource and electric energy usually because of not reaching the apparatus cleaning requirement.
Second kind, clean and sterilization with the residue of the pure water that contains the chemistry world of sterilizing earlier apparatus, carry out sterilising treatment then, with pure water or ultrapure water apparatus is carried out rinsing again, at last apparatus to be delivered to high temperature oven and dry processing, apparatus does not have the incrustation scale vestige.Because the metallic cation content in the pure water and low is very poor to the cleansing power of the residue on the apparatus, meet the requirements for making to clean, very big to the usage quantity of pure water, the processing power to water treatment system requires height like this, the energy consumption height, the pure water consumption is big.
Water treatment device in the market can not produce softening water, pure water, ultrapure water simultaneously, supplies with the cleaning of medicine equipment, therefore can't satisfy the multiple demand of medical water.
Summary of the invention
At the deficiency in above-mentioned field, integrated water treatment system of the present utility model, it is single to can solve in the existing water treating equipment water source supply, can't finish water supply multitask, a large amount of.
For addressing the above problem, the technical scheme that the utility model is taked is: this integrated water treatment system, comprise water treatment system and water intaking pipeline, it is characterized in that: described water treatment system is made of the soft water treatment system, pure water treatment system and the ultrapure water treatment system that are communicated with in turn, and the water outlet of described soft water treatment system, pure water treatment system and ultrapure water treatment system is connected with soft water water intaking pipeline, pure water water intaking pipeline, ultrapure water water intaking pipeline respectively.
The water inlet pipe of described soft water treatment system is connected with the primary water treatment system, and described primary water treatment system comprises more medium filter and the activated charcoal filter that is communicated with in turn by water pipe.
What described soft water treatment system comprised connection in turn is soft water treatment unit and security personnel's strainer of material with ion exchange resin, and described pure water treatment system comprises first-stage reverse osmosis film group, and described ultrapure water treatment system comprises electric salt remover.
The soft water treatment unit that two parallel connections are arranged in the described soft water treatment system, described pure water treatment system have the first-stage reverse osmosis film group of three groups of parallel connections.
Described soft water treatment system also includes the soft water reserve tank, and the water outlet of described security personnel's strainer links to each other with the soft water reserve tank, and described soft water water intaking pipeline is communicated with the soft water reserve tank.
Described pure water treatment system also includes the pure water reserve tank, and the product mouth of a river of described first-stage reverse osmosis film group and pure water reserve tank connect, and described pure water water intaking pipeline is communicated with the pure water reserve tank.
Described soft water water intaking pipeline, pure water water intaking pipeline, ultrapure water water intaking pipeline include ultraviolet sterilizer, ozonizer and the ultimate filter that is communicated with in turn.
Described soft water water intaking pipeline, pure water water intaking pipeline are parallel with SWR, DIR respectively, and are communicated with soft water reserve tank, pure water reserve tank respectively; Described ultrapure water water intaking pipeline is parallel with DIR, and described DIR is communicated with the pure water reserve tank.
Comprise the reverse osmosis cleaning system in the described water treatment system, described reverse osmosis cleaning system comprise that one cleans water tank, reverse osmosis cleaning system one end is connected with the dense water out of first-stage reverse osmosis film group, the other end is connected with the water-in of soft water treatment unit.
Described soft water reserve tank is equipped with upper limit water level sensor in the pure water reserve tank, the lower limit water level sensor, and described upper limit water level sensor, the lower limit water level sensor is electrically connected with magnetic valve by middle controller.
The beneficial effect that the utility model reaches is: softening water treatment system, pure water treatment system, ultrapure water treatment system are concentrated into a set of equipment and realize, have advantages such as acquisition cost and running cost are low, and it is little that floor space is installed, and avoids equipment to repeat to purchase waste with the fabricating yard.
Should concentrate water treatment system can be according to the growth of workload with to the raising of water quality requirement and upgrading flexibly.
Should concentrate water treatment system widely applicable, the cleaning, sterilization that can be used for the operating equipment of the cleaning of large-scale experiment chamber utensil, the water of configuration solution etc. or large, medium and small hospital and other diagnosis and treatment equipment with and maintenance use.
Description of drawings
Be described in further detail below in conjunction with accompanying drawing and embodiments of the present invention:
Fig. 1 is integrated water treatment system schematic top plan view,
Fig. 2 is the simple and easy synoptic diagram of integrated water treatment system operating panel,
The concrete title of each label representative is among the figure: 1-magnetic valve, 2-more medium filter, 3-activated charcoal filter, 4-magnetic valve, 5-soft water treatment unit, the 6-strainer of ensuring public security, 7-soft water supply pump, 8-ultraviolet sterilizer, 9-ozonizer, the 10-ultimate filter, 11-magnetic valve, 110-soft water return line, 12-soft water tap, the automatically controlled water valve of 120-, 13-first-stage reverse osmosis film group, the dense water out of 130-, 131-produces the mouth of a river, the 14-magnetic valve, 15-magnetic valve, 16-pure water reserve tank, 17-ultrapure water transfer pump, the 18-electric salt remover, 19-ultraviolet sterilizer, 20-ozonizer, the 21-ultimate filter, the 22-magnetic valve, 220-ultrapure water return line, 23-ultrapure water tap, the automatically controlled water valve of 230-, 24-pure water tap, the automatically controlled water valve of 240-, 25-magnetic valve, the 250-DIR, the 26-ultimate filter, 27-ozonizer, 28-ultraviolet sterilizer, 29-pure water transfer pump, 30-lower limit water level sensor, 31-upper limit water level sensor, 32-cleans water tank, the 33-working shaft, 330-cleans return line, 34-one-level high-pressure pump, 35-lower limit water level sensor, 36-upper limit water level sensor, 37-soft water reserve tank, 38-magnetic valve, 39-calcium ions and magnesium ions gathering barrel, 40-sodium ion regenerating unit, 41-water pipe, 42-prepare the soft water button, and button is cleaned in the 43-reverse osmosis, 44-soft water is taken button, the 45-pure water is taken button, and the 46-ultrapure water is taken button, the 47-host power switch.
Embodiment
As shown in Figure 1, the integrated water treatment system of the utility model, be made of primary water treatment system, soft water treatment system, the pure water treatment system, reverse osmosis cleaning system, the ultrapure water treatment system that are formed by the reverse osmosis membrane group, the water outlet of described soft water treatment system, pure water treatment system and ultrapure water treatment system is connected with soft water water intaking pipeline, pure water water intaking pipeline, ultrapure water water intaking pipeline respectively.Each system is according to the needs of water, but independent operating or synchronous operation.
The water source of described treatment system is a tap water, and tap water water pipe 41 is contacted logical mutually by magnetic valve 1 and inner water intake end of filling the more medium filter 2 of quartz sand, smokeless matchmaker's filtrate, and this is the primary water treatment system.The water side of more medium filter 2 is connected with the water intake end of activated charcoal filter 3, the water side of activated charcoal filter 3 is divided into two arms, one of them arm is connected with the feed-water end of the soft water treatment unit 5 of parallel connection, and another arm is connected with the cleaning return line 330 of reverse osmosis cleaning system by magnetic valve 4.Described activated charcoal filter 3 inner stopping composition are mainly gac.
Described soft water treatment unit 5 is two groups of parallel connections, and inside is ion exchange resin material.The sodium salt of high density is housed in the described sodium ion regenerating unit 40, and soft water treatment unit 5 is done the sodium salt of high density is sucked in it by siphon.Described calcium ions and magnesium ions gathering barrel 39 is mainly collected magnesium cation, calcium positively charged ion that sodium ion exchanges from the exchange resin in the soft water treatment unit 5.The water side of the soft water treatment unit 5 of described parallel connection is connected with the water intake end of security personnel's strainer 6, the water side of security personnel's strainer 6 is logical the feed-water end of soft water reserve tank 37 polyphone by magnetic valve 38, be changed to the pp material of 5 μ m micropores in described security personnel's strainer 6, this is the soft water treatment system.The water side of described soft water reserve tank 37 is communicated with soft water supply pump 7, ultraviolet sterilizer 8, ozonizer 9, ultimate filter 10, soft water tap 12, magnetic valve 11, soft water return line 110, soft water reserve tank 37 successively by soft water water intaking pipeline.Described automatically controlled water valve 120 is connected with the pilot circuit of magnetic valve 11 by middle controller (or PLC), and magnetic valve 11 is a normally off.The electrical signal of described upper limit water level sensor 36, lower limit water monitor 35 is connected with the pilot circuit of magnetic valve 1 with magnetic valve 38 by middle controller (or PLC).Be changed to the polysulfones material of 0.22 μ m micropore in the described ultimate filter 10.
Another water side of described soft water reserve tank 37, successively the feed-water end of one-level high-pressure pump 34, first-stage reverse osmosis film group 13 and the water intake end that produces the mouth of a river 131, magnetic valve 15, pure water reserve tank 16 are connected by water pipe, be changed to the aromatic polyamide matrix material in the described first-stage reverse osmosis film group 13, bacterium, virus, metal ion, salt, agricultural chemicals and various carcinogenic substances etc. in the filtering water of energy precision.This is the pure water treatment system.
The water side of described pure water reserve tank 16 is interconnected the backflow end of ultrapure water transfer pump 17, electric salt remover (or EDI) 18, ultraviolet sterilizer 19, ozonizer 20, ultimate filter 21, ultrapure water tap 23, magnetic valve 22, ultrapure water return line 220, pure water reserve tank 16 successively by water pipe.Described automatically controlled water valve 230 is connected with the pilot circuit of magnetic valve 22 by middle controller (or PLC), and magnetic valve 22 is normal closing condition.This is ultrapure water treatment system and water intaking pipeline thereof.
Another water side of described pure water reserve tank 16 is connected the backflow end of pure water transfer pump 29, ultraviolet sterilizer 28, ozonizer 27, ultimate filter 26, pure water tap 24, magnetic valve 25, pure water return line 250, pure water reserve tank 16 successively by pure water water intaking pipeline.Described automatically controlled water valve 240 is connected with the pilot circuit of magnetic valve 25 by middle controller (or PLC), and magnetic valve 25 is a normally off.The electrical signal of described upper limit water level sensor 31, lower limit water level sensor 30 is connected with the pilot circuit of one-level high-pressure pump 34 by middle controller (or PLC).
Described first-stage reverse osmosis film group 13, by in parallel or be combined in series, from its dense water out 130 water pipes in parallel successively magnetic valve 14, clean water tank 32, working shaft 33, the feed-water end that cleans return line 330, magnetic valve 4, soft water treatment unit 5 is connected.Described magnetic valve 14, magnetic valve 4 are normal closing condition, and this is the reverse osmosis cleaning system.
When using the integrated water treatment system of the utility model, this system is advanced to control to equipment by middle controller (or PLC).Host power switch 47 (as shown in Figure 2) is opened, press pure water treatment button 42, magnetic valve 1, magnetic valve 38 is an opened condition, magnetic valve 4, magnetic valve 14 is a closing condition, tap water is by water pipe process more medium filter 2, a large amount of fine particle in the water, suspended substance, colloid, impurity such as iron rust are by filtering, water passes through activated charcoal filter 3 again, a large amount of chlorine residue in the water, heterochromatic, peculiar smell, organism, microorganisms etc. are adsorbed filtering again, water enters into soft water treatment unit 5 again, a large amount of calcium magnesium cations are removed by the sodium ion exchange in the water, and institute's soft water that forms is by the strainer 6 of ensuring public security, with except that in anhydrating greater than 5 μ m particles, the final soft water that forms is stored in the soft water reserve tank 37 stand-by, when water level reached upper limit water level sensor 36, magnetic valve 1 cut out automatically, stopped the processing of primary water.
When needs use soft water, to press soft water and take button 44, soft water supply pump 7, ultraviolet sterilizer 8, ozonizer 9 are started working, and soft water is carried out sterilising treatment, and sterilize soft water via ultimate filter 10 this moment, flowed out by soft water tap 12 at last.If water intaking finishes, magnetic valve 120 cuts out, magnetic valve 11 is opened, and keeps soft water return line 110 and soft water reserve tank 37 unobstructed, sets up water cycle, grows the germ microorganism to prevent the water in the pipeline.
When needs use pure water, to press pure water and take button 45, one-level high-pressure pump 34 is started working, magnetic valve 15 is opened.When using this function for the first time, when the water level in the pure water reserve tank 16 reaches lower limit water level sensor 30, lower limit water level sensor 30 is given signal of middle controller (or PLC), make pure water transfer pump 29, ultraviolet sterilizer 28, ozonizer 27 start working, magnetic valve 25 cuts out, magnetic valve 240 is opened, and the pure water of last sterilising treatment is flowed out by pure water tap 12.If water intaking finishes, magnetic valve 240 cuts out, magnetic valve 25 is opened, and keeps soft water return line 250 and pure water reserve tank 16 unobstructed, sets up water cycle, grows the germ microorganism to prevent the water in the pipeline.
When the needs ultrapure water, press ultrapure water and take button 46, ultrapure water transfer pump 17, electric salt remover 18 (or EDI), ultraviolet Sterilizers 19, ozonizer 20, ultimate filter 21 are started working, magnetic valve 230 is opened, magnetic valve 22 cuts out, pure water in the pure water reserve tank 16 is via above-mentioned each device, obtain satisfactory ultrapure water, flow out by ultrapure water tap 23 at last.If water intaking finishes, magnetic valve 230 cuts out, magnetic valve 22 is opened, and keeps soft water return line 220 and pure water reserve tank 16 unobstructed, sets up water cycle, grows the germ microorganism to prevent the water in the pipeline.
When ultrapure water and pure water take finish after because the water level of pure water reserve tank 16 rises steadily, when water level reached upper limit water level sensor 31, magnetic valve 15 cut out, one-level high-pressure pump 34 quits work.When soft water take finish after because the water level of soft water reserve tank 37 rises steadily, when water level reached upper limit water level sensor 36, magnetic valve 1 cut out, and cut off the supply tap water.
When needs clean first-stage reverse osmosis film group 13, start reverse osmosis and clean button 43, middle controller (or PLC) will be closed magnetic valve 15 automatically, and working shaft 33, magnetic valve 14, magnetic valve 4 are opened.Cleaning water tank 32 water sides, the water that cleaned reverse osmosis membrane,, further allowing water be handled again so that use by cleaning the feed-water end that return line 330 is pumped back to soft water treatment unit 5 by working shaft 33.
Claims (10)
1. integrated water treatment system, comprise water treatment system and water intaking pipeline, it is characterized in that: described water treatment system is made of the soft water treatment system, pure water treatment system and the ultrapure water treatment system that are communicated with in turn, and the water outlet of described soft water treatment system, pure water treatment system and ultrapure water treatment system is connected with soft water water intaking pipeline, pure water water intaking pipeline, ultrapure water water intaking pipeline respectively.
2. integrated water treatment system according to claim 1, the water inlet pipe of described soft water treatment system is connected with the primary water treatment system, and described primary water treatment system comprises more medium filter and the activated charcoal filter that is communicated with in turn by water pipe.
3. integrated water treatment system according to claim 1, what described soft water treatment system comprised connection in turn is soft water treatment unit and security personnel's strainer of material with ion exchange resin, described pure water treatment system comprises first-stage reverse osmosis film group, and described ultrapure water treatment system comprises electric salt remover.
4. integrated water treatment system according to claim 3, the soft water treatment unit that two parallel connections are arranged in the described soft water treatment system, described pure water treatment system has the first-stage reverse osmosis film group of three groups of parallel connections.
5. integrated water treatment system according to claim 3, described soft water treatment system includes the soft water reserve tank, and the water outlet of described security personnel's strainer links to each other with the soft water reserve tank, and described soft water water intaking pipeline is communicated with the soft water reserve tank.
6. integrated water treatment system according to claim 3, described pure water treatment system includes the pure water reserve tank, and the product mouth of a river of described first-stage reverse osmosis film group and pure water reserve tank connect, and described pure water water intaking pipeline is communicated with the pure water reserve tank.
7. integrated water treatment system according to claim 1, described soft water water intaking pipeline, pure water water intaking pipeline, ultrapure water water intaking pipeline include ultraviolet sterilizer, ozonizer and the ultimate filter that is communicated with in turn.
8. according to claim 5 or 6 described integrated water treatment systems, described soft water water intaking pipeline, pure water water intaking pipeline are parallel with water return pipeline and are communicated with soft water reserve tank, pure water reserve tank respectively; Described ultrapure water water intaking pipeline is parallel with water return pipeline, and described water return pipeline is communicated with the pure water reserve tank.
9. integrated water treatment system according to claim 3, comprise the reverse osmosis cleaning system in the described water treatment system, described reverse osmosis cleaning system comprises that one cleans water tank, reverse osmosis cleaning system one end is connected with the dense water out of first-stage reverse osmosis film group, and the other end is connected with the water-in of soft water treatment unit.
10. according to claim 5 or 6 described integrated water treatment systems, described soft water reserve tank is equipped with upper limit water level sensor in the pure water reserve tank, the lower limit water level sensor, described upper limit water level sensor, the lower limit water level sensor is electrically connected with magnetic valve by middle controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201715615U CN201704140U (en) | 2010-04-27 | 2010-04-27 | Integrated water treatment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201715615U CN201704140U (en) | 2010-04-27 | 2010-04-27 | Integrated water treatment system |
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| CN201704140U true CN201704140U (en) | 2011-01-12 |
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| CN2010201715615U Expired - Fee Related CN201704140U (en) | 2010-04-27 | 2010-04-27 | Integrated water treatment system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105236661A (en) * | 2015-11-13 | 2016-01-13 | 江苏理工学院 | System and method for preparing ultrapure water with zero wastewater discharge |
| CN105502751A (en) * | 2016-02-18 | 2016-04-20 | 佛山市雅洁源科技股份有限公司 | Comprehensive treatment device for medical water |
| CN114149089A (en) * | 2021-12-14 | 2022-03-08 | 中国人民解放军陆军军医大学第一附属医院 | Medical equipment decontamination water recycling system and method |
-
2010
- 2010-04-27 CN CN2010201715615U patent/CN201704140U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105236661A (en) * | 2015-11-13 | 2016-01-13 | 江苏理工学院 | System and method for preparing ultrapure water with zero wastewater discharge |
| CN105236661B (en) * | 2015-11-13 | 2017-12-19 | 江苏理工学院 | System and method for preparing ultrapure water with zero wastewater discharge |
| CN105502751A (en) * | 2016-02-18 | 2016-04-20 | 佛山市雅洁源科技股份有限公司 | Comprehensive treatment device for medical water |
| CN114149089A (en) * | 2021-12-14 | 2022-03-08 | 中国人民解放军陆军军医大学第一附属医院 | Medical equipment decontamination water recycling system and method |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110112 Termination date: 20190427 |
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| CF01 | Termination of patent right due to non-payment of annual fee |