CN208532415U - Purify water treatment facilities - Google Patents

Abstract

The utility model relates to medicine production sewerage disposing fields, especially purify water treatment facilities, including a source water end (W.E.), in source, the downstream of water end (W.E.) passes through one primary filter component of pipeline connection, there is level-one water treatment component by piping connection in the downstream of primary filter component, has second level water treatment component in the downstream connection of level-one water treatment component；The outlet end of the second level water treatment component is connected with a purifying pond, and the outlet end for purifying pond is connected by pipeline with outside supply workshop；It is equipped with level-one high-pressure pump on pipeline between source water end (W.E.) and primary filter component, is equipped with second level high-pressure pump on the pipeline between level-one water treatment component and second level water treatment component.The design of its water treatment steps rationally, to tap water carry out multistep in purification process in conjunction with mode improve the quality of final purified water, significantly reduce the content of the various magazines and particle foreign matter in water, more effectively meet the demand made up a prescription and used.

Description

Purify water treatment facilities

Technical field

The utility model relates to medicine production sewerage disposing fields, especially purifying water treatment facilities.

Background technique

It usually requires to use a certain amount of softened water during progress veterinary drug or forage compounding additive make up a prescription preparation, The quality of softened water has important influence to the quality made up a prescription prepared by the later period during pharmacy.Because routine is originally Needed for the content of material and characteristic of water are unable to satisfy and make up a prescription, at the mode for generalling use anti-penetration wastewater disposal at present Reason, can finally reach veterinary drug or forage compounding additive make up a prescription during preparation needed for standard and index.But Now when carrying out softening to tap water and reaching purified water usually in its treatment process design is unreasonable, treated water Contain more impurity and be unable to reach required requirement of making up a prescription in portion；Treatment effect is very poor, it is clear that existing purified water processing mode Can not more effectively meet the needs of production.

Utility model content

Purifying water treatment facilities provided by the utility model, water treatment steps design rationally, are purified to tap water In the process multistep in conjunction with mode improve the quality of final purified water, significantly reduce various magazines and the particle in water The content of foreign matter more effectively meets the demand made up a prescription and used, solves problems of the prior art.

Used technical solution is the utility model to solve above-mentioned technical problem: purifying water treatment facilities, including one Source water end (W.E.), in source, the downstream of water end (W.E.) passes through pipeline in the downstream of primary filter component by one primary filter component of pipeline connection It is connected with level-one water treatment component, has second level water treatment component in the downstream connection of level-one water treatment component；At the second level water The outlet end for managing component is connected with a purifying pond, and the outlet end for purifying pond is connected by pipeline with outside supply workshop；? Pipeline between source water end (W.E.) and primary filter component is equipped with level-one high-pressure pump, in level-one water treatment component and second level water process group Pipeline between part is equipped with second level high-pressure pump.

The primary filter component is an accurate filter.

The level-one water treatment component includes several first-stage reverse osmosis films with shell, end cap；Each level-one reverse osmosis Permeable membrane component is connected in parallel respectively；The both ends of each first-stage reverse osmosis film pass through the general pipeline of multi-pass pipe and corresponding pipeline respectively Connection；Level-one valve is respectively equipped on each branch pipe of the multi-pass pipe of each first-stage reverse osmosis film upstream.

The second level water treatment component includes several two-pass reverse osmosis films with shell, end cap；Each second level reverse osmosis Permeable membrane component is connected in parallel respectively；The both ends of each two-pass reverse osmosis film pass through the general pipeline of multi-pass pipe and corresponding pipeline respectively Connection；Second level valve is respectively equipped on each branch pipe of the multi-pass pipe of each two-pass reverse osmosis film upstream.

A quartz filter is equipped on pipeline between primary filter component and level-one water treatment component.

An active carbon filter is equipped on pipeline between primary filter component and level-one water treatment component.

An intermediate water tank, the intermediate water are equipped on pipeline between level-one water treatment component and second level water treatment component Case is located at the upstream of second level high-pressure pump.

A sterilizer is equipped on pipeline between purifying pond and external supply workshop.

A source water conductivity sensor is equipped on the pipeline being connected with source water end (W.E.).

A pure water conductivity sensor is equipped on the pipeline being connected with the water inlet in purifying pond.

Beneficial effect possessed by the utility model is that water treatment steps design is reasonable, cleaned to tap water progress The quality of water process can be effectively provided by setting level-one water treatment component and second level water treatment component in journey；In water process During first pass around accurate filter to the impurity in water carry out preliminary filtering, removal；Into this step is crossed, treated Water quality can obtain certain promotion；Then using quartz filter go it is small except granule foreign, by active carbon filtering Device adsorb water in small foreign matter, finally make water quality after entering the phase level-one water treatment component Yu second level water treatment component it Before improved to the greatest extent, therefore the operation that can be effectively reduced level-one water treatment component and second level water treatment component is negative Load；Because level-one water treatment component and the reverse osmosis membrane price in second level water treatment component are relatively expensive, occur after damaging just Repair and replacement are carried out to it, thus higher cost；Accurate filter, quartz filter, work are used in present this programme Mode that property carbon filter combines in advance promotes water quality, expensive reverse osmosis so as to effectively extend Film uses the time；In addition, the price phase of filter membrane used in accurate filter, quartz filter, active carbon filter For the former inexpensively, to significantly reduce cost, final purified water is improved in conjunction with by the way of using multistep Quality, significantly reduce the content of the various magazines and particle foreign matter in water, can effectively meet needed for the later period makes up a prescription, The demand made up a prescription and used more effectively is met, solves problems of the prior art.

Detailed description of the invention

Fig. 1 is the connection relationship diagram of the utility model.

In figure, 1, source water end (W.E.)；2, pipeline；3, primary filter component；301, accurate filter；4, level-one water process group Part；401, first-stage reverse osmosis film；402, level-one valve；5, second level water treatment component；501, two-pass reverse osmosis film；502, second level Valve；6, pond is purified；7, external supply workshop；8, level-one high-pressure pump；9, second level high-pressure pump；10, multi-pass pipe；11, quartz sand Filter；12, active carbon filter；13, intermediate water tank；14, sterilizer；15, source water conductivity sensor；16, pure water conductance Rate sensor.

Specific embodiment

In order to clarify the technical characteristics of the invention, below by specific embodiment, and its attached drawing is combined, to this reality It is described in detail with novel.

As shown in fig. 1, water treatment facilities, including a source water end (W.E.) 1 are purified, the downstream of water end (W.E.) 1 is connected to by pipeline 2 in source One primary filter component 3 is connected with level-one water treatment component 4 by pipeline 2 in the downstream of primary filter component 3, in level-one water The downstream connection of processing component 4 has second level water treatment component 5；The outlet end of the second level water treatment component 5 and a purifying pond 6 It is connected, the outlet end in purifying pond 6 is connected by pipeline 2 with outside supply workshop 7；In source water end (W.E.) 1 and primary filter component 3 it Between pipeline 2 be equipped with level-one high-pressure pump 8, set on the pipeline 2 between level-one water treatment component 4 and second level water treatment component 5 There is second level high-pressure pump 9, setting level-one high-pressure pump 8 and second level high-pressure pump 9 may be implemented two high-pressure pumps and realize friendship in entire pipeline 2 The boosting replaced is suppressed, so as to effectively guarantee water flow entering level-one water treatment component 4, second level water treatment component 5 is protected Hold sufficient pressure；It carries out in purification process to tap water through setting level-one water treatment component 4 and second level water treatment component 5 The quality of water process can be effectively provided；Accurate filter 301 is first passed around during water process to the impurity in water Carry out preliminary filtering, removal；Into this step is crossed, treated that water quality can obtain certain promotion；Then using quartz sand mistake Filter 11 go it is small adsorb the small foreign matter in water except granule foreign, by active carbon filter 12, finally water quality is existed It is improved to the greatest extent before into the level-one water treatment component 4 and second level water treatment component 5 in later period, therefore can be effective Ground reduces level-one water treatment component 4 and the operation of second level water treatment component 5 is born；Because of level-one water treatment component 4 and second level water Reverse osmosis membrane price in processing component 5 is relatively expensive, occur damage after will carry out repair and replacement to it, thus cost compared with It is high；In present this programme in such a way that accurate filter 301, quartz filter 11, active carbon filter 12 combine Water quality is promoted in advance, uses the time so as to effectively extend expensive reverse osmosis membrane；In addition, accurate Filter 301, quartz filter 11, filter membrane used in active carbon filter 12 price with respect to for the former more just Preferably, to significantly reduce cost.

The primary filter component 3 is an accurate filter 301；Accurate filter 301 can efficiently filter out source water In biggish impurity.

The level-one water treatment component 4 includes several first-stage reverse osmosis films 401 with shell, end cap；Each level-one 401 component of reverse osmosis membrane is connected in parallel respectively；The both ends of each first-stage reverse osmosis film 401 pass through the general pipeline of multi-pass pipe 10 respectively It is connected to corresponding pipeline 2；Level-one valve is respectively equipped on each branch pipe of the multi-pass pipe 10 of each 401 upstream of first-stage reverse osmosis film 402；Multiple groups first-stage reverse osmosis film 401 is respectively adopted mode in parallel and can be worked at the same time at work to increase water yield, and one Can also be closed by the level-one valve 402 closed on current branch pipe when some failure of denier, can individually into Row replacement does not influence equipment normal operation.

The second level water treatment component 5 includes several two-pass reverse osmosis films 501 with shell, end cap；Each second level 501 component of reverse osmosis membrane is connected in parallel respectively；The both ends of each two-pass reverse osmosis film 501 pass through the general pipeline of multi-pass pipe 10 respectively It is connected to corresponding pipeline 2；Second level valve is respectively equipped on each branch pipe of the multi-pass pipe 10 of each 501 upstream of two-pass reverse osmosis film 502；Multiple groups two-pass reverse osmosis film 501 is respectively adopted mode in parallel and can be worked at the same time at work to increase water yield, and one Can also be closed by the second level valve 502 closed on current branch pipe when some failure of denier, can individually into Row replacement does not influence equipment normal operation.

A quartz filter 11 is equipped on pipeline 2 between primary filter component 3 and level-one water treatment component 4；It can With for re-filtering to the impurity particle in water flow, accurate filter 301 is cooperated to realize the protection to reverse osmosis membrane.

An active carbon filter 12 is equipped on pipeline 2 between primary filter component 3 and level-one water treatment component 4；It can With, absorption for re-filtering to the impurity foreign matter in water flow, cooperation accurate filter 301, quartz filter 11 come as far as possible Protection of the water quality realization to reverse osmosis membrane is improved, subsequent maintenance cost is reduced.

An intermediate water tank 13 is equipped on pipeline 2 between level-one water treatment component 4 and second level water treatment component 5, it is described Intermediate water tank 13 is located at the upstream of second level high-pressure pump 9；When source water is by the preliminary treatment of reverse osmosis membrane in level-one water treatment component 4 Afterwards, there is certain reduction after its pressure when by the first-stage reverse osmosis of each densification, setting intermediate water tank 13 carries out it once It boosts after intermediate transition processing by second level high-pressure pump 9, level-one high-pressure pump 8, second level high pressure can be reduced on the whole The workload of pump 9 enables level-one high-pressure pump 8, second level high-pressure pump 9 for a long time in normal range of operation, and extending it makes Use the service life.

A sterilizer 14 is equipped on pipeline 2 between purifying pond 6 and external supply workshop 7；When pure water will to for Pass through the water quality that can guarantee into workshop that sterilizes again when workshop conveys.

A source water conductivity sensor 15 is equipped on the pipeline 2 being connected with source water end (W.E.) 1；Can detection promptly and accurately into The conductivity of the source water entered needs replacing the big of various films so as to the water quality and later period accurately to grasp current source water The general time cycle.

A pure water conductivity sensor 16 is equipped on the pipeline 2 being connected with the water inlet in purifying pond 6；It can be quasi- in time The conductivity for the pure water that true detection is made, so as to accurately come grasp the water quality of current pure water whether meet the requirements with And whether current various films need replacing or clean.

The design of present apparatus water treatment steps rationally, carries out in purification process to tap water through setting level-one water process group Part 4 and second level water treatment component 5 can effectively provide the quality of water process；Accurate mistake is first passed around during water process Filter 301 carries out preliminary filtering, removal to the impurity in water；Into this step is crossed, treated that water quality can obtain certain mention It rises；Then using quartz filter 11 go it is small adsorb except granule foreign, by active carbon filter 12 it is micro- in water Small foreign matter obtains maximum journey before the level-one water treatment component 4 Yu second level water treatment component 5 of finally make water quality phase after entering The raising of degree, therefore the operation that can be effectively reduced level-one water treatment component 4 and second level water treatment component 5 is born；Because one Grade water treatment component 4 and the reverse osmosis membrane price in second level water treatment component 5 it is relatively expensive, occur damage after will to its into Row repair and replacement, thus higher cost；Accurate filter 301, quartz filter 11, active carbon are used in present this programme The mode that filter 12 combines in advance promotes water quality, so as to effectively extending expensive reverse osmosis membrane Use the time；In addition, the valence of filter membrane used in accurate filter 301, quartz filter 11, active carbon filter 12 Lattice using multistep for the former in conjunction with by the way of with respect to inexpensively, to significantly reduce cost, being improved final pure The quality for changing water, significantly reduces the content of the various magazines and particle foreign matter in water, can effectively meet the later period and make up a prescription It is required.

Above-mentioned specific embodiment cannot function as the limitation to scope of protection of the utility model, for the skill of the art For art personnel, any alternate modification or transformation made to the utility model embodiment all fall within the guarantor of the utility model It protects in range.

Place is not described in detail for the utility model, is the well-known technique of those skilled in the art of the present technique.

Claims (10)

1. purifying water treatment facilities, it is characterised in that: including a source water end (W.E.), in source, the downstream of water end (W.E.) is primary by pipeline connection one Filter element has level-one water treatment component by piping connection in the downstream of primary filter component, in level-one water treatment component Downstream connection has second level water treatment component；The outlet end of the second level water treatment component is connected with a purifying pond, purifies pond Outlet end be connected by pipeline with external workshop of supplying；Level-one is equipped on pipeline between source water end (W.E.) and primary filter component High-pressure pump is equipped with second level high-pressure pump on the pipeline between level-one water treatment component and second level water treatment component.

2. purifying water treatment facilities according to claim 1, it is characterised in that: the primary filter component is an accurate mistake Filter.

3. purifying water treatment facilities according to claim 2, it is characterised in that: the level-one water treatment component includes several A first-stage reverse osmosis film with shell, end cap；Each first-stage reverse osmosis membrane module is connected in parallel respectively；Each level-one reverse osmosis The both ends of permeable membrane pass through the general pipeline of multi-pass pipe and corresponding pipeline connection respectively；Multi-pass pipe in each first-stage reverse osmosis film upstream Level-one valve is respectively equipped on each branch pipe.

4. purifying water treatment facilities according to claim 3, it is characterised in that: the second level water treatment component includes several A two-pass reverse osmosis film with shell, end cap；Each two-pass reverse osmosis membrane module is connected in parallel respectively；Each second level reverse osmosis The both ends of permeable membrane pass through the general pipeline of multi-pass pipe and corresponding pipeline connection respectively；Multi-pass pipe in each two-pass reverse osmosis film upstream Second level valve is respectively equipped on each branch pipe.

5. purifying water treatment facilities according to claim 1, it is characterised in that: in primary filter component and level-one water process Pipeline between component is equipped with a quartz filter.

6. purifying water treatment facilities according to claim 2, it is characterised in that: in primary filter component and level-one water process Pipeline between component is equipped with an active carbon filter.

7. purifying water treatment facilities according to claim 6, it is characterised in that: at level-one water treatment component and second level water The pipeline managed between component is equipped with an intermediate water tank, and the intermediate water tank is located at the upstream of second level high-pressure pump.

8. purifying water treatment facilities according to claim 1, it is characterised in that: purifying pond and external supply workshop it Between pipeline be equipped with a sterilizer.

9. purifying water treatment facilities according to claim 1, it is characterised in that: be equipped on the pipeline being connected with source water end (W.E.) One source water conductivity sensor.

10. purifying water treatment facilities according to claim 1, it is characterised in that: be connected with the water inlet in purifying pond Pipeline be equipped with a pure water conductivity sensor.