CN213314350U - Multipurpose membrane system rinse-system - Google Patents
Multipurpose membrane system rinse-system Download PDFInfo
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- CN213314350U CN213314350U CN202021652876.1U CN202021652876U CN213314350U CN 213314350 U CN213314350 U CN 213314350U CN 202021652876 U CN202021652876 U CN 202021652876U CN 213314350 U CN213314350 U CN 213314350U
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Abstract
The utility model relates to the technical field of deep treatment of percolate, in particular to a multipurpose membrane system flushing system which is provided with a reclaimed water system and a flushing system, wherein the reclaimed water system comprises a nanofiltration water production RO system, a concentrated water RO system and a second-level RO system, and is characterized in that the nanofiltration water production RO system, the concentrated water RO system and the second-level RO system are respectively communicated with a water inlet of a second-level raw water tank, the nanofiltration water production RO system, the concentrated water RO system and the second-level RO system are respectively connected with the flushing system, the flushing system comprises a cleaning tank, a cleaning pump, valves, a flushing water inlet main pipe, a flushing water outlet main pipe, a nanofiltration flushing inlet pipe, a concentrated water flushing inlet pipe, a second-level flushing inlet pipe, a nanofiltration flushing outlet pipe, a second-level flushing outlet pipe and a cleaning water pipe, and liquid medicine flushing or clear water flushing is respectively realized through the opening and closing of the cleaning pump and each, has the advantages of simple structure, time saving, water and medicine saving, good flushing effect, high flushing efficiency and the like.
Description
Technical Field
The utility model belongs to the technical field of the filtration liquid advanced treatment technique and specifically relates to a simple structure, save time, using water wisely medicine, wash effectual, the high multipurpose membrane system rinse-system of washing efficiency.
Background
As is well known, the reclaimed water system comprises a nanofiltration water production RO system, a concentrated water RO system and a secondary RO system, wherein each system left when a group of equipment needs chemical cleaning needs to be stopped, medicines need to be added for many times in the cleaning process, clean water needs to be added for cleaning after a group of equipment is cleaned, and each group of equipment needs to go through the process once, so that the problems of low cleaning efficiency, time waste and water waste are caused.
Disclosure of Invention
The utility model aims at solving the defects of the prior art and providing a multipurpose membrane system flushing system which has simple structure, saves time, saves water and medicine, has good flushing effect and high flushing efficiency.
The utility model provides a technical scheme that its technical problem adopted is:
a multi-purpose membrane system flushing system is provided with a reclaimed water system and a flushing system, wherein the reclaimed water system comprises a nanofiltration water production RO system, a concentrated water RO system and a second-stage RO system, and is characterized in that the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively communicated with a water production main pipe through a nanofiltration water pipe, a concentrated water pipe and a second-stage water pipe, the water production main pipe is communicated with a water inlet of a second-stage raw water tank, the nanofiltration water pipe, the concentrated water pipe and the second-stage water pipe are respectively provided with a nanofiltration water valve, a concentrated water valve and a second-stage water valve, the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively connected with the flushing system, and the flushing system comprises a cleaning tank, a cleaning pump, a valve, a flushing water inlet main pipe, a flushing water outlet main pipe, a nanofiltration flushing water inlet pipe, a concentrated water flushing, A second-stage flushing outlet pipe and a cleaning water pipe, wherein the water outlet of the cleaning tank is respectively communicated with the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe through a flushing outlet main pipe, the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe are respectively communicated with the flushing inlets of the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system, the flushing outlets of the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively communicated with the flushing outlet main pipe through the nanofiltration flushing outlet pipe, the concentrated water flushing outlet pipe and the second-stage flushing outlet pipe, the flushing outlet main pipe is communicated with the water inlet of the cleaning tank, the flushing outlet main pipe is provided with a cleaning pump and a cleaning main valve, the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe are respectively provided with a cleaning valve, the concentrated water cleaning valve and the second-stage cleaning valve, and the cleaning outlet main pipe between the cleaning pump and the, the cleaning water pipe is respectively communicated with the secondary raw water tank and the washing water outlet main pipe, a cleaning water valve is arranged on the cleaning water pipe, and liquid medicine washing or clear water washing is realized through opening and closing of the cleaning pump, the cleaning main valve and the cleaning water valve.
Second grade former water pitcher and second grade RO system between be equipped with second grade reverse osmosis tube, second grade reverse osmosis tube's both ends are connected with second grade former water pitcher and second grade RO system respectively, be equipped with booster pump and second grade valve on the second grade reverse osmosis tube, make the water second grade reverse osmosis once more in the second grade former water pitcher through booster pump and second grade valve on the second grade reverse osmosis tube, and then the quality of water in the control second grade former water pitcher is qualified, prevents that inside water from producing the damage to the osmotic membrane.
Former water pitcher of second grade on be linked together with the running water inlet tube, supply the water in the former water pitcher of second grade through the running water inlet tube, guarantee the cleaning performance.
Wash out the water header on be equipped with the branch pipe of wasting discharge, the branch pipe of wasting discharge is linked together with washing out the water header, is equipped with the valve of wasting discharge on the branch pipe of wasting discharge, can be with the waste liquid discharge after wasing through the branch pipe of wasting discharge.
The water inlet valve is arranged on the flushing water main pipe between the waste discharge branch pipe and the cleaning tank, and the water after cleaning is controlled by the water inlet valve to enter the cleaning tank or not.
The utility model is characterized in that the nanofiltration water production RO system, the concentrated water RO system and the second-level RO system are respectively communicated with the water production main pipe through the nanofiltration water pipe, the concentrated water pipe and the second-level water pipe, the water production main pipe is communicated with the water inlet of the second-level raw water tank, the nanofiltration water pipe, the concentrated water pipe and the second-level water pipe are respectively provided with the nanofiltration water valve, the concentrated water valve and the second-level water valve, the nanofiltration water production RO system, the concentrated water RO system and the second-level RO system are respectively connected with the flushing system, the flushing system comprises a cleaning tank, a cleaning pump, a valve, a flushing water inlet main pipe, a flushing water outlet main pipe, a nanofiltration flushing water inlet pipe, a concentrated water flushing inlet pipe, a second-level flushing inlet pipe, a nanofiltration flushing outlet pipe, a second-level flushing outlet pipe and a cleaning water pipe, the water outlet of the cleaning tank is respectively communicated with the nanofiltration flushing inlet pipe, the concentrated water flushing, the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the secondary flushing inlet pipe are respectively communicated with flushing inlets of a nanofiltration water production RO system, a concentrated water RO system and a secondary RO system, flushing outlets of the nanofiltration water production RO system, the concentrated water RO system and the secondary RO system are respectively communicated with a flushing outlet main pipe through a nanofiltration flushing outlet pipe, a concentrated water flushing outlet pipe and a secondary flushing outlet pipe, the flushing outlet main pipe is communicated with a water inlet of a cleaning tank, a cleaning pump and a cleaning main valve are arranged on the flushing outlet main pipe, a nanofiltration cleaning valve, a concentrated water cleaning valve and a secondary cleaning valve are respectively arranged on the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the secondary flushing inlet pipe, a cleaning water pipe is arranged on the flushing main pipe between the cleaning pump and the cleaning main valve, the cleaning water pipe is respectively communicated with a secondary raw water tank and the flushing outlet main pipe, and a cleaning water valve is arranged on the cleaning water pipe, the two-stage reverse osmosis device is characterized in that liquid medicine flushing or clear water flushing is realized through opening and closing of a cleaning pump, a cleaning main valve and a cleaning water valve respectively, a second-stage reverse osmosis pipe is arranged between a second-stage raw water tank and a second-stage RO system, two ends of the second-stage reverse osmosis pipe are connected with the second-stage raw water tank and the second-stage RO system respectively, a booster pump and a second-stage valve are arranged on the second-stage reverse osmosis pipe, water in the second-stage raw water tank is subjected to second-stage reverse osmosis again through the booster pump and the second-stage valve on the second-stage reverse osmosis pipe, water quality in the second-stage raw water tank is controlled to be qualified, damage of internal water to the osmotic membrane is prevented, the second-stage raw water tank is communicated with a tap water inlet pipe, water in the second-stage raw water tank is supplemented through the tap water inlet pipe, a cleaning effect is ensured, a waste, the flushing water main pipe between the waste discharge branch pipe and the cleaning tank is provided with a water inlet valve, and the water inlet valve is used for controlling whether the cleaned water enters the cleaning tank or not.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings:
as shown in the attached drawing, the multipurpose membrane system flushing system is provided with a reclaimed water system and a flushing system, wherein the reclaimed water system comprises a nanofiltration water production RO system 1, a concentrated water RO system 2 and a secondary RO system 3, and is characterized in that the nanofiltration water production RO system 1, the concentrated water RO system 2 and the secondary RO system 3 are respectively communicated with a water production main pipe 7 through a nanofiltration water pipe 4, a concentrated water pipe 5 and a secondary water pipe 6, the water production main pipe 7 is communicated with a water inlet of a secondary raw water tank 8, the nanofiltration water pipe 4, the concentrated water pipe 5 and the secondary water pipe 6 are respectively provided with a nanofiltration water valve A, a concentrated water valve B and a secondary water valve C, the nanofiltration water production RO system 1, the concentrated water RO system 2 and the secondary RO system 3 are respectively connected with the flushing system, and the flushing system comprises a cleaning tank 9, a cleaning pump 10, a valve, a flushing water inlet main pipe 11 and a flushing water outlet main pipe 12, A nanofiltration flushing inlet pipe 13, a concentrated water flushing inlet pipe 14, a secondary flushing inlet pipe 15, a nanofiltration flushing outlet pipe 16, a concentrated water flushing outlet pipe 17, a secondary flushing outlet pipe 18 and a cleaning water pipe 19, wherein the water outlet of the cleaning tank 9 is respectively communicated with the nanofiltration flushing inlet pipe 13, the concentrated water flushing inlet pipe 14 and the secondary flushing inlet pipe 15 through a flushing outlet main pipe 12, the nanofiltration flushing inlet pipe 13, the concentrated water flushing inlet pipe 14 and the secondary flushing inlet pipe 15 are respectively communicated with the flushing inlets of a nanofiltration produced water RO system 1, a concentrated water RO system 2 and a secondary RO system 3, the flushing outlets of the nanofiltration produced water RO system 1, the concentrated water RO system 2 and the secondary RO system 3 are respectively communicated with a flushing outlet main pipe 12 through the nanofiltration flushing outlet pipe 16, the concentrated water flushing outlet pipe 17 and the secondary flushing outlet pipe 18, the flushing outlet main pipe 12 is communicated with the water inlet of the cleaning tank, the flushing outlet main pipe 12 is provided with a cleaning pump 10 and a cleaning main valve D, a nanofiltration washing inlet pipe 13, a concentrated water washing inlet pipe 14 and a secondary washing inlet pipe 15 are respectively provided with a nanofiltration washing valve E, a concentrated water washing valve F and a secondary washing valve G, a washing outlet main pipe 12 between a washing pump 10 and a washing main valve D is provided with a washing water pipe 19, the washing water pipe 19 is respectively communicated with a secondary raw water tank 8 and the washing outlet main pipe 12, the washing water pipe 19 is provided with a washing water valve H which respectively realizes liquid medicine washing or clear water washing through the opening and closing of the washing pump 10, the washing main valve D and the washing water valve H, a secondary reverse osmosis pipe 20 is arranged between the secondary raw water tank 8 and the secondary RO system 3, two ends of the secondary reverse osmosis pipe 20 are respectively connected with the secondary raw water tank 8 and the secondary RO system 3, the secondary reverse osmosis pipe 20 is provided with a booster pump 21 and a secondary valve I, and water in the secondary raw water tank 8 is subjected to secondary reverse osmosis through the booster pump 21 and the secondary valve I on the secondary reverse osmosis pipe 20, and then control the quality of water in the second grade former water pitcher 8 qualified, prevent that inside water from producing the damage to the osmotic membrane, second grade former water pitcher 8 on be linked together with running water inlet tube 22, replenish the water in the second grade former water pitcher 8 through running water inlet tube 22, guarantee the cleaning performance, washing outlet header pipe 12 on be equipped with the branch pipe 23 that wastes discharge, the branch pipe 23 that wastes discharge is linked together with washing outlet header pipe 12, be equipped with waste discharge valve J on the branch pipe 23 that wastes discharge, can discharge the waste liquid after wasing through the branch pipe 23 that wastes discharge, the branch pipe 23 that wastes discharge and wash the outlet header pipe 12 between the jar 9 on be equipped with water intaking valve K, whether water after wasing gets into the jar 9 through water intaking valve K control.
The utility model discloses when using, because receive and strain product water RO system 1, dense water RO system 2, second grade RO system 3 works respectively, the raw water that its produced gets into the interior storage of second grade raw water jar 8, produce water RO system 1 when needs are being received and strain respectively, dense water RO system 2, when second grade RO system 3 carries out the membrane system and washs, can utilize the raw water in the second grade raw water jar 8 to receiving and strain product water RO system 1 after the liquid medicine washs the completion, dense water RO system 2, second grade RO system 3 washs respectively, when the liquid medicine washs, add the liquid medicine in wasing jar 9, the water in wasing jar 9 can add through external water system, also can be through opening cleaning pump 10, wash water valve H and water intaking valve K, make the water washing wash after to adding in wasing jar 9, wash after the liquid medicine configuration in jar 9 is accomplished, open and wash total valve D, cleaning pump 10, open respectively again and strain cleaning valve E, The concentrated water cleaning valve F and the second-stage cleaning valve G respectively clean the nanofiltration water production RO system 1, the concentrated water RO system 2 and the second-stage RO system 3, waste liquid after cleaning can be opened to the water inlet valve K to circulate in the cleaning tank 9, the waste water discharge valve J can be opened to discharge through a waste water discharge pipe, when clear water washing is needed, the cleaning water valve H and the cleaning pump 10 are opened, the nanofiltration cleaning valve E, the concentrated water cleaning valve F and the second-stage cleaning valve G are respectively opened to respectively clean the nanofiltration water production RO system 1, the concentrated water RO system 2 and the second-stage RO system 3, clear water in the second-stage raw water tank 8 is used for cleaning the nanofiltration water production RO system 1, the concentrated water RO system 2 and the second-stage RO system 3, the clear water can be directly discharged through opening the waste water discharge valve J after cleaning is finished, water can also enter the cleaning tank 9 to be supplemented, and the nanofiltration water production RO system 1, the concentrated water RO system 2, the concentrated water, The two-stage RO system 3 needs to be cleaned respectively when being cleaned, one group of equipment needs to be cleaned, and the other two groups of equipment need to be stopped to operate, therefore, in the cleaning process, the liquid in the cleaning tank 9 is replaced when each group is cleaned, only the liquid medicine and clean water need to be cleaned respectively through the two-stage raw water tank 8 and the cleaning tank 9, no multiple dispensing is needed, no multiple water adding is needed, and when the water quality in the two-stage raw water tank 8 is unqualified, the water in the two-stage raw water tank 8 can be subjected to reverse osmosis again through the booster pump 21 and the two-stage valve I, the qualification of the water quality is ensured, and the safety of reverse osmosis membranes in the nanofiltration water production RO system 1, the concentrated water RO system 2 and the two-stage RO system 3 is further ensured, the utility model is characterized in that the nanofiltration water production RO system 1, the concentrated water RO system 2 and the two-stage RO system 3 are respectively communicated with the water production main, the nanofiltration water production main pipe 7 is communicated with a water inlet of a secondary raw water tank 8, the nanofiltration water production RO system 1, the concentrated water RO system 2 and the secondary RO system 3 are respectively connected with a flushing system, the flushing system comprises a cleaning tank 9, a cleaning pump 10, a valve, a flushing inlet main pipe 11, a flushing outlet main pipe 12, a nanofiltration flushing inlet pipe 13, a concentrated water flushing inlet pipe 14, a secondary flushing inlet pipe 15, a nanofiltration flushing outlet pipe 16, a concentrated water flushing outlet pipe 17, a secondary flushing outlet pipe 18 and a cleaning water pipe 19, a water outlet of the cleaning tank 9 is respectively communicated with the nanofiltration flushing inlet pipe 13, the concentrated water flushing inlet pipe 14 and the secondary flushing inlet pipe 15 through the flushing outlet main pipe 12, and the nanofiltration flushing inlet pipe 13, the concentrated water flushing inlet pipe 14 and the secondary flushing inlet pipe 15 are respectively communicated with the nanofiltration water production RO system 1 and the secondary raw water tank 8, The washing inlets of the concentrated water RO system 2 and the second-stage RO system 3 are communicated, the washing outlets of the nanofiltration water RO system 1, the concentrated water RO system 2 and the second-stage RO system 3 are respectively communicated with a washing main water pipe 12 through a nanofiltration washing outlet pipe 16, a concentrated water washing outlet pipe 17 and a second-stage washing outlet pipe 18, the washing main water pipe 12 is communicated with the water inlet of a washing tank, the washing main water pipe 12 is provided with a washing pump 10 and a washing main valve D, the nanofiltration washing inlet pipe 13, the concentrated water washing inlet pipe 14 and the second-stage washing inlet pipe 15 are respectively provided with a nanofiltration washing valve E, a concentrated water washing valve F and a second-stage washing valve G, the washing main water pipe 12 between the washing pump 10 and the washing main valve D is provided with a washing water pipe 19, the washing water pipe 19 is respectively communicated with the second-stage raw water tank 8 and the washing main water pipe 12, the washing water pipe 19 is provided with a washing water valve H, and the washing water valve, The opening and closing of the cleaning main valve D and the cleaning water valve H realize liquid medicine washing or clear water washing, a second-stage reverse osmosis pipe 20 is arranged between the second-stage raw water tank 8 and the second-stage RO system 3, two ends of the second-stage reverse osmosis pipe 20 are respectively connected with the second-stage raw water tank 8 and the second-stage RO system 3, a booster pump 21 and a second-stage valve I are arranged on the second-stage reverse osmosis pipe 20, water in the second-stage raw water tank 8 is subjected to second-stage reverse osmosis again through the booster pump 21 and the second-stage valve I on the second-stage reverse osmosis pipe 20, so that the water quality in the second-stage raw water tank 8 is controlled to be qualified, the damage of the permeable membrane caused by internal water is prevented, the second-stage raw water tank 8 is communicated with a tap water inlet pipe 22, the water in the second-stage raw water tank 8 is supplemented through the tap water inlet pipe 22, the waste discharge branch pipe 23 is provided with a waste discharge valve J, waste liquid after cleaning can be discharged through the waste discharge branch pipe 23, and the device has the advantages of simple structure, time saving, water and medicine saving, good washing effect, high washing efficiency and the like.
Claims (5)
1. A multi-purpose membrane system flushing system is provided with a reclaimed water system and a flushing system, wherein the reclaimed water system comprises a nanofiltration water production RO system, a concentrated water RO system and a second-stage RO system, and is characterized in that the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively communicated with a water production main pipe through a nanofiltration water pipe, a concentrated water pipe and a second-stage water pipe, the water production main pipe is communicated with a water inlet of a second-stage raw water tank, the nanofiltration water pipe, the concentrated water pipe and the second-stage water pipe are respectively provided with a nanofiltration water valve, a concentrated water valve and a second-stage water valve, the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively connected with the flushing system, and the flushing system comprises a cleaning tank, a cleaning pump, a valve, a flushing water inlet main pipe, a flushing water outlet main pipe, a nanofiltration flushing water inlet pipe, a concentrated water flushing, A second-stage flushing outlet pipe and a cleaning water pipe, wherein the water outlet of the cleaning tank is respectively communicated with the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe through a flushing outlet main pipe, the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe are respectively communicated with the flushing inlets of the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system, the flushing outlets of the nanofiltration water production RO system, the concentrated water RO system and the second-stage RO system are respectively communicated with the flushing outlet main pipe through the nanofiltration flushing outlet pipe, the concentrated water flushing outlet pipe and the second-stage flushing outlet pipe, the flushing outlet main pipe is communicated with the water inlet of the cleaning tank, the flushing outlet main pipe is provided with a cleaning pump and a cleaning main valve, the nanofiltration flushing inlet pipe, the concentrated water flushing inlet pipe and the second-stage flushing inlet pipe are respectively provided with a cleaning valve, the concentrated water cleaning valve and the second-stage cleaning valve, and the cleaning outlet main pipe between the cleaning pump and the, the cleaning water pipe is respectively communicated with the secondary raw water tank and the washing water outlet main pipe, a cleaning water valve is arranged on the cleaning water pipe, and liquid medicine washing or clear water washing is realized through opening and closing of the cleaning pump, the cleaning main valve and the cleaning water valve.
2. The multipurpose membrane system flushing system as recited in claim 1, wherein a secondary reverse osmosis tube is disposed between the secondary raw water tank and the secondary RO system, both ends of the secondary reverse osmosis tube are respectively connected to the secondary raw water tank and the secondary RO system, a booster pump and a secondary valve are disposed on the secondary reverse osmosis tube, and water in the secondary raw water tank is subjected to secondary reverse osmosis again by the booster pump and the secondary valve disposed on the secondary reverse osmosis tube, so as to control the quality of water in the secondary raw water tank to be qualified and prevent the damage of internal water to the osmosis membrane.
3. The multi-purpose membrane system rinsing system as defined in claim 1 wherein the secondary raw water tank is connected to a tap water inlet pipe through which water in the secondary raw water tank is replenished.
4. The multipurpose membrane system flushing system of claim 1, wherein the flushing header is provided with a waste discharge branch pipe, the waste discharge branch pipe is communicated with the flushing header, the waste discharge branch pipe is provided with a waste discharge valve, and waste liquid after flushing can be discharged through the waste discharge branch pipe.
5. The multipurpose membrane system rinsing system as recited in claim 4, wherein a water inlet valve is provided on the rinse outlet header pipe between the waste branch pipe and the rinse tank, and the water inlet valve controls whether the rinsed water enters the rinse tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021652876.1U CN213314350U (en) | 2020-08-11 | 2020-08-11 | Multipurpose membrane system rinse-system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021652876.1U CN213314350U (en) | 2020-08-11 | 2020-08-11 | Multipurpose membrane system rinse-system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213314350U true CN213314350U (en) | 2021-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021652876.1U Active CN213314350U (en) | 2020-08-11 | 2020-08-11 | Multipurpose membrane system rinse-system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN213314350U (en) |
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2020
- 2020-08-11 CN CN202021652876.1U patent/CN213314350U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220328 Address after: 266300 No. 1, Yongchang Road, Ducun community, Jiaoxi sub district office, Jiaozhou City, Qingdao City, Shandong Province Patentee after: Zhongke Weichuang (Shandong) Industrial Equipment Co.,Ltd. Address before: No. 688, Laoshan South Road, Rongcheng City, Weihai City, Shandong Province, 264300 Patentee before: RONGCHENG SOLID WASTE TREATMENT AND APPLICATION INDUSTRIAL PARK CO.,LTD. |
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