118ton/hourEDIElectrodeionized water equipmentWater production and technical requirements ：

a. Pre treatment water production ≥45m³/h；

Primary reverse osmosis pure aquatic water quantity ≥28t/hRecovery rate60%；

Secondary reverse osmosis pure aquatic water quantity ≥22t/hRecovery rate80%，20%The concentrated water flows back to the primary reverse osmosis system;

EDI ultra pure aquatic water quantity ≥18t/hRecovery rate85%，15%The concentrated water flows back to the secondary reverse osmosis system;

Polishing mixed bed water production ≥18t/h；

b. Purified water quality: using municipal tap water as the system inlet;

Secondary reverse osmosis water production conductivity ≤5US；

EDI produces ultrapure water with a resistivity ≥17MΩ；

II18ton/hourEDIControl system for electric deionized water equipment:

Using imported electrical components, the system achieves automatic control; Interlocking protection for each component, and equipped withROAlarm devices for pure water conductivity, high and low pressure, etc. The automatic control of the system adopts an electronic control system to achieve a combination of automatic and manual operation control mode. The standard signals collected by on-site online detection instruments are centrally processed and control signals are output. When the system's water supply is insufficientROThe system automatically takes corresponding actions when the standard for pure water exceeds the standard or when the indicators for ultrapure water exceed the standard. Therefore, it is possible to automatically calculate and provide feedback control for many on-site instruments that do not directly display data.

This device adoptsPLCFully automatic control (excluding chemical cleaning operations),Deionized water equipmentAll water pumps are equipped with one backup and one in use, which can24Continuous automatic operation for hours (i.eAgroup work12Hour, automatic switchingBGroup),Adopting on-site centralized control methodPLCConduct data collection and system control, and the control system can centrally monitor, manage, and automatically control the entire process system in sequence,Multi-media filterThe operation of the activated carbon filter device, backwashing, and dosing of the reverse osmosis device are all carried out byPLCSequential control is automatically performed.

This device is equipped with a touch screen human-machine exchange interface, without the need for a conventional dashboard or analog screen,All operating conditions and historical alarms can be displayed and recorded on the touch screen. Operators can monitor all controlled objects of each process system (including pre-treatment system, reverse osmosis system and other subsystems) of this device on the touch screen, including motor start and stop control, valve opening and closing operation, equipment start status, and remote control/On site switching of status and monitoring of main process parameters, and completion of equipment interlocking protection. The control system adoptsPLCProgrammable controllers, pre-processing, reverse osmosis, and related systems such as water tanks and pumps use hard wiring to connect all control instructions and status signals toPLCOperators can monitor and control the process through the touch screen. In addition to remote control on the touch screen, pumps and pneumatic valves are also equipped with local control switches. Pneumatic valves can be controlled remotely on the solenoid valve box/On site switching is implemented locally. The entire control system can achieve unmanned automatic completion of all functions and ensure the protection function of equipment safety.

III18ton/hourEDICharacteristics of Electrodeionized Water Equipment:

1. Equipped with a raw water tank to prevent equipment from being affected by unstable tap water pressure.

2. Equipped with a water tank inlet electric valve, it has more stable performance than conventional float inlet valves.

3. Equipped with a large flow dedicated backwash pump, the backwash effect is more thorough.

4. Adopting dual stage reverse osmosis+EDIConfigure to ensure stable system operation.

5. Adopting imported Heideneng low-pressure reverse osmosis membrane, it has high desalination rate, long service life, stable operation, and low energy consumption.

6. Reverse osmosis is scientifically configured through membrane design software and on-site operational experience.

7. Equipped with a dedicated concentrated water regulating valve, easy to operate.

8. The reverse osmosis system adopts fully automatic control, with imported components as the main components, high stability, and simple and convenient operation.9Equipped with a membrane filter to prevent particle interferenceEDIAnd the impact on water quality.

10. Through professional skills, ensureEDIsystemThe water quality remains stable during short-term or long-term shutdowns.

11. Adopting original imported productsGEseriesEDImembrane stackStable performance, long service life, continuous water quality without fluctuations, patented "fully filled" concentrated water chamber, no need for salt addition and concentrated water circulation.

12EDIThe flowmeter adopts a magnetic induction float flowmeter, which can prevent damage to the membrane stack caused by the lack of concentrated water due to blockage of the concentrated water channel or other equipment failures.

13. Equipped with imported nuclear resin from Rohm and Haas in the United States or Langsheng in GermanyPolishing mixed bedEquipped with terminal microfiltration membrane filters to ensure water quality.

14. Pure water andUltrapure Water SystemOnline water quality testing adopts the United States+GF+Brand, more accurate and stable.

15. It has multiple safety functions such as waterless protection and high/low pressure protection.

16. All controls adopt fully automatic mode, with imported components as the main components, high stability, and simple and convenient operation.

17. The main electrical components are made of Schneider from France, ensuring quality and quantity, and designed according to the configuration.

18. The concentrated water from the secondary reverse osmosis system flows back to the primary reverse osmosis system,EDIReuse concentrated water untilSecondary reverse osmosisIn the front, avoid wasting water.

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