CN111592155A - Intelligent integrated emergency water treatment equipment and method - Google Patents

Abstract

An intelligent integrated emergency water treatment device and method belong to the technical field of water treatment equipment and processes, and comprise a pretreatment unit, a domestic water supply unit, a drinking water and medical water supply unit, a water quality detection unit, an electric power supply unit and an intelligent control unit. Starting different raw water pretreatment processes according to the difference of water quality of a water source, enabling pretreated water to flow through a water supply tank, then enabling the pretreated water to enter an activated carbon filter, a precision filter and a ceramic membrane filter for preliminary treatment, and then enabling the pretreated water to enter a domestic water supply tank; then pumping the water into a nanofiltration or reverse osmosis advanced treatment system for advanced treatment to obtain drinking water; the medical water obtained after the drinking water is subjected to precision treatment is bagged and stored by a bagged water automatic packaging device. The water quality detection and intelligent control system of the system is combined to carry out rapid detection and dynamic monitoring on the quality of raw water and produced water, and timely switching and dynamic adjustment of treatment processes and procedures, so that one-stop water supply of domestic water, drinking water, medical water and the like is realized.

Description

An intelligent integrated emergency water treatment equipment and method

technical field

The invention belongs to the technical field of water treatment equipment and technology, and particularly relates to an intelligent integrated emergency water treatment equipment and method that can adapt to various water sources and power supply conditions, and can provide domestic water, drinking water and medical water in one stop.

Background technique

In recent years, with the rapid development of my country's social economy and the continuous improvement of people's living standards, the water consumption is showing a trend of increasing year by year, and the demand for water resources is also increasing, which has also led to various emergencies to a certain extent. The frequent occurrence of sexual environmental pollution incidents. my country has a vast territory, and major natural disasters such as earthquakes, floods, and mudslides that destroy the homes of residents frequently occur. In addition, with the over-exploitation and hunting of natural resources by humans, the ecological environment has gradually deteriorated, and global epidemics have also occurred frequently. In fact, when an accident, natural disaster or epidemic occurs, the panic and disease caused by water shortage and unsafe drinking water often have more dire consequences than the disaster, accident or epidemic itself. Therefore, it is imperative to strengthen the development of emergency water treatment equipment to ensure the needs of domestic water, drinking water safety and rapid supply of medical water in disaster-stricken and epidemic areas, and to improve the country's emergency and disaster-relief capabilities.

Natural disasters and emergencies are mostly accidental and unpredictable, and there are many factors that cause water pollution, the pollution levels are different, and the types and types of pollutants that directly or indirectly enter the water body are also different. For example, in the "Top Ten Water Pollution Events" that have occurred in my country in the past 20 years, there are not only pollution caused by heavy metals such as arsenic, cadmium, lead, thallium, etc., but also chemical pollution caused by chemical wastewater discharge such as benzene, nitrobenzene, and ammonia. The Ernobyl nuclear accident and the Fukushima accident have caused radioactive contamination of surface water and oceans near nuclear power plants; during wartime, wild water sources are likely to be contaminated by chemical agents, atomic radiation and biological bacteria. When natural disasters and emergencies occur, there are often no conditions and not much time to choose a water source. This requires emergency water treatment equipment to have the functions of general water purification, as well as different types of water treatment equipment. Rapid removal of pollutants such as heavy metals, pesticides, fertilizers, pesticides, industrial pollution, biological pollution, and radioactive pollution. Therefore, emergency water treatment equipment must have wide adaptability to water sources.

Traditional water plants mostly use conventional water treatment processes of coagulation, sedimentation, filtration and disinfection, and most of the facilities are civil pools, which not only cover a large area, but also have a long construction period and difficult maintenance and management, which are not conducive to large-scale rescue and disaster relief and various military projects. Work water. The Chinese Patent Publication No. CN 206069575 U discloses an integrated integrated water purification device, which integrates the three process sections of flocculation, sedimentation and filtration used in traditional drinking water treatment in a rectangular box. Although this process reduces the scale of water treatment facilities, the treatment process is slow, the effluent quality is unstable, and the treatment capacity is limited. The emergency water treatment equipment belongs to a temporary water supply guarantee equipment, and it is required to start up quickly and produce water quickly.

Membrane water treatment technology has the characteristics of fast treatment speed, excellent effluent quality, and high safety of produced water, and has been widely used in the field of water treatment. For example, the Chinese patent with publication number CN 104773879 B discloses a container-type emergency water treatment equipment and its treatment process, which adopts the technology of combining a self-cleaning filter and an ultrafiltration membrane module. Before the water inlet and outlet of the ultrafiltration membrane module, There are pressure transmitters at the back, which can reduce to a certain extent the problem of easy damage to the ultrafiltration membrane module caused by excessive operating pressure due to the need for rapid and large water supply in emergency use; the setting of the turbidity meter at the water outlet of the ultrafiltration membrane module It can detect the quality of ultrafiltration water in real time. However, when the water source is polluted by heavy metals or small molecular organic matter, only the filtration performance of the ultrafiltration membrane module cannot obtain drinking water that meets the standard, and the adaptability of the water source is not strong.

In order to overcome the problem that the ultrafiltration device has a low removal rate of harmful substances such as chemical pollutants, heavy metals and mineral salts in water, the Chinese Patent Publication No. CN 207958018 U discloses a pipeline mixer and a secondary cyclone desander. , mobile emergency water treatment equipment for self-cleaning filters, ultrafiltration devices, nanofiltration devices and disinfection devices. The installation of the nanofiltration device enables the emergency water treatment equipment to have a good removal effect on hardness ions, high-value heavy metal ions, natural organic matter, trace amounts of pesticides and herbicides in the water during operation. However, when the water source contains radioactive ions, fluorine, iodine, nitrate and other monovalent ions, and toxic substances with a molecular weight of less than 200, the removal capacity of the nanofiltration membrane is limited.

In order to improve the water source adaptability of emergency water treatment equipment, the Chinese Patent Publication No. CN 105060603 A discloses a mobile emergency water treatment equipment and its process based on various types of pollution. Condensation reactor + ultrafiltration module + reverse osmosis and nanofiltration module + sterilization module” emergency water treatment process to obtain drinking water. The main invention of this patent is to strengthen the pretreatment of the ultrafiltration module by combining the pre-settling bag, the magnetic loading coagulation reactor and the vertical flow sedimentation tank, so as to improve the water source adaptability of the emergency water treatment equipment. However, the structure of the pretreatment module is complex, and the magnetically loaded coagulation reactor includes a dosing system, a mixed reaction system and a magnetic recovery system, which require many boxes and occupy a large space; the effluent of the vertical flow sedimentation box directly enters the subsequent There is no filtration link in the middle of the ultrafiltration system, which will also affect the service life of the ultrafiltration membrane; each module needs to be assembled and debugged on site, which is not conducive to rapid startup in emergency situations; only drinking water can be obtained, which cannot meet the requirements of major epidemics or Due to the large demand for medical water during the disaster, one-stop water supply cannot be achieved.

The three-method water purification integrated technology is based on electroflocculation, combined with sedimentation and filtration technology, which can effectively remove hardness, turbidity, colloidal particles, suspended solids, heavy metal ions, ammonia nitrogen, oils and other substances in water. Compared with other conventional pretreatment technologies, the three-method water purification integrated technology has the advantages of wide influent index, good effluent quality, high water production rate, low operating cost and small footprint, and has been successfully used in coking plants, Refinery and thermal power plant circulating cooling water treatment, industrial water supply treatment, reverse osmosis concentrated water treatment and other fields. The application of this technology in the field of water treatment provides a guarantee for advanced membrane water treatment, but the mobile emergency water treatment equipment based on this technology has not been disclosed.

Therefore, the present invention proposes to use a three-method water purification integrated system as the primary pretreatment, and integrates technologies such as ultrafiltration, nanofiltration, reverse osmosis, and electrodeionization, so as to develop water sources with strong adaptability, fast water production, and mobility. The integrated emergency water supply equipment and method that is good and can meet a variety of water needs has important strategic significance for ensuring emergency water supply during emergencies, natural disasters and epidemics.

SUMMARY OF THE INVENTION

The purpose of the present invention is to overcome the problem that the current domestic emergency water treatment equipment cannot meet the complex and changeable water source water quality and different water demands during emergency rescue or major disaster rescue. Provide an intelligent integrated water treatment equipment. The domestic water, drinking water and medical water supply units in the equipment can be optimally combined and quickly started according to the actual water quality and water demand, which can greatly improve the process treatment effect and save space. , reduce energy consumption, reduce secondary pollution of produced water, enhance the applicability and overall mobility of equipment, maximize the efficient operation of emergency water treatment equipment, meet different water needs, and achieve one-stop water supply services.

The present invention solves its technical problem and realizes through the following technical solutions:

An intelligent integrated emergency water treatment equipment adopts an integrated design, including a pretreatment unit, a domestic water supply unit, a drinking water supply unit, a medical water supply unit, a water quality detection unit, a power supply unit, and an intelligent control unit. All the above unit equipment is fixed at the bottom of a 20ft standard container. Each unit operates alone, or the equipment components of multiple units are operated in series or in parallel, and the water treatment process is optimized according to different raw water quality and water supply requirements. Combination to achieve rapid start-up and efficient operation of emergency water treatment equipment. The water quality testing is divided into two aspects: raw water quality and product water quality testing. Through the testing of raw water quality, the water source can be selected scientifically, the water treatment process can be selected in a targeted manner, and the operating parameters of water treatment can be reasonably set; the testing of product water quality can ensure that the produced water meets the corresponding water quality standards. The intelligent control unit adopts the design of the DCS control system, completes the control of the drive, switching, operation and shutdown of each unit module, as well as the acquisition of various sensor signals, and optimizes the best process flow, the best operating state and the most accurate. Operating data.

The pretreatment unit includes a raw water pump, a three-method water purification integrated device, a disinfection device, a water supply tank, an intelligent control element and a pipe fitting valve.

Further, one end of the raw water pump is connected to the water source through the water inlet pipe of the raw water pump, wherein two sets of raw water pumps are used as backup for each other, and different raw water pumps are activated according to different water sources. If the water source is clean tap water, the booster pump is activated. One end of the booster pump is connected to the raw water inlet pipe, and the other end is connected to the disinfection device for sterilization and disinfection, and then enters the water supply tank. If the water source is river pond or mine water, etc., start the submersible pump to take water for the subsequent pretreatment equipment. One end of the submersible pump is connected to the water inlet pipe, and the other end is connected to the three-method water purification integrated device.

Further, the three-method water purification integrated device is composed of an electroflocculation reaction tank, a sedimentation tank, a filter tank and a sludge collection tank. The raw water pump sends the raw water to be treated into the electro-flocculation reaction tank and then enters the sedimentation tank. Most of the flocs formed in the reaction tank are deposited in the sedimentation tank, and the remaining small amount of fine flocs enter the filter tank to remove the remaining water. Mechanical impurities such as fine flocs, suspended solids, sediment, rust, large particles, etc., the sludge at the bottom of the sedimentation tank is discharged into the sludge collection tank through the bottom of the sedimentation tank.

Further, the electrode plate is installed in the electro-flocculation reaction tank to be energized, and under the action of the electric field, highly active adsorption groups are generated to adsorb colloidal particles, suspended solids, insoluble organics, heavy metal ions, silicon dioxide, etc. in the water. Impurities, which form larger floc structures, are precipitated out of the water. The sedimentation tank adopts high-efficiency inclined tube or inclined plate sedimentation tank, and its processing capacity is 3-5 times that of the advective sedimentation tank, and the sludge settleability is good. The filter tank adopts multi-media filtration, and the effluent treated by multi-media filtration such as manganese sand, anthracite, and quartz sand enters the subsequent disinfection device.

Further, the sterilizing device can be composed of a chlorine sterilizer and an ultraviolet sterilizer connected in sequence, wherein the chlorine sterilizer is sterilized by adding chlorine or chlorine preparation to the water to kill various pathogenic microorganisms and ensure the water production. The ultraviolet sterilizer achieves the purpose of disinfection and sterilization by using a high-efficiency, high-intensity and long-life ultraviolet light generating device to generate strong ultraviolet light to irradiate flowing water. The inlet of the water supply tank is connected with the outlet of the disinfection device for storing pretreated water, and the outlet of the water supply tank is connected with the inlet of the water supply pump of the drinking water supply unit.

In the pretreatment unit, the switch between the submersible pump and the booster pump and the backwash operation of the three-method water purification integrated device are realized through the intelligent control of DCS. The pretreatment process is optimized through the operation mode, operation parameters and water quality of the influent and effluent of the pretreatment unit. The water treated by the pretreatment unit enters the subsequent domestic water supply unit through the water supply tank.

The domestic water supply unit includes a water supply pump, an activated carbon adsorber, a precision filter, a booster pump, a ceramic membrane filter and a domestic water supply tank which are connected in sequence by pipelines. Further, one end of the water supply pump is connected to the water supply tank of the pretreatment unit, and the other end is connected to an activated carbon adsorber, and the activated carbon adsorber removes pollutants such as macromolecular organic matter and residual chlorine by the adsorption of activated carbon. When the pressure difference between the inlet and the outlet is 0.05-0.07MPa, the inlet and outlet valves of the activated carbon adsorber will automatically switch to the backwashing state. After the backwashing process is over, it will automatically switch to the filtering state. The outlet of the activated carbon is connected to a precision filter, which mainly removes the suspended particles that cannot be completely removed in the pretreatment or prevents the fine particles in the activated carbon adsorber from entering the subsequent ceramic membrane filter. The filtration accuracy of the precision filter is 5-10μm. Replace the filter element when the pressure difference between the inlet and outlet is greater than 0.05MPa.

Further, the ceramic membrane filter is connected to the outlet of the precision filter through a booster pump, and is mainly composed of a ceramic membrane assembly, a backwashing system, a chemical cleaning system, an automatic control system, a pump, a pipe valve and the like. The operating mode adopts circulating cross-flow to increase the liquid flow rate on the membrane surface, reduce the thickness of the gel layer on the membrane surface, and prevent the accumulation of particles on the membrane surface, thereby effectively reducing membrane fouling and enhancing membrane flux. Adopt DCS program control to realize automatic and manual switching. Further, the pore size of the ceramic membrane is 0.05-0.10 μm, which allows the passage of small molecules and dissolved solids, and has a good interception effect on suspended solids, bacteria, germs and large molecular weight colloidal substances. The filtered water meets the water quality standards for domestic water. Subsequent domestic water supply tanks are stored.

Further, the domestic water supply tank is provided with a liquid level sensor and a control valve, which play the role of water storage and buffering. The domestic water supply tank can be provided with at least one faucet, and can also be connected to the existing domestic water facilities through pipes, so as to more conveniently provide the people in the disaster area or the epidemic area with domestic water that can be used directly. At the same time, the domestic water supply tank is also provided with a water outlet connected to the subsequent drinking water supply unit, so that another part of the water in the domestic water supply tank is sent to the subsequent drinking water supply unit for further advanced treatment.

The drinking water supply unit includes two advanced treatment systems of nanofiltration and reverse osmosis. The two advanced treatment systems of nanofiltration and reverse osmosis can work in parallel or work independently. According to the detection results of the water quality detection unit, the DCS intelligent control is adopted to automatically operate and switch between the two treatment systems of nanofiltration and reverse osmosis.

The nanofiltration advanced treatment system includes a pressurized pump, a nanofiltration device, a circulating water pump, a refined activated carbon adsorber, an ultraviolet sterilizer, a microfiltration device and a drinking water supply tank connected in sequence.

Further, a pressurized pump is arranged between the domestic water supply tank and the nanofiltration device to improve the water supply pressure and efficiency of the domestic water supply tank and the nanofiltration device.

Further, the nanofiltration device is mainly composed of nanofiltration membrane assembly, instrument, pipeline, valve, dosing system, control system, chemical cleaning and the like. The operation mode adopts intelligent control and automatic operation. The nanofiltration device adopts a low-pressure selective nanofiltration membrane with a filtration pore size not exceeding 0.001um, and its pore size range is between the reverse osmosis membrane and the ultrafiltration membrane. The organic matter and micro-pollutants have high removal performance, while the removal rate of monovalent ions and small molecules is low. The above-mentioned low-pressure selective nanofiltration membrane has lower working pressure and higher membrane flux, which can meet the needs of emergency equipment for rapid water production.

Further, a circulating water pump is provided between the outlet of the nanofiltration device and the inlet of the refined activated carbon adsorber to provide the pressure required for subsequent treatment. The water outlet of the nanofiltration device is connected with a refined activated carbon adsorber, an ultraviolet sterilizer, and a microfiltration device in order to ensure the safety of the nanofiltration water and improve the taste of drinking water. The water after advanced treatment by the nanofiltration system meets the national drinking water quality standards and enters the subsequent drinking water supply tank for storage.

When there are small molecular organic poisons with molecular weight less than 200, monovalent toxic ions or radioisotopes in the raw water, the water produced by nanofiltration cannot meet the water quality standards. At this time, the advanced reverse osmosis treatment system can be started through the pre-programmed DCS intelligent control program. Further, the advanced reverse osmosis treatment system includes a high-pressure pump, a reverse osmosis device, an ultraviolet sterilizer and a drinking water supply tank connected in sequence.

Further, one end of the high-pressure pump is connected with the outlet end of the domestic water supply tank, and one end is connected with the inlet of the reverse osmosis device.

Further, the reverse osmosis device is mainly composed of a reverse osmosis membrane assembly, a pipe fitting, a pressure sensor, an electric regulating valve, a dosing system and a control system. Under the pressure system higher than the osmotic pressure of the solution, according to the principle of dissolution and diffusion, only the solvent water dissolves and passes through the reverse osmosis membrane, while most of the inorganic salts, heavy metals, small molecular organics, radionuclides and Bacteria, viruses, etc. are intercepted to achieve the purpose of water purification.

Further, the water inlet of the ultraviolet sterilizer is connected with the water outlet of the reverse osmosis device, and the water outlet is connected with the water inlet of the drinking water supply tank, for sterilizing the water after advanced treatment by the reverse osmosis device. Treatment is for the purpose of sterilizing and killing pathogenic microorganisms.

Further, at least one tap may be provided on the drinking water supply tank, so as to more conveniently provide drinking water for the people in the disaster area or the epidemic area. It can also be connected to existing drinking water facilities through pipes to provide direct drinking water for people in disaster or epidemic areas. In areas with inconvenient traffic or severe epidemics, in order to prevent secondary pollution during the water distribution process, the drinking water supply tank can also be connected to the automatic packaging device for bagged water in the subsequent medical water supply unit through pipes, so that the drinking water can be The drinking water in the water supply tank is directly packaged into bags for timely delivery to where it is needed.

The medical water supply unit includes two water supply systems, purified water for the pharmaceutical industry and water for medical injection. Among them, the purified water supply system for the pharmaceutical industry in the medical water supply unit includes a circulating water pump, a refined activated carbon adsorber, an ultraviolet sterilizer, a microfiltration device, a special storage tank for medical water, and an automatic packaging device for bagged water.

Further, the water inlet of the circulating water pump is connected to the water outlet end of the drinking water supply tank, and the water outlet of the circulating water pump is connected to the water inlet end of the refined activated carbon adsorber. , After further sterilization and disinfection treatment, it flows through the special storage tank for medical water and enters the automatic packaging device for bagged water.

When medical water for injection is needed, the intelligent control unit will automatically open the water supply system for medical injection. Sterilizers, microfiltration devices, special storage tanks for medical water, and automatic packaging devices for bagged water.

Further, an electrodeionization device booster pump is provided between the drinking water supply tank and the electrodeionization device to provide the required water pressure for the electrodeionization device, wherein the electrodeionization device booster pump water inlet is connected to the drinking water supply. The water outlet end of the box is connected, and the water outlet of the booster pump of the electrodeionization device is connected with the inlet end of the electrodeionization device.

Further, the electrodeionization device is mainly composed of electrodeionization equipment, pipelines, valves, instruments and control systems. Electrodeionization is a continuous deionization process that organically combines electrodialysis and mixed bed ion exchange. Electrodeionization not only utilizes the deep desalination of the ion exchange process, but also overcomes the problem of incomplete desalination due to the concentration electric polarization in the electrodialysis process. Electrodeionization ionization technology utilizes the polarization of electrodialysis to dissociate water, and the generated ^OH- and H ⁺ to achieve in-situ regeneration of ion exchangers, so that the electrodeionization process can basically remove all the ions in the water and Obtain pure and ultrapure water. The concentrated and fresh water chambers of the electrodeionization equipment are filled with ion exchange resin. The operation mode is automatic reversal, and the reversal time and flushing time can be arbitrarily set by the intelligent control unit.

Further, the bagged water automatic packaging device can pack purified water in the pharmaceutical industry and water for medical injection into bagged water with a capacity of 100-1000mL, which is convenient for emergency water in disaster areas or temporary hospitals in epidemic areas.

The water quality detection unit includes a portable detection instrument and an online analysis instrument. Among them, the portable testing instruments mainly include portable water quality detectors, water detection boxes and portable radiometric measuring instruments for quantitative detection of radionuclides. Online analysis instruments mainly include online water quality detectors, online turbidity meters, online residual chlorine Analyzers, On-Line Conductivity, On-Line pH Meters, and On-Line Resistivity Meters. Water quality testing is divided into two aspects: raw water quality testing and purified product water quality testing. Through the testing of raw water quality, the water source can be selected scientifically, the water treatment process can be selected in a targeted manner, and the operating parameters of water treatment can be reasonably set. Among them, the indicators of raw water quality testing mainly include raw water turbidity, water temperature, heavy metal content, chlorophyll, organic matter content and salt content, etc., and are detected by portable testing instruments. The water quality test of product water shall be tested as far as possible in accordance with the national drinking water hygiene standards, the relevant standards of purified water in the pharmaceutical industry and water for medical injection to ensure the safety of product water. Product water quality testing indicators mainly include bacteriological indicators, toxicological indicators, chloride, total hardness, free residual chlorine and general chemical indicators.

The intelligent control unit is mainly composed of a DCS controller, a frequency converter, a sensor, a computer system, a running state simulation screen and a control cabinet. The control mode has manual control mode and automatic control mode, and the whole system has interlock protection, phase sequence identification and alarm functions. The intelligent control unit adopts the design of DCS control system, which completes the control of driving, switching, running and stopping of each unit module and the collection of various sensor signals. The system's operating parameters, alarms, self-diagnosis and other management functions are centralized. Displayed on the CRT, the modification of the entire set of process operating parameters can be completed. The ultimate purpose of the entire control system is to optimize the best process flow, the best operating state and the most accurate operating data based on the data collected by the water treatment device under continuous operating conditions.

The power supply unit adopts a dual power supply mode. In the event of an emergency without external power supply, the power generation system is used to supply power to the equipment, water pump and intelligent control unit in the emergency water treatment equipment to ensure emergency conditions. various emergency water needs.

The various devices in the emergency water treatment equipment are softly connected, each device uses standard components, and each component is quickly connected and combined through standard connectors. Further, the components are connected together through the support frame and connected with the reinforcement frame. At the same time, the reinforcement frame is connected with the vehicle through bolts and shock-proof washers, so as to ensure the convenience of operation and maintenance of the emergency water treatment equipment and the safety during transportation.

The advantages and beneficial effects of the present invention are:

The intelligent integrated emergency water treatment equipment provided by the invention has the advantages of strong adaptability to water source, good effluent quality, high degree of automation, simple operation, quick start-up, good mobility, and can reasonably carry out the treatment process according to the water source water quality and water demand. Features of combinatorial optimization. It can purify water sources polluted by chemicals, heavy metals, radionuclides, biological bacteria and other harmful substances, or seawater and brackish water that cannot be used directly. Water, drinking water and medical water; it can still be applied to various emergencies such as no external power supply, no tap water supply, etc., and can quickly draw water from the most convenient river ponds, ditches, and mines anywhere, with strong adaptability to water sources; the whole set of water The processing equipment is centrally installed in the container, which is flexible and convenient to transport and use, and has strong mobility. At the same time, it includes domestic water, drinking water and medical water supply units, which can realize one-stop water supply in disaster areas or epidemic areas, save valuable time for the construction of temporary hospitals or makeshift hospitals, and prevent and control disasters or epidemics.

Description of drawings

Fig. 1 is a schematic diagram of the process flow of an intelligent integrated emergency water treatment equipment of the present invention;

2 is a schematic structural diagram of an intelligent integrated emergency water treatment equipment of the present invention;

In the picture:

Pretreatment unit 100, submersible pump 101A, booster pump 101B, three-method water purification integrated device 102, electroflocculation reaction tank 102A, sedimentation tank 102B, filter tank 102C, sludge collection tank 102D, disinfection device 103, water supply tank 104 , check valve 105, submersible pump outlet control valve 106A, booster pump outlet control valve 106B, submersible pump outlet flowmeter 107A, booster pump outlet flowmeter 107B, submersible pump outlet pressure gauge 108A, booster Pump outlet pressure gauge 108B, three-method water purification integrated device water inlet pressure switch 109, online turbidity meter 110, liquid level sensor 111, water supply tank outlet control valve 112, pH adjustment tank inlet control valve 113, pH adjustment tank 114, pH adjustment control valve 115, pH adjustment flow meter 116, filter tank backwash pump 117, filter tank backwash control switch 118, filter tank backwash flowmeter 119,

Domestic water supply unit 200, water supply pump 201, activated carbon adsorber 202, precision filter 203, booster pump 204, ceramic membrane filter 205, domestic water supply tank 206, water supply pump control valve 207, water supply flowmeter 208, water supply pressure Table 209, activated carbon adsorber inlet water pressure switch 210, ceramic membrane filter inlet water control valve 211, ceramic membrane filter inlet water flow meter 212, ceramic membrane filter water production valve 213, online water quality tester 214, online Turbidity meter 215, liquid level sensor 216, domestic water supply valve 217, ceramic membrane filter concentrated water end low pressure switch 218, ceramic membrane filter concentrated water discharge control valve 219, ceramic membrane filter concentrated water discharge solenoid valve 220, ceramic Membrane filter backwash pump 221, ceramic membrane filter backwash flow control valve 222, ceramic membrane filter backwash flowmeter 223, ceramic membrane filter backwash water discharge valve 224, ceramic membrane filter chemical cleaning tank water inlet control Switch 225, ceramic membrane filter chemical cleaning tank 226, ceramic membrane filter chemical cleaning pump 227, ceramic membrane filter chemical cleaning discharge switch 228, domestic water supply tank water outlet control valve 229,

Drinking water supply unit 300, pressure pump 201, nanofiltration device 302, circulating water pump 303, purified activated carbon adsorber 304, ultraviolet sterilizer 305, microfiltration device 306, drinking water supply tank 307, high pressure pump 308, reverse osmosis device 309, ultraviolet sterilizer 310, nanofiltration device inlet water control valve 311, nanofiltration device inlet water flowmeter 312, dosing system 313, nanofiltration device inlet water pressure gauge 314, nanofiltration device water production pressure gauge 315, refining Activated carbon adsorber inlet water control valve 316, nanofiltration device concentrated water discharge valve 317, nanofiltration device concentrated water discharge flowmeter 318, drinking water production water control valve 319, drinking water production water flowmeter 320, online turbidity meter 321, Online conductivity meter 322, liquid level sensor 323, drinking water supply control valve 324, nanofiltration, reverse osmosis device chemical cleaning water switch 325, nanofiltration, reverse osmosis device chemical cleaning water flow meter 326, nanofiltration, reverse osmosis device chemical Cleaning tank 327, nanofiltration, reverse osmosis device chemical cleaning pump 328, nanofiltration, reverse osmosis device chemical cleaning water inlet control switch 329, nanofiltration, reverse osmosis device chemical cleaning water inlet flowmeter 330, reverse osmosis device water inlet control valve 331, reverse osmosis device inlet water flow meter 332, dosing system 333, reverse osmosis device inlet water pressure gauge 334, reverse osmosis device production water pressure gauge 335, reverse osmosis device production water control valve 336, reverse osmosis device concentrated water discharge valve 337. Reverse osmosis device concentrated water discharge flowmeter 338, drinking water supply tank outlet water control valve 339,

Medical water supply unit 400, electrodeionization device booster pump 401, electrodeionization device 402, circulating water pump 403, refined activated carbon adsorber 404, ultraviolet sterilizer 405, microfiltration device 406, special storage tank 407 for medical water, bag Water filling automatic packaging device 408, electrodeionization device inlet water conductivity meter 409, fresh water inlet control switch 410A, concentrated water inlet control switch 410B, pole water inlet control switch 410C, fresh water inlet flow meter 411A, concentrated water Inlet water flowmeter 411B, extreme water inlet flowmeter 411C, fresh water inlet pressure gauge 412A, concentrated water inlet pressure gauge 412B, extremely water inlet pressure gauge 412C, fresh water outlet online pH meter 413A, concentrated water outlet online pH meter 413B, fresh water effluent online conductivity meter 414A, concentrated water effluent online conductivity meter 414B, fresh water effluent online resistivity meter 415, refined activated carbon adsorber water inlet control switch 416, liquid level sensor 417, medical water special storage tank water outlet switch 418 .

Detailed ways

Example 1

The specific embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in FIG. 2 , the tap water passes through the check valve 105 and then enters the disinfection device 103 through the booster pump 101B, the booster pump outlet control valve 106B, the booster pump outlet flowmeter 107B, and the booster pump outlet pressure gauge 108B. After processing, it enters the water supply tank 104, which is provided with a liquid level sensor 111; the water stored in the water supply tank passes through the water supply tank outlet control valve 112, the water supply pump 201, the water supply pump control valve 207, the water supply flowmeter 208, and the water supply pressure at the bottom. Table 209. The inlet water pressure switch 210 of the activated carbon adsorber is connected to the activated carbon adsorber 202 for treatment in turn. The water produced by the activated carbon adsorber enters the precision filter 203 for further treatment. The treated water passes through the pipeline and the booster pump 204 and the ceramic membrane. The filter inlet water control valve 211 and the ceramic membrane filter inlet water flow meter 212 are connected in sequence and then enter the ceramic membrane filter 205, and the water produced passes through the ceramic membrane filter water production valve 213, on-line water quality tester 214, on-line turbidity After the meter 215 enters the domestic water supply tank 206, the concentrated water of the ceramic membrane filter passes through the low pressure switch 218 of the concentrated water end of the ceramic membrane filter, the concentrated water discharge control valve 219 of the ceramic membrane filter and the concentrated water discharge solenoid valve of the ceramic membrane filter After 220, part of the water stored in the domestic water supply tank 206 passes through the ceramic membrane filter backwash pump 221, the ceramic membrane filter backwash flow control valve 222, the ceramic membrane filter backwash flowmeter 223 and the ceramic membrane filter. connected, the water after backwashing the ceramic membrane filter is discharged through the backwashing water discharge valve 224 of the ceramic membrane filter; when the ceramic membrane filter needs chemical cleaning, part of the water produced by the ceramic membrane filter 205 is chemically cleaned by the ceramic membrane filter. The cleaning tank water inlet control switch 225, the ceramic membrane filter chemical cleaning tank 226, the ceramic membrane filter chemical cleaning pump 227, the ceramic membrane filter chemical cleaning discharge switch 228 are discharged; the domestic water supply tank is provided with a liquid level sensor 216 at the lower part. There is a domestic water supply valve 217 to provide domestic water; domestic water can be supplied through the domestic water supply tank outlet control valve 229, pressurized pump 301, nanofiltration device inlet control valve 311, nanofiltration device inlet water flow meter 312, dosing system 313. The inlet water pressure gauge 314 of the nanofiltration device enters the nanofiltration device 302, and the produced water of the nanofiltration device enters the water production pressure gauge 315 of the nanofiltration device, the circulating water pump 303, and the water inlet control valve 316 of the refined activated carbon adsorber enters the refined activated carbon adsorber 304, the concentrated water of the nanofiltration device is discharged through the concentrated water discharge valve 317 of the nanofiltration device and the concentrated water discharge flowmeter 318 of the nanofiltration device; it enters the purified activated carbon adsorber 304 for adsorption treatment and then enters the ultraviolet sterilizer 305 and the microfiltration device 206 After treatment, it enters the drinking water supply tank 307 through the drinking water product water control valve 319, the drinking water product water flow meter 320, the online turbidity meter 321, and the online conductivity meter 322 in sequence; Chemical cleaning water for filtration and reverse osmosis devices Switch 325, nanofiltration, reverse osmosis device chemical cleaning water flow meter 326, nanofiltration, reverse osmosis device chemical cleaning tank 327, nanofiltration, reverse osmosis device chemical cleaning pump 328, nanofiltration, reverse osmosis device chemical cleaning water inlet control switch 329 and nanofiltration and reverse osmosis device chemical cleaning inlet water flow meter 330 enters nanofiltration device 302 for chemical cleaning, the drinking water supply tank is provided with a liquid level sensor 323, and the water stored in the drinking water tank is controlled by the drinking water supply at the bottom Valve 324 provides drinking water.

The water quality of the tap water is: pH 7.84, turbidity 0.38NTU, conductivity 1124μS/cm, TDS 386mg/L, SO ₄ ^2- 105.0mg/L, F ^- 0.69mg/L, Cl ^- 106.5mg/L, total hardness 296mg /L.

The quality of domestic water is: pH 7.74, turbidity 0.12NTU, conductivity 1118μS/cm, TDS 380mg/L, SO ₄ ^2- 103.0mg/L, F ^- 0.65mg/L, Cl ^- 103.8mg/L, total hardness 266mg /L.

The water quality in the drinking water supply tank is: pH 7.65, turbidity 0.08NTU, conductivity 125μS/cm, TDS 34.6mg/L, SO ₄ ^2- 18.6 mg/L, F ^- 0.30mg/L, Cl ^- 37.1mg/L L, the total hardness is 14.8mg/L, Escherichia coli is not detected, and the total number of bacteria is 0.02CFU/mL, which meets the national drinking water quality standard.

Example 2

The specific embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in Figure 2, after passing through the one-way valve 105, the water in a certain mine passes through the submersible pump 101A, the water outlet control valve 106A of the submersible pump, the flowmeter 107A at the outlet end of the submersible pump, the pressure gauge 108A at the outlet end of the submersible pump, and the three-method water purification integrated After the pressure switch 109 of the water inlet of the chemical device enters the three-method water purification integrated device 102, the water treated by the three-method water purification integrated device 102 passes through the online turbidimeter 110 and then enters the disinfection device 103 and enters the water supply tank 104 after being sterilized. There is a liquid level sensor 111 inside; part of the water flowing through the submersible pump control valve 106A enters the electroflocculation reaction through the pH adjustment tank inlet control valve 113, pH adjustment tank 114, pH adjustment control valve 115 and pH adjustment flowmeter 116 When the filter tank 102C needs to be backwashed, the water stored in the water supply tank 104 enters the filter tank 102C through the filter tank backwash pump 117, the filter tank backwash control switch 118, and the filter tank backwash flow meter 119 in turn. Backwashing; the water stored in the water supply tank is connected to the water supply pump 201, the water supply pump control valve 207, the water supply flow meter 208, the water supply pressure gauge 209, and the activated carbon adsorber water inlet pressure switch 210 through the water supply tank outlet control valve 112 at the bottom. The activated carbon adsorber 202 is processed, and the water produced by the activated carbon adsorber enters the precision filter 203 for further processing. The treated water passes through the pipeline and the booster pump 204, the ceramic membrane filter water inlet control valve 211, and the ceramic membrane filter inlet water After the flowmeter 212 is connected in sequence, it enters the ceramic membrane filter 205, and the produced water enters the domestic water supply tank 206 after passing through the ceramic membrane filter water production valve 213, the online water quality detector 214, and the online turbidity meter 215. The ceramic membrane filter The concentrated water is discharged after passing through the concentrated water end low pressure switch 218 of the ceramic membrane filter, the concentrated water discharge control valve 219 of the ceramic membrane filter and the concentrated water discharge solenoid valve 220 of the ceramic membrane filter, and the part stored in the domestic water supply tank 206 The water passes through the ceramic membrane filter backwash pump 221, the ceramic membrane filter backwash flow control valve 222, and the ceramic membrane filter backwash flowmeter 223, which are connected to the ceramic membrane filter, and the water after backflushing the ceramic membrane filter passes through the ceramic membrane filter. The backwash water discharge valve 224 of the ceramic membrane filter is discharged; when the ceramic membrane filter needs chemical cleaning, part of the water produced by the ceramic membrane filter 205 passes through the water inlet control switch 225 of the ceramic membrane filter chemical cleaning tank, and the ceramic membrane filter is chemically cleaned Tank 226, ceramic membrane filter chemical cleaning pump 227, ceramic membrane filter chemical cleaning discharge switch 228; a liquid level sensor 216 is arranged inside the domestic water supply tank, and a domestic water supply valve 217 is arranged in the lower part to provide domestic water; Enter the reverse osmosis device 309 through the water outlet control valve 229 of the domestic water supply tank, the high pressure pump 308, the reverse osmosis device inlet water control valve 331, the reverse osmosis device inlet water flowmeter 332, the dosing system 333, and the reverse osmosis device inlet water pressure gauge 334. ; The product water processed by the reverse osmosis device sequentially passes through the reverse osmosis device product water pressure gauge 335 and the reverse osmosis device product water control valve 336 and then enters the ultraviolet sterilizer 310, and after the sterilization treatment flows through the drinking water product water control valve 319, The drinking water produced water flow meter 320, the online turbidity meter 321, and the online conductivity meter 322 enter the drinking water supply tank 307; the concentrated water of the reverse osmosis device passes through the concentrated water discharge valve 337 of the reverse osmosis device and the concentrated water discharge flow of the reverse osmosis device The water stored in the drinking water supply tank is discharged after the meter 338; the water stored in the drinking water supply tank is passed through the nanofiltration, reverse osmosis device chemical cleaning water switch 325, nanofiltration, reverse osmosis device chemical cleaning water flow meter 326, nanofiltration, reverse osmosis device chemical cleaning tank 327 , Nanofiltration, reverse osmosis device chemical cleaning pump 328, nanofiltration, reverse osmosis device chemical cleaning water inlet control switch 329 and nanofiltration, reverse osmosis device chemical cleaning water flow meter 330 Enter the reverse osmosis device 309 for chemical cleaning; drinking water The water supply tank is provided with a liquid level sensor 323, and the water stored in the drinking water tank provides drinking water through the drinking water supply control valve 324 at the bottom.

The quality of mine water is: pH 8.13, turbidity 95.0NTU, suspended solids 5.8mg/L, total hardness 395mg/L, TDS 2048mg/L, F ^- 11.2 mg/L, Cl ^- 141mg/L, NO ₃ ^- 22.0mg/ L, SO ₄ ^2- 213.0mg/L, Fe 0.26mg/L, Mn 0.24mg/L, Cu ²⁺ 1.50mg/L.

The water quality in the domestic water supply tank is: pH 7.41, turbidity 4.0NTU, total hardness 86.1mg/L, TDS 1565mg/L, F ^- 8.2mg/L, Cl ^- 132mg/L, NO ₃ ^- 20.0mg/L, SO ₄ ^2- 186.0mg/L, Fe 0.12mg/L, Mn 0.08mg/L, Cu ²⁺ 1.02mg/L, total number of colonies 12CFU/mL.

The water quality in the drinking water supply tank is: pH 7.20, turbidity 0.02NTU, total hardness 30.2mg/L, TDS 180.2mg/L, F ^- 0.5mg/L, Cl ^- 15.6mg/L, NO ₃ ^- 2.8mg/L L, SO ₄ ^2- 9.3mg/L, Fe 0.0mg/L, Mn 0.0mg/L, Cu ²⁺ 0.0mg/L, total E. coli was not detected, the total number of colonies was 0.01CFU/mL, in line with the national drinking water quality standard.

Example 3

The specific embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in Figure 2, a certain river water passes through the one-way valve 105 and then passes through the submersible pump 101A, the submersible pump outlet control valve 106A, the submersible pump outlet flowmeter 107A, the submersible pump outlet pressure gauge 108A, and the three-method water purification integration. After the pressure switch 109 of the water inlet of the device enters the three-method water purification integrated device 102, the water treated by the three-method water purification integrated device 102 passes through the online turbidimeter 110 and then enters the disinfection device 103 and enters the water supply tank 104 after being sterilized. A liquid level sensor 111 is provided; part of the water flowing through the submersible pump control valve 106A enters the electroflocculation reaction tank through the pH adjustment tank inlet control valve 113, pH adjustment tank 114, pH adjustment control valve 115 and pH adjustment flowmeter 116 102A; when the filter tank 102C needs to be backwashed, the water stored in the water supply tank 104 enters the filter tank 102C through the filter tank backwash pump 117, the filter tank backwash control switch 118, and the filter tank backwash flowmeter 119 in sequence. Rinse; the water stored in the water supply tank is connected to the activated carbon through the water supply tank outlet control valve 112 at the bottom, the water supply pump 201, the water supply pump control valve 207, the water supply flowmeter 208, the water supply pressure gauge 209, and the activated carbon adsorber water inlet pressure switch 210 in turn. The adsorber 202 is processed, and the water produced by the activated carbon adsorber enters the precision filter 203 for further processing. The processed water passes through the pipeline and the booster pump 204, the water inlet control valve 211 of the ceramic membrane filter, and the water flow rate of the ceramic membrane filter. After the meter 212 is connected in sequence, it enters the ceramic membrane filter 205, and the produced water enters the domestic water supply tank 206 after passing through the ceramic membrane filter water production valve 213, the online water quality tester 214, and the online turbidity meter 215. The concentrated water is discharged through the concentrated water end low pressure switch 218 of the ceramic membrane filter, the concentrated water discharge control valve 219 of the ceramic membrane filter and the concentrated water discharge solenoid valve 220 of the ceramic membrane filter, and part of the water stored in the domestic water supply tank 206 is discharged. The ceramic membrane filter backwash pump 221, the ceramic membrane filter backwash flow control valve 222, and the ceramic membrane filter backwash flowmeter 223 are connected to the ceramic membrane filter, and the water after backwashing the ceramic membrane filter passes through the ceramic membrane filter. The membrane filter backwash water discharge valve 224 is discharged; when the ceramic membrane filter needs chemical cleaning, part of the water produced by the ceramic membrane filter 205 passes through the ceramic membrane filter chemical cleaning tank water inlet control switch 225 and the ceramic membrane filter chemical cleaning tank 226, ceramic membrane filter chemical cleaning pump 227, ceramic membrane filter chemical cleaning discharge switch 228; a liquid level sensor 216 is arranged inside the domestic water supply tank, and a domestic water supply valve 217 is arranged in the lower part to provide domestic water; domestic water can pass through Domestic water supply tank outlet control valve 229, high pressure pump 308, reverse osmosis device inlet water control valve 331, reverse osmosis device inlet water flowmeter 332, dosing system 333, reverse osmosis device inlet water pressure gauge 334 enter the reverse osmosis device 309; After the reaction The product water treated by the osmosis device sequentially passes through the reverse osmosis device product water pressure gauge 335 and the reverse osmosis device product water control valve 336, and then enters the ultraviolet sterilizer 310, and flows through the drinking water product water control valve 319 and drinking water after sterilization treatment. The produced water flow meter 320, the online turbidity meter 321, and the online conductivity meter 322 enter the drinking water supply tank 307; the concentrated water of the reverse osmosis device passes through the reverse osmosis device concentrated water discharge valve 337 and the reverse osmosis device concentrated water discharge flowmeter 338 After discharge; the water stored in the drinking water supply tank is nanofiltered, the chemical cleaning water switch 325 of the reverse osmosis device, the chemical cleaning water flowmeter 326 of the nanofiltration and reverse osmosis devices, the chemical cleaning box 327 of the nanofiltration and reverse osmosis devices, the nanometer Filtration and reverse osmosis device chemical cleaning pump 328, nanofiltration and reverse osmosis device chemical cleaning water inlet control switch 329 and nanofiltration and reverse osmosis device chemical cleaning water inlet flowmeter 330 enter the reverse osmosis device 309 for chemical cleaning; drinking water supply tank There is a liquid level sensor 323 in the tank, and the water stored in the drinking water tank provides drinking water through the drinking water supply control valve 324 at the bottom; drinking water can also pass through the drinking water supply tank outlet control valve 339, and the electrodeionization device booster pump 401 , is connected to the electric deionization device inlet water conductivity meter 409, after which the water flow is divided into three streams, one of which is used as fresh water inlet water through the fresh water inlet control switch 410A, the fresh water inlet flow meter 411A, and the fresh water inlet pressure gauge 412A. The fresh water produced after the treatment by the ion device 402 flows through the fresh water effluent online pH meter 413A, the fresh water effluent online conductivity meter 414A, and the fresh water effluent online resistivity meter 415; The concentrated water inlet flowmeter 411B and the concentrated water inlet pressure gauge 412B enter the electrodeionization device 402, and the concentrated water flowing out from the concentrated water hole of the electrodeionization device 402 passes through the concentrated water outlet pH meter 413B, and the concentrated water outlet is online. After the conductivity meter 414B is discharged, there is another one as the pole water through the pole water inlet control switch 410C, the pole water inlet flowmeter 411C, and the pole water inlet pressure gauge 412C after entering the electrodeionization device 402 and then discharged from the pole water discharge pipeline. , the fresh water produced by the electrodeionization device is connected to the refined activated carbon adsorber 404 through the circulating water pump 403 and the water inlet control switch 416, and the water after the activated carbon adsorption treatment enters the ultraviolet sterilizer 405 and the microfiltration device 406 for further processing and then flows into the medicine The special storage tank 407 for water and the special storage tank for medical water are provided with a liquid level sensor 417. The water stored in the special storage tank 407 for medical water enters the automatic packaging device 408 for bagged water through the water outlet control valve 418 of the special storage tank for medical water for bagging. Afterwards, provide bagged medical water for injection.

The water quality of a certain river is: pH 7.25, turbidity 128NTU, conductivity 150μS/cm, TDS 56mg/L, total number of colonies 4000CFU/mL.

The water quality in the domestic water supply tank is: pH 7.12, turbidity 0.38NTU, conductivity 138mg/L, TDS 34.6mg/L, SO ₄ ^2- 88.6 mg/L, F ^- 0.52mg/L, Cl ^- 97.1mg/L L, the total hardness was 24.8 mg/L, the total E. coli was not detected, and the total number of colonies was 12 CFU/mL.

The water quality in the drinking water supply tank is: pH 7.05, turbidity 0.02NTU, conductivity 13.9μS/cm, SO ₄ ^2- 0.58mg/L, F ^- 0.07 mg/L, Cl ^- 2.32mg/L, NO ₃ ^- 0.36mg/L, the total number of colonies is 0.01CFU/mL, which meets the national drinking water quality standard.

The water quality of medical injection water is: pH 6.86, resistivity 15.2MΩ.cm, K ⁺ 0.38mg/L, Na ⁺ 0.88mg/L, NH ₄ ⁺ 0.10mg/L Zn ²⁺ 0.08mg/L, Cu ²⁺ 0.06mg /L, F ^- 0.07mg/L, Cl ^- 0.32mg/L, NO ₃ ^- 0.04mg/L, SO ₄ ^2- 0.04mg/L, bacterial endotoxin 0CFU/mL, in line with the Chinese Pharmacopoeia water for injection standard water quality standards.

The above descriptions are only the embodiments of the present invention, and are not intended to limit the scope of the patent of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the description and drawings of the present invention, or directly or indirectly applied to other related All technical fields are similarly included in the scope of patent protection of the present invention.

Claims (12)

1. The present invention relates to an intelligent integrated emergency water treatment equipment, including a pretreatment unit, a domestic water supply unit, a drinking water supply unit, a medical water supply unit, a water quality detection unit, a power supply unit and an intelligent control unit. It is as follows: the pretreatment unit is responsible for introducing the raw water into the water supply tank after the quality treatment; the domestic water supply unit is responsible for providing domestic water after primary treatment of the pretreated water; the drinking water The water supply unit is responsible for providing drinking water after advanced treatment of the water after primary treatment; the medical water supply unit is responsible for providing medical water after precision treatment of the water after advanced treatment; the water quality testing unit is responsible for Analysis and monitoring of raw water, domestic water, drinking water, and medical water quality; the power supply unit ensures the stable operation of the integrated emergency water treatment equipment with or without external power supply; the intelligent control unit is responsible for The drive, switching, operation and shutdown control of each unit and the collection of various sensor signals; the device adopts an integrated design, the pretreatment unit, the domestic water supply unit, the drinking water supply unit, the medical water supply unit, All unit equipment of the water quality testing unit, power supply unit and intelligent control unit are fixed at the bottom of a 20ft standard container. Each unit can be operated independently, or the equipment components of multiple units can be operated in series or in parallel. Water supply needs, choose different treatment processes, so as to achieve the optimal combination of various treatment processes and one-stop water supply. 2. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: the pretreatment unit comprises a raw water pump, a three-method water purification integrated device, a disinfection device, a water supply tank and a water quality detection device system; the raw water is divided into slightly polluted water and heavily polluted water after being analyzed by the water quality detection system. The slightly polluted water is introduced into the disinfection device for treatment and then enters the water supply tank, and the heavily polluted water is efficiently removed from organic pollutants. The capable three-method water purification integrated device and disinfection device enter the water supply tank after treatment to provide water for subsequent units. 3. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: the domestic water supply unit comprises a water supply pump, an activated carbon adsorber, a precision filter, a booster pump, A ceramic membrane filter and a domestic water supply tank; the domestic water supply tank is provided with at least one faucet, which can provide domestic water directly, or can be connected with existing domestic water facilities through pipes to provide domestic water. 4. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: the drinking water supply unit comprises two advanced treatment systems of nanofiltration and reverse osmosis, and the above two advanced treatment systems Can be operated individually, in parallel or in series. 5. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: the medical water supply unit comprises two water supply systems of purified water for the pharmaceutical industry and water for medical injection, and the above two water supply systems Systems can be operated individually, in parallel or in series. 6. An intelligent integrated emergency water treatment equipment according to claim 1, wherein the water quality detection unit comprises a portable detection instrument and an online analysis instrument; the portable detection instrument comprises a portable water quality detector, Water detection box and portable radiographic measuring instrument for quantitative detection of radionuclides; the online analysis instruments include online water quality detection instrument, online turbidity meter, online residual chlorine analyzer, online conductivity, online pH Meter and online resistivity meter, through the detection of raw water quality, the water source can be selected scientifically, the water treatment process can be selected in a targeted manner, the water treatment operation parameters can be reasonably set, and the product water quality can be tested to ensure the safety of the product water. 7. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: the power supply system adopts a dual power supply mode, and in an emergency situation without external power supply, the power generation system is used for The emergency water treatment equipment is powered. 8. An intelligent integrated emergency water treatment equipment according to claim 1, wherein the intelligent control unit comprises a DCS controller, a frequency converter, a sensor, a computer system, a running state simulation screen and a control cabinet , The control mode has manual control mode and automatic control mode. The whole system has interlock protection, phase sequence identification and alarm functions. Based on the data collected by the water treatment device under continuous operation conditions, the best process flow, The best operating status and the most accurate operating data. 9. An intelligent integrated emergency water treatment equipment according to claim 1, characterized in that: each equipment in the emergency water treatment equipment adopts a soft connection, each equipment uses standard components, and each component passes through Standard connectors are used for quick connection and combination. Each component of the equipment is integrated through the support frame, and at the same time is connected to the reinforcement frame. The reinforcement frame and the vehicle are connected by bolts and shock washers to ensure the operation, maintenance and transportation of the emergency water treatment equipment. safety in the process. 10. The intelligent integrated emergency treatment equipment according to claim 4, wherein the nanofiltration advanced treatment system in the drinking water supply unit comprises a pressurized pump, a nanofiltration device, and a circulating water pump connected in sequence , refined activated carbon adsorber, ultraviolet sterilizer, microfiltration device and drinking water supply tank; the reverse osmosis advanced treatment system includes high pressure pump, reverse osmosis device, ultraviolet sterilizer, drinking water supply tank; according to the type of pollutants in the water different, start different deep processing systems. 11. An intelligent integrated emergency treatment equipment according to claim 5, characterized in that: the purified water supply system for the pharmaceutical industry in the medical water supply unit comprises a circulating water pump, a refined activated carbon filter, an ultraviolet sterilization The water supply system for medical injection includes a booster pump, an electrodeionization device, a circulating water pump, a refined activated carbon filter, an ultraviolet sterilizer, Microfiltration device, special storage tank for medical water, automatic packaging device for bagged water; according to different water supply needs, open different medical water supply systems. 12. An intelligent integrated emergency treatment equipment according to claim 11, characterized in that: the concentrated and fresh water chambers of the electrodeionization equipment in the medical water for injection water supply system are filled with ion exchange resin, and the operation mode is: Automatic reversion.

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