CN209507919U - A kind of sewage disposal of hospital device with control unit - Google Patents

Abstract

The utility model relates to a kind of sewage disposal of hospital device with control unit, is related to water-treatment technology field, including grid, conditioning tank, hydrolysis acidification pool etc.；Sensing device is equipped in these equipment, sensing device is connected with the front end data acquisition unit in Intellectualized controller；Intellectualized controller includes data collection system, GPRS DTU module, Internet public network and data center processing server；Data collection system is connect with GPRS DTU module, and GPRS DTU module is connect by Internet public network with data center processing server；Data collection system includes built-in industrial control machine, data converter, front end data acquisition control unit, host intelligent control center, the sensing device and alarm being arranged in each equipment.The device of the utility model can collect and analyze equipment running status information, find operation problem in time, realize data efficient, fast processing and analysis using information platform, guarantee the intelligent animal farm wastewater processing unit that equipment operates normally.

Description

A kind of sewage disposal of hospital device with control unit

Technical field

The utility model relates to a kind of sewage-treatment plant, in particular to a kind of sewage disposal of hospital with control unit Device is related to water-treatment technology field.

Background technique

In recent years, with the raising of hospital sewage emission standard, national urban is dedicated at preferably preferable sewage Science and engineering skill improves original treatment process, so that sewage discharge reaches the requirement of new discharge standard.But also there is phase It is restricted when drug in some provinces is lower to hospital sewage emission request, and by many factors such as economy, the processing of hospital sewage Technique more falls behind.But the sewage treatment process for selecting with low investment, high treating effect, computer-aided traffic control, occupied area small It is total development trend.

The typical process of hospital sewage coagulation is level-one precipitating plus disinfection.This process is suitable under sewage row's labor market political affairs The hospital of water channel, especially some general hospitals.For China's present case, it is after the Hospital Sewage Treatment of most cities People's city sewer is arranged, therefore usually only carries out coagulation.But with the raising of hospital sewage emission standard, some big cities doctor Institute also active adoption two stage treatment to ensure the water quality that is discharged after handling.

Two stage treatment is usually biological treatment, frequently with processing method have: bio-disc system, biological contact oxidation process, Jet-flow aeration method, oxidation ditch process, tower biological filter method etc..These technologies belong to biological oxidation process, are usually exposed using air blast Gas, mechanical aeration etc. make the microorganisms mass propagation such as fungi in sewage, to adsorb and aoxidize the nuisances such as the organic matter in sewage Matter.Two stage treatment technique is suitable for the case where hospital sewage row's people's Water of the earth's surface, can biologic contamination to sewage, physics and chemistry it is dirty Dye and poisonous and harmful substance carry out overall treatment.Although it is preferable that biological oxidation process handles sewage effluent quality, can generate a large amount of Activated sludge, Treatment of Sludge need to be carried out, which increase process flow, increase processing cost；Meanwhile aeration can make air At secondary pollution；In addition, the biological treatment of sewage residence time is longer, larger process facility occupied area is also its weakness.Therefore, Most hospitals are gradually transformed or create more advanced sewage treatment project to original technique, to improve effluent quality, make Qualified discharge.

There are many disinfection of hospital sewage processing method, are broadly divided into physical method and chemical method two major classes.Physical method There are radiation method, ultraviolet method, heating, freezing etc..It is carried out disinfection processing, is commonly available to hospital sewage with physical method The lesser situation of sewage quantity, and its treatment effect be often not so good as it is obvious using chemical method, but the method have the advantages that it is prominent, i.e., without Secondary pollution.More common in physical method is ultraviolet sterilization, have quickly, equipment it is simple, it is easy to maintenance, without secondary dirt The advantages that dye, but disadvantage is that sewage pre-treatment requires strictly, processing water is smaller, easily interfered by organic matter and nothing is held Continuous disinfection.Chemical method includes using halogen, the Chemical treatments such as ozone, heavy metal ion, cationic surfactant. Wherein, more common is chlorination and ozone disinfection.Ozone bactericidal effect is splendid, has more than 100 years history, West Europe is especially generallyd use in France.But ozone preparation and maintenance cost are higher, equipment not manageability；Meanwhile by sub- China The reasons such as ozone generator performance is unstable, generation ozone is easily decayed in water, therefore Ozone seldom uses in China.It answers in China With being most widely chlorination, for the eighties frequently with liquid chlorine method, the method is stable with treatment effect, equipment is simple, throws The advantages such as money saves, occupied area is small, running expense is low, but safety is poor, it is necessary to the leakage of liquid chlorine is prevented, in order to avoid cause personnel Casualty accident；The nineties are stable using more sodium-hypochlorite process method treatment effect, equipment is simple, capital expenditure saves, account for Ground area is few, running expense is low, management safe ready.

According to the current economic technology condition of relative national standards and China, the treatment principle of hospital sewage should be: the first, Ensure that sterilization effect makes up to state sewage emission standard；The second, be considered as the row of sewage discharge to and receiving water body Requirement with environmental functional to water quality.The total technological process of Hospital Sewage Treatment generally includes the pretreatment of sewage and disappearing for sewage Malicious two large divisions.The pretreatment of sewage generallys use coagulation and two stage treatment (biochemical treatment).Overwhelming majority hospital, China Sewage treatment all uses level-one or two stage treatment, and the sewage to carry out disinfection again after pretreatment can generally reach national environmental protection The requirement of department and epidemic prevention department to Hospital Sewage Treatment.Currently, disinfection of hospital sewage processing in China's mainly uses and adds bleaching Powder, liquid grade, secondary sour sodium etc..

Aerobic biological treatment drops that is, under aerobic conditions by the effect of aerobic microbiological (mainly aerobic bacteria) The method for solving pollutant.The state difference that this method is in the processing system according to aerobic microbiological can be divided into activated sludge process With two class of biofilm.

Anaerobic biotreatment method is organic contamination of being degraded in the absence of oxygen using facultative anaerobic bacteria and obligate anaerobe The processing technique of object.During anaerobic bio-treated, complicated organic compound is degraded and is converted into simple, stable change Object is closed, is released energy simultaneously, wherein most energy occurs in the form of methane.

There is also such or such problems for the processing of hospital sewage for existing sewage water treatment method and equipment, such as locate It manages inefficient, at high cost, inconvenient for operation etc..

Sludge drying pond in traditional biological treatment there are the problem of be mainly manifested in: 1, when mummifying pool filtrate is blocked up Obstruction is easily caused, floating material (oil) floats on top layer, and water is in centre, and sludge is in lowest level, since floating material (oil) has separated water With the contact surface of air and can not natural evaporation and filtering, when filter material layer is excessively thin, and the purpose of filtering is not had, to make dirt Mud desiccation effect is undesirable.2, when the organic sludge that desiccation medical sewage generates, 3 months or so time is needed, and every Secondary cleaning sludge Shi Douhui takes away a large amount of filtrate, and climate variation is affected.And to the nothing that sewage containing oil slick generates Machine sludge then needs the time of or so half a year, also will cause greasy dirt bring latent fire hazard.3, the cleaning of traditional sludge mummifying pool is dirty Mud is time-consuming, laborious, moreover, also will cause solid waste to the sludge containing oil slick because not separating greasy dirt and produce to environment Raw new pollution.

In addition, different batches, different types of hospital sewage, the content of the nutrients such as indices such as nitrogen and phosphorus has Institute is different, can generate biggish fluctuation.Currently, hospital sewage treating apparatus generally selects approved product, it cannot be according to reality Situation carries out Site Design, and designed capacity and actual sewage amount have relatively large deviation, is frequently encountered processing capacity deficiency or investment The consequences such as waste.The distinct disadvantage of hospital sewage treating apparatus be the dynamic change that cannot cope with process object, power expend it is big, The problems such as operational and administrative expenses is higher and equipment is easy to damage.

Therefore it provides one kind can collect and analyze equipment running status information, operation problem is found in time, utilizes information Platform realize data efficient, fast processing and analysis, guarantee equipment operate normally intelligentized hospital sewage treating apparatus just at For technical field technical problem urgently to be solved.

Utility model content

The purpose of the utility model is to provide one kind effectively prevent sludge blockage filtrate gap, extend the filter material replacement time, It reduces use cost, improve Treatment of Sludge effect, operational management conveniently, and equipment running status letter can be collected and analyzed Breath, finds operation problem in time, realizes data efficient, fast processing and analysis using information platform, guarantees what equipment operated normally Intelligentized hospital sewage treating apparatus.

The above-mentioned purpose of the utility model is achieved through the following technical solutions:

A kind of sewage disposal of hospital device with control unit, it is characterised in that: including grid, conditioning tank, hydrolysis acid Change pond, anoxic pond, aerobic tank, bioreactor membrane cisterna, sterilization pool, sludge-tank, mummifying pool and emergency lagoon；The grid passes through pipe Road is connected with conditioning tank, and the conditioning tank is connected by pipeline with hydrolysis acidification pool, and the hydrolysis acidification pool is by pipeline and lacks Oxygen pond is connected, and the anoxic pond is connected by pipeline with aerobic tank, and the aerobic tank passes through pipeline and bioreactor membrane cisterna phase Even, the bioreactor membrane cisterna is connected by pipeline with sterilization pool；The bioreactor membrane cisterna on the one hand pass through pipeline with Sludge-tank is connected, and is on the other hand connected respectively with aerobic tank and anoxic pond by pipeline, forms reflux connection；The sedimentation basin Supernatant is back to conditioning tank by pipeline；Sludge-tank is connected with mummifying pool；The anoxic pond, aerobic tank, bioreactor film Pond is equipped with roots blower；The grid is also connected with emergency lagoon, the emergency lagoon, hydrolysis acidification pool, anoxic pond, aerobic tank, Bioreactor membrane cisterna, sterilization pool, sludge-tank are connected with ion deodorization device；Filler in the aerobic tank is the big plastics of double-round Ring, outer ring are hydroformylation fiber or dacron thread, and inner ring is flakes plastics branch；The mummifying pool is perforated outside pvc pipe using upright Packet nylon wire；Grid, hydrolysis acidification pool, anoxic pond, aerobic tank, bioreactor membrane cisterna, sterilization pool, sludge-tank, is done conditioning tank Change and is equipped with sensing device on pond and emergency lagoon, the front end data acquisition unit in the sensing device and Intellectualized controller It is connected；Intellectualized controller includes data collection system, GPRS DTU module, Internet public network and data center processing clothes Business device；Data collection system is connect with GPRS DTU module, and GPRS DTU module passes through at Internet public network and data center Manage server connection；Data collection system includes built-in industrial control machine, data converter, front end data acquisition control unit, master Machine intelligent control center, the sensing device and alarm being arranged in each equipment, built-in industrial control machine pass through data converter It being connect with the data output of host intelligent control center, built-in industrial control machine is connected with front end data acquisition control unit, Front end data acquisition control unit is connected with alarm, and front end data acquisition control unit is respectively with setting in each equipment Sensing device be connected；Built-in industrial control machine is serviced by GPRS DTU module and Internet public network and data center's processing Device is connected.

Preferably, the host intelligent control center is additionally provided with local data storage.

Preferably, the front end data acquisition control unit includes acquisition terminal module.

Preferably, acquisition terminal module compatible equipment layer RJ45, RS-485 interface.

Preferably, the interface of the acquisition terminal module is RJ45.

Preferably, the communications protocol of the acquisition terminal module is TCP/IP.

Preferably, the mummifying pool includes pond body, filter material layer and water drainage part.

Preferably, the filter material layer is divided into two to three layers, and every layer of 20-30 cm thick, filtrate is anthracite, active carbon, quartz Sand or cinder.

Preferably, the top brick of the water drainage part or the preferable cover plate lid of permeability are flat, bottom and drainpipe network management Bottom flushes.

The utility model has the advantages that

The sewage disposal of hospital device with control unit of the utility model can collect and analyze equipment running status Information finds operation problem in time, realizes data efficient, fast processing and analysis using information platform, guarantees that equipment operates normally； Meanwhile the filling-material structure in the sewage disposal of hospital device with control unit of the utility model in aerobic tank is by plastics circle Piece clinching is changed to the big plastic hoop of double-round, and hydroformylation fiber or dacron thread are pressed on the ring of ring, fibre bundle is uniformly distributed；Inner ring It is flakes plastics branch, biofilm and can effectively cuts bubble, improve the transfer rate and utilization rate of oxygen, keeps aqueous vapor raw Object film is sufficiently exchanged, and the organic matter in water is made to obtain efficient process；Mummifying pool is using upright perforation pvc pipe outsourcing nylon Net effectively prevents sludge blockage filtrate gap, extends the filter material replacement time, reduce use cost, improve at sludge Effect is managed, and operational management is convenient.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the sewage disposal of hospital device with control unit of the utility model embodiment 1.

Fig. 2 is the knot of the mummifying pool in the sewage disposal of hospital device with control unit of the utility model embodiment 1 Structure schematic diagram.

Main parts size title

1 mummifying pool ontology, 2 water inlet

The 3 upright perforation pvc pipe outsourcing nylon wires of filtering walls 4

5 filter material layer, 6 supporting layer

7 discharge outlet, 8 water drainage part

Specific embodiment

Embodiment 1

As shown in Figure 1, being that the structure of the sewage disposal of hospital device with control unit of the utility model embodiment 1 is shown It is intended to；The sewage disposal of hospital device with control unit of the utility model embodiment 1 includes grid, conditioning tank, hydrolysis acid Change pond, anoxic pond, aerobic tank, bioreactor membrane cisterna (MBR), sterilization pool, sludge-tank, sludge drying pond and emergency lagoon；It is described Grid is connected by pipeline with conditioning tank, and the conditioning tank is connected by pipeline with hydrolysis acidification pool, the hydrolysis acidification pool It is connected by pipeline with anoxic pond, the anoxic pond is connected by pipeline with aerobic tank, and the aerobic tank passes through pipeline and life Object reactor membrane cisterna (MBR) is connected, and the bioreactor membrane cisterna (MBR) is connected by pipeline with sterilization pool；The biology Reactor membrane cisterna (MBR) is on the one hand connected with sludge-tank by pipeline, on the other hand pass through pipeline respectively with aerobic tank and anoxic Pond is connected, and forms reflux connection；The supernatant of the sedimentation basin is back to conditioning tank by pipeline；Sludge-tank and sludge drying pond It is connected；The anoxic pond, aerobic tank, bioreactor membrane cisterna (MBR) are equipped with roots blower；The grid also with emergency lagoon phase Even, the emergency lagoon, hydrolysis acidification pool, anoxic pond, aerobic tank, bioreactor membrane cisterna (MBR), sterilization pool, sludge-tank with Ion deodorization device is connected；Grid, conditioning tank, hydrolysis acidification pool, anoxic pond, aerobic tank, bioreactor membrane cisterna (MBR), disinfection Sensing device, the sensing device and intelligence are equipped on pond, sludge-tank, sludge drying pond, ion deodorization device and emergency lagoon Front end data acquisition unit in control device is connected；Intellectualized controller includes data collection system, GPRS DTU module, Internet public network (data transmission network system) and data center processing server (data processing system)；Data collection system It is connect with GPRS DTU module (data transmission network system), GPRS DTU module passes through at Internet public network and data center Manage server connection；Data collection system includes built-in industrial control machine, data converter, front end data acquisition control unit, master Machine intelligent control center, the sensing device and alarm being arranged in each equipment, built-in industrial control machine pass through data converter It being connect with the data output of host intelligent control center, built-in industrial control machine is connected with front end data acquisition control unit, Front end data acquisition control unit is connected with alarm, and front end data acquisition control unit is respectively with setting in each equipment Sensing device be connected；Built-in industrial control machine is serviced by GPRS DTU module and Internet public network and data center's processing Device (data processing system) is connected.

Data center's processing server (data processing system) includes server and connected data processing centre Local area network, data center's processing server (data processing system) are equipped with firewall, and the data output of data collection system is RS232, RS485 or RJ45 network interface, data collection system are equipped with local data storage, and data transmission network system can To be GPRS, 3G or 4G wireless data transmission network system.

Front end data acquisition control unit includes acquisition terminal module, and compatible equipment layer RJ45, RS-485 interface, acquisition is eventually The interface of end module is RJ45, and the communications protocol of acquisition terminal module is TCP/IP, and acquisition terminal module passes through GPRS DTU mould Block is communicated with MODBUS agreement with data center's processing server (data processing system) via 4G mobile radio communication, acquisition terminal The acquisition of module collection data, data storage, data are transmitted in one.

Data collection system is connect by RS485 interface with GPRS DTU module (wireless data transmission network system), (wireless data transmission network system, GPRS DTU are a kind of Internet of Things wireless data terminals to GPRS DTU module, are provided for user Wireless long-range data transfer function, using high performance 8/16/32 bit walk processor of technical grade and technical grade wireless module, Using embedded real-time operating system as software support platform, while RS232 and RS485 (or RS422) interface are provided, can directly connected Serial equipment is connect, realizes data transparent transmission function) multiple (less than 127) remote transmission websites are accommodated in a network segment, Settable multiple network segments, while data remote transmission is carried out parallel.Sensing device can be temperature sensor, pressure sensor, Humidity sensor etc..

Grid in the sewage disposal of hospital device with control unit of the utility model can be planar grille can also To be curved surface grid；Curved surface grid can be fixed curved surface grid and be also possible to rotate drum grid；It can be coarse rack (50 ~100mm), middle grid (10~40mm), fine fack (1.5~10mm) neutralize it is any.

Hydrolysis acidification pool anti-shock loading energy in the sewage disposal of hospital device with control unit of the utility model Power is strong, when influent COD is 1000mg/l, still ensures that water outlet in 200mg/l, can play extraordinary buffer function；Hydrolysis Acidification pool hydraulic detention time is short, and civil engineering costs is lower, and operating cost is low, and power consumption is low, and sludge hydrolytic rate is high, reduces dehydration Machine runing time reduces energy consumption.

Hydrolysis acidification pool in the sewage disposal of hospital device with control unit of the utility model is when running one section Between after discovery: sludgd deposition occurs for hydrolysis acidification pool in pond, is even in the worst case sludge entirely in even entire pond, and have part dead Mud floats, and finds that main cause is that hydrolysis acidification pool diving mixer power is too small through analysis, along with sludge reflux amount is excessive, Media density is too big in pond, and diving mixer can not make whole pond mud mixture roll, and leads to that sludgd deposition phenomenon occurs, By reducing hydrolysis acidification pool sludge reflux amount to 10% hereinafter, sludgd deposition can be solved the problems, such as substantially, but system dephosphorization efficiency It is substantially reduced with hydrolysis acidification function, so the utility model passes through roots blower very good solution this problem.

It is generally believed that sewage carries out sufficient ammoniation after entering hydrolysis acidification pool, hydrolytic tank is discharged ammonia nitrogen than water inlet It increased.And the case where according to certain sewage treatment plant's actual motion utility model device, when hydrolysis acidification pool hydraulic retention Between in 6.4h, sludge age reaches 45.34% in 7d or so, hydrolysis acidification pool ammonia nitrogen average removal rate, and kelvin nitrogen removal efficiency is 43.1%, nitrogen removal rate 36.9%；Make a concrete analysis of reason: removal ammonia nitrogen is generally acted on assimilation, nitration denitrification It realizes, assimilation removal is general less, by calculating removal rate only 10% or so, and the condition of general nitration denitrification Do not have, such as dissolved oxygen, hydraulic detention time factor；Therefore the reaction for certainly existing another form of removal ammonia nitrogen is deposited The phenomenon that there may be Anammoxs for, preliminary analysis, but further it need to analyze and study.

It is dived under water in the sewage disposal of hospital device with control unit of the utility model by being arranged in hydrolysis acidification pool Blender forms interior current return circuit, in conditioning tank and sludge-tank between anoxic pond, aerobic tank, bioreactor membrane cisterna (MBR) Between form supernatant current return circuit, the sanitary sewage high to nitrogen sulphur phosphorus content has carried out efficient process, whole device is at low cost, It is easy to operate, and reach pollutant emission index.

The filling-material structure in aerobic tank in the sewage disposal of hospital device with control unit of the utility model be by Plastic disks clinching is changed to the big plastic hoop of double-round, and hydroformylation fiber or dacron thread are pressed on the ring of ring, divide fibre bundle uniformly Cloth；Inner ring is flakes plastics branch, biofilm and can effectively cut bubble, improve the transfer rate and utilization rate of oxygen, make Aqueous vapor biomembrane is sufficiently exchanged, and the organic matter in water is made to obtain efficient process.Filler in the utility model in aerobic tank It is made of developing on the basis of soft-filler and semi soft packing, the advantages of both having concurrently；This is also the utility model The place of innovative point.

As shown in Fig. 2, being the desiccation in the sewage disposal of hospital device with control unit of the utility model embodiment 1 The structural schematic diagram in pond；Wherein, 1 is mummifying pool ontology, and 2 be water inlet, and 3 be filtering wall, and 4 be upright perforation pvc pipe outsourcing Buddhist nun Imperial net, 5 be filter material layer, and 6 be supporting layer, and 7 be discharge outlet, and 8 be water drainage part；The mummifying pool of the utility model includes: mummifying pool Pond body 1, water inlet 2, filtering wall 3, upright perforation pvc pipe outsourcing nylon wire 4, filter material layer 5, supporting layer 6, discharge outlet 7 and draining Component 8, mummifying pool pond body: according to soil property difference, building out basis with block stone or pachyrhizus stone (granite), fills bottom, water with concrete Cement mortar is levelling with 5% ratio drop along ditch direction, and pool wall can also be built with brick or armored concrete, and side wall was equipped with Filter wall 3；Top layer is upright perforation pvc pipe outsourcing nylon wire 4, and here is filter material layer 5: can be divided into two to three layers, every layer of 20- 30 cm thicks, filtrate may be selected anthracite, active carbon, quartz sand, cinder etc., the granularity of filtrate should according to the dewatering of sludge come It determines；It is further below supporting layer 6, bottommost is equipped with water drainage part 8: the top of water drainage part 8 brick or permeability are preferably covered Plate lid is flat, and water drainage part 8 is flushed by discharge outlet 7 with plant area nearest drainage pipeline networks tube bottom, is also provided with mud-scraping apparatus (in figure It does not mark).

5 top of filter material layer is equipped in mummifying pool in the sewage disposal of hospital device with control unit of the utility model Upright perforation pvc pipe outsourcing nylon wire 4, effectively prevents sludge blockage filtrate gap, extends the filter material replacement time, reduce Use cost improves Treatment of Sludge effect, and operational management is convenient；By adding mud-scraping apparatus and filtering wall and process matched therewith Pipeline enhances sludge drying process drainability, desiccation significant effect；The mummifying pool rebuilding construction convenience of the utility model, Simple process is worth promoting and applying when newly-built plant stand or reorganization and expansion.

Bioreactor membrane cisterna (MBR) in the sewage disposal of hospital device with control unit of the utility model includes Microbe colony, membrane module, collecting system, outlet system and aerating system；Bioreactor membrane cisterna (MBR) is using in polypropylene Empty fiber membrane element, raw water on the outside of film, walk on the inside of film by purified water, and reflux ratio is high, and flow velocity of the water in membrane tube is big, is conducive to subtract Small fouling membrane.Mixing wastewater with air backwash process is used simultaneously, and membrane element can be effectively protected in the scouring by air to film surface Part, Membrane cleaning effect is good, can effectively remove impurity, the delivery turbidities such as bacterium, microorganism and the suspended matter in water and be bordering on zero.

Preferred embodiments of the present invention, still, the utility model and unlimited are described in detail in conjunction with attached drawing above Detail in above embodiment can be to the skill of the utility model in the range of the technology design of the utility model Art scheme carries out a variety of simple variants, these simple variants belong to the protection scope of the utility model.

Claims (9)

1. a kind of sewage disposal of hospital device with control unit, it is characterised in that: including grid, conditioning tank, hydrolysis acidification Pond, anoxic pond, aerobic tank, bioreactor membrane cisterna, sterilization pool, sludge-tank, mummifying pool and emergency lagoon；The grid passes through pipeline It is connected with conditioning tank, the conditioning tank is connected by pipeline with hydrolysis acidification pool, and the hydrolysis acidification pool passes through pipeline and anoxic Pond is connected, and the anoxic pond is connected by pipeline with aerobic tank, and the aerobic tank is connected by pipeline with bioreactor membrane cisterna, The bioreactor membrane cisterna is connected by pipeline with sterilization pool；On the one hand the bioreactor membrane cisterna passes through pipeline and sludge Pond is connected, and is on the other hand connected respectively with aerobic tank and anoxic pond by pipeline, forms reflux connection；The supernatant of the sedimentation basin Liquid is back to conditioning tank by pipeline；Sludge-tank is connected with mummifying pool；The anoxic pond, aerobic tank, bioreactor membrane cisterna are equal Equipped with roots blower；The grid is also connected with emergency lagoon, the emergency lagoon, hydrolysis acidification pool, anoxic pond, aerobic tank, biology Reactor membrane cisterna, sterilization pool, sludge-tank are connected with ion deodorization device；Filler in the aerobic tank is the big plastic hoop of double-round, Outer ring is hydroformylation fiber or dacron thread, and inner ring is flakes plastics branch；The mummifying pool is using upright perforation pvc pipe outsourcing Buddhist nun Imperial net；Grid, conditioning tank, hydrolysis acidification pool, anoxic pond, aerobic tank, bioreactor membrane cisterna, sterilization pool, sludge-tank, mummifying pool With sensing device, the sensing device and the front end data acquisition unit phase in Intellectualized controller are equipped on emergency lagoon Even；Intellectualized controller includes data collection system, GPRS DTU module, Internet public network and data center processing service Device；Data collection system is connect with GPRS DTU module, and GPRS DTU module is handled by Internet public network and data center Server connection；Data collection system includes built-in industrial control machine, data converter, front end data acquisition control unit, host Intelligent control center, the sensing device and alarm being arranged in each equipment, built-in industrial control machine by data converter with The data output of host intelligent control center connects, and built-in industrial control machine is connected with front end data acquisition control unit, preceding End data acquisition control unit is connected with alarm, front end data acquisition control unit respectively be arranged in each equipment Sensing device is connected；Built-in industrial control machine passes through GPRS DTU module and Internet public network and data center's processing server It is connected.

2. the sewage disposal of hospital device according to claim 1 with control unit, it is characterised in that: the host intelligence The center of can control is additionally provided with local data storage.

3. the sewage disposal of hospital device according to claim 2 with control unit, it is characterised in that: the front end number It include acquisition terminal module according to acquisition control unit.

4. the sewage disposal of hospital device according to claim 3 with control unit, it is characterised in that: the acquisition is eventually End module compatible equipment layer RJ45, RS-485 interface.

5. the sewage disposal of hospital device according to claim 4 with control unit, it is characterised in that: the acquisition is eventually The interface of end module is RJ45.

6. the sewage disposal of hospital device according to claim 5 with control unit, it is characterised in that: the acquisition is eventually The communications protocol of end module is TCP/IP.

7. the sewage disposal of hospital device according to claim 6 with control unit, it is characterised in that: the mummifying pool Including pond body, filter material layer and water drainage part.

8. the sewage disposal of hospital device according to claim 7 with control unit, it is characterised in that: the filter material layer It is divided into two to three layers, every layer of 20-30 cm thick, filtrate is anthracite, active carbon, quartz sand or cinder.

9. the sewage disposal of hospital device according to claim 8 with control unit, it is characterised in that: the Drainage Division The preferable cover plate lid of top brick or permeability of part is flat, and bottom is flushed with drainage pipeline networks tube bottom.