CN109410088A - A kind of sewage water treatment method using technology of Internet of things - Google Patents
A kind of sewage water treatment method using technology of Internet of things Download PDFInfo
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- 239000010865 sewage Substances 0.000 title claims abstract description 225
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 193
- 238000011282 treatment Methods 0.000 title claims abstract description 99
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- 238000005516 engineering process Methods 0.000 title claims abstract description 20
- 238000012544 monitoring process Methods 0.000 claims abstract description 84
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- 238000004062 sedimentation Methods 0.000 claims description 4
- XKMRRTOUMJRJIA-UHFFFAOYSA-N ammonia nh3 Chemical compound N.N XKMRRTOUMJRJIA-UHFFFAOYSA-N 0.000 claims description 3
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 claims description 3
- 238000007405 data analysis Methods 0.000 claims description 3
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- 239000001301 oxygen Substances 0.000 claims description 3
- 229910052760 oxygen Inorganic materials 0.000 claims description 3
- 239000000376 reactant Substances 0.000 claims description 2
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- 230000001473 noxious effect Effects 0.000 description 1
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Abstract
The present invention relates to a kind of sewage water treatment methods using technology of Internet of things, for the sewage disposal system being made of several sewage treatment works sections being connected to by sewage conduct, building includes sewage disposal system, comprehensively control electric-control system, server, the Internet of things system of mobile terminal, pass through water level sensor, the real-time monitoring of working condition monitor and water quality data monitor to sewage disposal system, server is analyzed and processed monitoring data and forms the report of sewage treatment information, and staff is presented to by mobile terminal, the program parameter of comprehensively control electric-control system is directly changed by mobile terminal by staff, realize the long-range control to sewage disposal system program parameter；The present invention thoroughly solves the problems, such as that employment of the enterprise in terms of sewage treatment is difficult, employment is at high cost, has very high practical application value by combination with Internet of Things technology, realizing comprehensive monitoring and working procedure debugging to sewage disposal process.
Description
Technical field
The present invention relates to technical field of sewage, more particularly to a kind of sewage treatment side using technology of Internet of things
Method.
Background technique
With the continuous development of human society, the sewage that industrial or agricultural generates is increasing, if sewage is not by special
Processing, it will the harm and adverse effect for being difficult to repair are generated to natural environment for the survival of mankind, as the mankind are to environment
Pay more attention to, the sewage of overwhelming majority manufacturing enterprises discharge at present, waste water requires to arrange by special biochemical treatment
It runs out.
Conventional sewage disposal system at present, mostly include following several basic sewage treatment steps: catching rubbish is different
Object, sewage standing make sediment deposition, biochemical treatment, oxygenolysis or the programs such as pharmacy disinfection are added, for different sewage
Type, complexity and the requirement of processing will change；For example, trade effluent may need to handle heavy metal substance or certain
The residual of a little noxious materials, domestic waste water then need more organic matter resolution process etc., these can all influence to discharge to the end
Water quality situation into environment, previous sewage disposal system are the work of timing sampling observation associated processing equipment or processing pond mostly
Make state, or the water quality of timing detection Sewage outlet ensures compliance with relevant emission standards, still, such detection mode
It is often not prompt enough, once associated processing equipment or water quality are abnormal, it is possible to and cause the sewage quality of discharge not reach
Mark, to cause the bad pollution to environment.
In general, enterprise existing sewage disposal system management in, in order to guarantee sewage disposal system links protect
Hold normal working condition, often arrange 2-3 people to each sewage treatment link carry out 24 hours it is continual monitoring and
It regularly maintains, such arrangement, one side enterprise greatly increases employed personnel's cost, on the other hand, due to hilllock
Position emolument does not meet expected and needs many factors such as night working, and post personnel resignation is more frequent, and enterprise is also required to
Again it spends longer time and energy to carry out recruitment, skills training, virtually increases for the human resource management of enterprise
Very big burden.
In view of this, how to design a kind of sewage water treatment method, asking for enterprise " employment hardly possible, employment time being short " can solve
Topic, so that in the sewage disposal process to enterprise, it can be complete to enterprise's sewage treatment in guarantee in conjunction with present science and technology
Under the premise of directional surveillance, failure find in time, control with adjustment, greatly reduce the utilization rate of employed personnel, to thoroughly change
The status of a pain spot of the fouling water process between government, enterprise and environment, is that technical field of sewage is urgently to be resolved
Technical problem.Therefore, the present inventor devises a kind of sewage water treatment method using technology of Internet of things, for existing skill
Technical problem on sewage treatment monitoring management existing for art is studied, and this method can be widely applied to related sewage treatment work
In industry.
Summary of the invention
For the above problem that existing enterprise occurs in sewage treatment management, it is an object of the invention to provide one kind
Using the sewage water treatment method of technology of Internet of things, either on duty still left the post by combination with Internet of Things technology, may be implemented
In the case of, staff whole sewage disposal system can be carried out working condition, the real-time monitoring of water quality situation with
Debugging, to thoroughly solve the problems, such as enterprise in the employment difficulty of the link.
Above-mentioned purpose according to the present invention proposes a kind of sewage water treatment method using technology of Internet of things, including by passing through
Sewage disposal system, comprehensively control electric-control system, the data of several sewage treatment works sections composition of sewage conduct connection are received
Storage, server and mobile terminal, and be connected through network network and constitute a sewage treatment internet of things, feature exists
In the sewage water treatment method includes the following steps:
Step 1: water level sensor is respectively provided in each sewage treatment works section, for detecting each sewage treatment works section
In sewage chamber height of water level value H；
Step 2: working condition monitor is respectively provided in each sewage treatment works section, for detecting each sewage treatment work
Make the working status parameter of the sewage disposal device in section；
Step 3: water quality data monitor being set in several specific sewage treatment works sections, for dirt therein
Water quality in water chamber carries out data collection and analysis, to obtain the water monitoring data under a variety of monitoring indexes；
Step 4: data collector is electrical with the water level sensor, working condition monitor, water quality data monitor respectively
Connection receives and stores above-mentioned height of water level data, operating state data and water monitoring data, and via on network path
Reach server；
Step 5: server carries out data process&analysis, forms the dirt of a sewage disposal system with timestamp feature
Water process information is reported and is stored in the memory of server；
Step 6: staff passes through administrator's login page in mobile terminal installation Intelligent sewage processing control software
Server is accessed, after logining successfully, server is by the sewage treatment information report feedback of sewage disposal system in mobile terminal
On display screen；
Step 7: being reported according to the sewage treatment information, staff can send work order to comprehensive by mobile terminal
Control electric-control system is closed, is remotely adjusted with the wastewater treatment process parameter to sewage disposal system, realizes sewage treatment system
Height of water level, equipment working state and the water quality of system are in range of normal value.
Preferably, in the step 5, the memory is previously stored with the first water level critical value of each sewage chamber
H1 and the second water level critical value H2, history water monitoring data library, water monitoring data degree of correlation reference value and for sentencing
Determine sewage disposal device whether the decision procedure of operation irregularity, wherein the first water level critical value H1 refer to ordinary water level highest
Value, the second water level critical value H2 refer to ordinary water level minimum；
And the step 5 has and includes the following steps:
Step 5.1: server compares the height of water level data H value and water level critical value H1, H2, work as H >
When H1, show that wastewater level is excessively high in corresponding sewage chamber, needs to accelerate at this time the speed that sewage is flowed out from the sewage chamber；When
When H < H2, show that wastewater level is too low in corresponding sewage chamber, needs to accelerate at this time the speed that sewage flows into the sewage chamber；
According to comparing result, the water level monitoring report of sewage disposal system is formed；
Step 5.2: server is sentenced in the decision procedure in the working status parameter boot memory of sewage disposal device
Fixed corresponding sewage disposal device whether operation irregularity, according to determining as a result, forming the sewage disposal device of sewage disposal system
Working condition report；
Step 5.3: server calculates the real-time water quality data in sewage chamber and pair in history water monitoring data library
The relevance degree of parameter is answered, and is compared with water monitoring data degree of correlation reference value, according to comparing result, is formed at sewage
The water quality monitoring of several sewage treatment works sections of the characteristics of reason system is reported；
Step 5.4: server reports the water level monitoring of each sewage treatment works section and sewage disposal device work shape
State report and the water quality monitoring of several sewage treatment works sections report are integrated into the sewage disposal system of current time stamp
The report of sewage treatment information, and be stored in the memory of server, so that staff learns the real-time of sewage disposal system
Working condition.
Preferably, in step 7, it is reported according to the water level monitoring of each sewage treatment works section, staff can be
The aperture of the water inlet proportioning valve and water outlet proportion valve of each sewage treatment works section is arranged in mobile terminal, and the comprehensively control is automatically controlled
It is automatic to change the water inlet proportioning valve that sewage treatment works section is corresponded in program and water outlet ratio after system receives this work order
The aperture of example valve, to realize that the water level in sewage chamber is at a normal level.
Preferably, the working status parameter of the sewage disposal device include equipment continuous operation time, operating temperature value,
Motor speed value etc. is set with the normal value range of corresponding running parameter in the decision procedure in the memory, in step 7
In, it is reported according to the sewage disposal device working condition of each sewage treatment works section, staff can set in mobile terminal
Long-range shutdown operation is set, carries out maintenance debugging for specific fault point to arrange maintenance personal to rush towards scene.
Preferably, in step 5.3, the water quality data of the water quality data monitor monitoring includes sewage PH value, temperature
The big monitoring index of value, electrical conductivity, dissolved oxygen amount and ammonia nitrogen concentration etc. five, the history water monitoring data are stored with n item in library
Normal water quality monitoring historical data, each history water quality data includes described five big monitoring index values；
Water quality monitoring for any monitoring index, in the currently monitored water quality data and history water monitoring data library
The relatedness computation formula of historical data are as follows:
Wherein, parameter c1、c2、c3It is related coefficient,For being averaged for current water quality data and n history water quality data
The difference of value, s are the standard deviation of current water quality data and n history water quality data, t0.95Indicate that confidence level is 95% heavily fortified point
Definite value；
When the corresponding relevance degree of all monitoring indexes is respectively less than corresponding degree of correlation reference value, then show corresponding dirt
Sewage quality in water treating module is qualified, and server is automatically using this water monitoring data and corresponding timestamp as new
One record, be stored in history water monitoring data library；
In step 7, it is reported according to the water quality monitoring of several sewage treatment works sections, staff can be mobile whole
The wastewater treatment process parameter of corresponding sewage treatment works section is arranged in end, and the comprehensively control electric-control system receives this work
It is automatic to change the wastewater treatment process parameter that sewage treatment works section is corresponded in program after instruction, to adjust corresponding sewage treatment
Water monitoring data in active section, is at normal level.
Preferably, the wastewater treatment process parameter can be sewage mixing time, sedimentation time or sewage reactant
The running parameters such as quantity.
The beneficial effects of the present invention are:
(1) by combination with Internet of Things technology, traditional needs being monitored sewage disposal system work on fixed console
Make state, is changed into and only needs a mobile terminal, can be realized to the comprehensive monitoring of sewage disposal process and working procedure
Debugging has very high reality to thoroughly solve the problems, such as that employment of the enterprise in terms of sewage treatment is difficult, employment is at high cost
Border application value；
(2) by storing history water monitoring data library and preset relevance degree calculation formula in the server, from
And instant computing and the analysis of water quality condition are realized, enough water quality data records are contained in history water monitoring data library
On the basis of, provide the analysis of instant water monitoring data and science for enterprise, solve existing needs cost it is longer when
Between analysis, chemical examination water sample, to farthest reduce when water quality occurs abnormal to environment bring adverse effect.
Detailed description of the invention
Fig. 1 is the flow diagram of sewage water treatment method of the invention；
Fig. 2 is server data processing flow schematic diagram of the invention.
Specific embodiment
It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.Reality in being described below
It applies example to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.The sheet defined in the following description
The basic principle of invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and without departing from this
The other technologies scheme of the spirit and scope of invention.
Referring to attached drawing 1, the present invention provides a kind of sewage water treatment methods using technology of Internet of things, including by passing through sewage
Pipeline connection several sewage treatment works sections constitute sewage disposal system, comprehensively control electric-control system, data collector,
Server and mobile terminal, and be connected through network network and constitute a sewage treatment internet of things, preferably implementing
In mode, several above-mentioned sewage treatment works sections can be rotational flow grit chamber, CAST technique biochemistry pool, final sedimentation tank or disappear
The sewage treatments such as malicious pond module, above-mentioned comprehensively control electric-control system can be the PLC controller by process control, above-mentioned mobile whole
End can be the digital products such as work smart phone, the tablet computer of enterprise；
The above-mentioned sewage water treatment method based on technology of Internet of things includes the following steps:
Step 1: water level sensor is respectively provided in each sewage treatment works section, for detecting each sewage treatment works section
In sewage chamber height of water level value H；
Step 2: working condition monitor is respectively provided in each sewage treatment works section, for detecting each sewage treatment work
Make the working status parameter of the sewage disposal device in section；
Step 3: water quality data monitor being set in several specific sewage treatment works sections, for dirt therein
Water quality in water chamber carries out data collection and analysis, to obtain the water monitoring data under a variety of monitoring indexes；
Step 4: data collector is electrical with the water level sensor, working condition monitor, water quality data monitor respectively
Connection receives and stores above-mentioned height of water level data, operating state data and water monitoring data, and via on network path
Reach server；
Step 5: server carries out data process&analysis, forms the dirt of a sewage disposal system with timestamp feature
Water process information is reported and is stored in the memory of server；
Step 6: staff passes through administrator's login page in mobile terminal installation Intelligent sewage processing control software
Server is accessed, after logining successfully, server is by the sewage treatment information report feedback of sewage disposal system in mobile terminal
On display screen；
Step 7: being reported according to the sewage treatment information, staff can send work order to comprehensive by mobile terminal
Control electric-control system is closed, is remotely adjusted with the wastewater treatment process parameter to sewage disposal system, realizes sewage treatment system
Height of water level, equipment working state and the water quality of system are in range of normal value.
It should be pointed out that not needing in actual sewage disposal process for each sewage treatment works section
It is respectively provided with water quality data monitor, such as stirring pool, three before, during and after often only needing for whole sewage disposal system to be divided into
Active section, and one water quality data monitor is set in the most end sewage chamber of each active section, for example, can mix well respectively
Water quality data monitor is arranged in pond, oxidation pond and final discharge pond, and the water of whole sewage disposal system is monitored with this
Matter situation.
In a preferred embodiment, in above-mentioned steps 5, memory is previously stored with the first water level of each sewage chamber
Critical value H1 and the second water level critical value H2, history water monitoring data library, water monitoring data degree of correlation reference value and
For determine sewage disposal device whether the decision procedure of operation irregularity, wherein the first water level critical value H1 refer to ordinary water level most
High level, the second water level critical value H2 refer to ordinary water level minimum；
Referring to attached drawing 2, step 5, which has, to be included the following steps:
Step 5.1: server compares height of water level data H value with water level critical value H1, H2, as H > H1, table
Wastewater level is excessively high in bright corresponding sewage chamber, needs to accelerate the speed that sewage is flowed out from the sewage chamber at this time；As H < H2,
Show that wastewater level is too low in corresponding sewage chamber, needs to accelerate at this time the speed that sewage flows into the sewage chamber；According to right
Than as a result, forming the water level monitoring report of sewage disposal system；
Step 5.2: server is sentenced in the decision procedure in the working status parameter boot memory of sewage disposal device
Fixed corresponding sewage disposal device whether operation irregularity, according to determining as a result, forming the sewage disposal device of sewage disposal system
Working condition report；
Step 5.3: server calculates the real-time water quality data in sewage chamber and pair in history water monitoring data library
The relevance degree of parameter is answered, and is compared with water monitoring data degree of correlation reference value, according to comparing result, is formed at sewage
The water quality monitoring of several sewage treatment works sections of the characteristics of reason system is reported；
Step 5.4: server reports the water level monitoring of each sewage treatment works section and sewage disposal device work shape
State report and the water quality monitoring of several sewage treatment works sections report are integrated into the sewage disposal system of current time stamp
The report of sewage treatment information, and be stored in the memory of server, so that staff learns the real-time of sewage disposal system
Working condition.
In a preferred embodiment, it in above-mentioned steps 7, is reported according to the water level monitoring of each sewage treatment works section,
Staff can mobile terminal be arranged each sewage treatment works section water inlet proportioning valve and water outlet proportion valve aperture, it is comprehensive
It is automatic to change the water inlet ratio that sewage treatment works section is corresponded in program after conjunction control electric-control system receives this work order
The aperture of valve and water outlet proportion valve, to realize that the water level in sewage chamber is at a normal level.
In a preferred embodiment, the working status parameter of sewage disposal device includes equipment continuous operation time, work
Make temperature value, motor speed value etc., the normal value range of corresponding running parameter is set in the decision procedure in memory,
It in step 7, is reported according to the sewage disposal device working condition of each sewage treatment works section, staff can be mobile whole
Long-range shutdown operation is arranged in end, carries out maintenance debugging for specific fault point to arrange maintenance personal to rush towards scene.
In a preferred embodiment, in above-mentioned steps 5.3, the water quality data of water quality data monitor monitoring includes sewage
The big monitoring index of pH value, temperature value, electrical conductivity, dissolved oxygen amount and ammonia nitrogen concentration etc. five, history water monitoring data store in library
There is the normal water quality monitoring historical data of n item, each history water quality data includes five big monitoring index values；
Water quality monitoring history for any monitoring index, in the currently monitored water quality data and history water monitoring data library
The relatedness computation formula of data are as follows:
Wherein, parameter c1、c2、c3It is related coefficient,For being averaged for current water quality data and n history water quality data
The difference of value, s are the standard deviation of current water quality data and n history water quality data, t0.95Indicate that confidence level is 95% heavily fortified point
Definite value；
When the corresponding relevance degree of all monitoring indexes is respectively less than corresponding degree of correlation reference value, then show corresponding dirt
Sewage quality in water treating module is qualified, and server is automatically using this water monitoring data and corresponding timestamp as new
One record, be stored in history water monitoring data library；
In step 7, it is reported according to the water quality monitoring of several sewage treatment works sections, staff can be mobile whole
The wastewater treatment process parameter of corresponding sewage treatment works section is arranged in end, and comprehensively control electric-control system receives this work order
Afterwards, the wastewater treatment process parameter of sewage treatment works section is corresponded in change program, automatically to adjust corresponding sewage treatment works
Water monitoring data in section, is at normal level.
In a preferred embodiment, wastewater treatment process parameter can be sewage mixing time, sedimentation time or dirt
The running parameters such as water reaction agent quantity.
It should be understood by those skilled in the art that the embodiment of the present invention in foregoing description and attached drawing be only used as citing without
The limitation present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention is in embodiment
Middle displaying and explanation, under without departing from principle, implementation method of the invention can have any form or modification.
Claims (6)
1. a kind of sewage water treatment method using technology of Internet of things, including several sewage treatments by being connected to by sewage conduct
Sewage disposal system, comprehensively control electric-control system, data collector, server and the mobile terminal that active section is constituted, and thoroughly
It crosses network network to be connected and constitute a sewage treatment internet of things, which is characterized in that the sewage water treatment method includes as follows
Step:
Step 1: water level sensor is respectively provided in each sewage treatment works section, for detecting in each sewage treatment works section
The height of water level value H of sewage chamber；
Step 2: working condition monitor is respectively provided in each sewage treatment works section, for detecting each sewage treatment works section
In sewage disposal device working status parameter；
Step 3: water quality data monitor being set in several specific sewage treatment works sections, for soil chamber therein
Water quality in room carries out data collection and analysis, to obtain the water monitoring data under a variety of monitoring indexes；
Step 4: data collector respectively with the water level sensor, working condition monitor, water quality data monitor electrical property connection,
Above-mentioned height of water level data, operating state data and water monitoring data are received and stored, and is uploaded to via network path
Server；
Step 5: server carries out data process&analysis, is formed at the sewage of a sewage disposal system with timestamp feature
Reason information is reported and is stored in the memory of server；
Step 6: staff is accessed in mobile terminal installation Intelligent sewage processing control software by administrator's login page
Server, after logining successfully, server is by the sewage treatment information report feedback of sewage disposal system in the display of mobile terminal
On screen；
Step 7: being reported according to the sewage treatment information, staff can send work order by mobile terminal and control to comprehensive
Electric-control system processed is remotely adjusted with the wastewater treatment process parameter to sewage disposal system, realizes sewage disposal system
Height of water level, equipment working state and water quality are in range of normal value.
2. a kind of sewage water treatment method using technology of Internet of things as described in claim 1, wherein in the step 5, institute
State the first water level critical value H1 and the second water level critical value H2, history water quality that memory is previously stored with each sewage chamber
Monitor database, water monitoring data degree of correlation reference value and for determine sewage disposal device whether the judgement of operation irregularity
Program, wherein the first water level critical value H1 refers to ordinary water level peak, the second water level critical value H2 refers to normal
Water level minimum；
And the step 5 has and includes the following steps:
Step 5.1: server compares the height of water level data H value and water level critical value H1, H2, works as H > H1
When, show that wastewater level is excessively high in corresponding sewage chamber, needs to accelerate at this time the speed that sewage is flowed out from the sewage chamber；When H <
When H2, show that wastewater level is too low in corresponding sewage chamber, needs to accelerate at this time the speed that sewage flows into the sewage chamber；Root
According to comparing result, the water level monitoring report of sewage disposal system is formed；
Step 5.2: server will be in the decision procedure in the working status parameter boot memory of sewage disposal device, judgement pair
The sewage disposal device answered whether operation irregularity, according to determine as a result, formed sewage disposal system sewage disposal device work
State report；
Step 5.3: server calculates the ginseng corresponding with history water monitoring data library of the real-time water quality data in sewage chamber
Several relevance degrees, and compared with water monitoring data degree of correlation reference value, according to comparing result, form sewage treatment system
The water quality monitoring of several sewage treatment works sections of the characteristics of system is reported；
Step 5.4: water level monitoring report and sewage disposal device working condition report of the server by each sewage treatment works section
It accuses and the sewage for being integrated into the sewage disposal system of current time stamp is reported in the water quality monitoring of several sewage treatment works sections
Information report is handled, and is stored in the memory of server, so that staff learns the real-time working of sewage disposal system
State.
3. a kind of sewage water treatment method using technology of Internet of things as claimed in claim 2, wherein in step 7, according to every
The water level monitoring of a sewage treatment works section reports that each sewage treatment works section can be arranged in mobile terminal in staff
The aperture of water inlet proportioning valve and water outlet proportion valve, after the comprehensively control electric-control system receives this work order, automatically more
Change the aperture that the water inlet proportioning valve and water outlet proportion valve of sewage treatment works section are corresponded in program, to realize the water in sewage chamber
Position is at a normal level.
4. a kind of sewage water treatment method using technology of Internet of things as claimed in claim 2, wherein the sewage disposal device
Working status parameter include equipment continuous operation time, operating temperature value, motor speed value etc., the judgement in the memory
The normal value range of corresponding running parameter is set in program, in step 7, according to the sewage of each sewage treatment works section
The report of processing equipment working condition, long-range shutdown operation can be arranged in mobile terminal in staff, to arrange maintenance personal
It rushes towards scene and carries out maintenance debugging for specific fault point.
5. a kind of sewage water treatment method using technology of Internet of things as claimed in claim 2, wherein described in step 5.3
The water quality data of water quality data monitor monitoring includes sewage PH value, temperature value, electrical conductivity, dissolved oxygen amount and ammonia nitrogen concentration etc. five
Big monitoring index is stored with the normal water quality monitoring historical data of n item, each history water in history water monitoring data library
Prime number is according to including described five big monitoring index values；
Water quality monitoring history for any monitoring index, in the currently monitored water quality data and history water monitoring data library
The relatedness computation formula of data are as follows:
Wherein, parameter c1、c2、c3It is related coefficient,For current water quality data and n history water quality data average value it
Difference, s are the standard deviation of current water quality data and n history water quality data, t0.95Indicate that confidence level is 95% firm value；
When the corresponding relevance degree of all monitoring indexes is respectively less than corresponding degree of correlation reference value, then show at corresponding sewage
The sewage quality managed in module is qualified, and server is automatically using this water monitoring data and corresponding timestamp as new one
Item record, is stored in history water monitoring data library；
In step 7, it is reported according to the water quality monitoring of several sewage treatment works sections, staff can set in mobile terminal
The wastewater treatment process parameter of corresponding sewage treatment works section is set, the comprehensively control electric-control system receives this work order
Afterwards, the wastewater treatment process parameter of sewage treatment works section is corresponded in change program, automatically to adjust corresponding sewage treatment works
Water monitoring data in section, is at normal level.
6. a kind of sewage water treatment method using technology of Internet of things as claimed in claim 5, wherein the wastewater treatment process
Parameter can be the running parameters such as sewage mixing time, sedimentation time or sewage reactant quantity.
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