CN108762215A - A kind of pollution sources dynamic operation condition system and application method - Google Patents
A kind of pollution sources dynamic operation condition system and application method Download PDFInfo
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- 238000012544 monitoring process Methods 0.000 claims abstract description 49
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- 230000005611 electricity Effects 0.000 claims description 56
- 239000003344 environmental pollutant Substances 0.000 claims description 53
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- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
- G05B19/4183—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM] characterised by data acquisition, e.g. workpiece identification
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- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/30—Nc systems
- G05B2219/31—From computer integrated manufacturing till monitoring
- G05B2219/31282—Data acquisition, BDE MDE
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
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Abstract
The invention discloses a kind of pollution sources dynamic operation condition systems, including collection in worksite end, Internet of Things transmission end, application platform end, the output end at the collection in worksite end is connected with the input terminal of the Internet of Things transmission end, and the output end of the Internet of Things transmission end is connected with the input terminal at the application platform end.The present invention also proposes a kind of application method of pollution sources dynamic operation condition system, and the remote monitoring early warning law enforcement based on the environmental protection administration under big data background realizes the real time monitoring to enterprise's production status, pollution treatment facility operation situation；It can reinforce environmental protection administration to supervise the remote supervisory of enterprise, intelligence, the exchange for reducing environmentally friendly aufsichtsrat is verified and the frequency of site inspection, the working efficiency for improving government department is optimized allocation of resources, improves living environment's offer decision-making foundation to eliminate the backward production facilities, prediction emission.
Description
Technical field
The present invention relates to a kind of pollution sources dynamic operation condition system and application methods, belong to intelligent environment protection monitoring technical field.
Background technology
From 2007, country came into effect the network scheme of pollution sources automatic on-line monitoring device, by the end of currently, having pacified
The online point of dress is tens of thousands, and the whole nation has been built up country, province, city, county's level Four monitoring system, can be rated as the world's largest
Pollution source monitoring system.These on-line monitoring equipments become the " prying eyes " of environmental inspection personnel.
But with efforts at environmental protection further deeply, it has been found that, sometimes in report number with actual conditions not
It is consistent.Online monitoring of pollution sources data fabrication phenomenon happens occasionally.2013 are so far, certain provincial environmentally friendly Room just investigated and prosecuted destruction or
Interference on-line monitoring facility, monitoring data are practised fraud enterprise 22, still, merely from system reform, independent investigation, sternly punish
It can not effectively contain fakement phenomena in terms of the systems such as place.Since current system more stresses pollutant discharge of enterprise mouth blowdown situation
Dynamic management and control can not supervise production and the pollution treatment process data of enterprise.
Therefore, in order to further strengthen the supervision of pollution sources enterprise, to carry out Jing-jin-ji region and surrounding area 2017-2018
Year autumn and winter prevention and control of air pollution work and " 2+26 " urban parts industrial trade 2017-2018 autumn and winters carry out production of avoiding the peak hour
Work, adapts to environmental requirement under the new situation, and big data specifically how is relied on to reduce the participation of manpower monitoring, improves pollution
The supervision of source enterprise is horizontal, facilitates environmental protection administration remotely to understand the production status and pollution reducing facility operating condition of enterprise, will move
The range of state management and control is expanded to enterprise's production facility and pollution treatment facility by sewage draining exit, realizes to enterprise key production link equipment
Be monitored with work informations such as coal, production capacity, electricity consumption and pollution abatement equipment electricity consumptions, at the same with on-line system, dynamic management and control system
Data of uniting docking, three are associated analysis, realize " overall process " dynamic management and control of pollution sources enterprise.
Invention content
It is an object of the present invention to big data analysis, mobile Internet, technology of Internet of things, it can be to major polluting sources
Coking, steel, cement Deng She coals enterprise production link production equipment are controlled with coal information, production capacity information, power information and pollution
Reason equipment power information, operating condition are uninterruptedly monitored.Realize following target：
1) real time monitoring to enterprise's production status, pollution treatment facility operation situation is realized；
2) during under occasion or heavily contaminated weather conditions, multiparty data can be quickly transferred, in scientific guidance region
Key industry She Mei enterprises are suspended operations for consolidation and are limited the production emission reduction；
3) the practical executive condition of the limited production of real time monitoring enterprise, halt production, to executing ineffective enterprise's automatic early-warning；
4) it is docked with built system, to enterprise's creation data, pollution treatment data, emissions data association analysis, to existing
Exception, automatic alarm of practising fraud, specification enterprise operation；
5) reinforce environmental protection administration to supervise the remote supervisory of enterprise, intelligence, the exchange for reducing environmentally friendly aufsichtsrat is verified
And the frequency of site inspection, improve the working efficiency of government department；To eliminate the backward production facilities, prediction emission, optimize resource
Configuration improves living environment's offer decision-making foundation；
To overcome defect of the existing technology, above-mentioned technical problem is solved, proposes a kind of pollution sources dynamic operation condition system
And application method.
The present invention finds out the production of each pollution sources enterprise, the incidence relation of pollution treatment facility from the angle of " electrical energy consumption analysis "；It is logical
Cross monitoring in real time and analysis, realize power consumption process, equipment running status, production operation behavior " visualization, digitlization,
Fining " management；By giving warning in advance to various electricity consumption situations, multiplexing electric abnormality and unit exception are reduced and prevented；Simultaneously
Round-the-clock monitoring to Pollution treatment installation prevents enterprise from stealing row, emission reduction, situations such as omitting in printing in pollutant process of supervision,
Make enterprise's strict implement discharge standard, it is final to realize 100% qualified discharge.
The present invention adopts the following technical scheme that：A kind of pollution sources dynamic operation condition system, which is characterized in that including collection in worksite
End, Internet of Things transmission end, application platform end, the output end at the collection in worksite end are connected with the input terminal of the Internet of Things transmission end
It connects, the output end of the Internet of Things transmission end is connected with the input terminal at the application platform end.
As a kind of preferred embodiment, collection in worksite end includes production equipment power cable, enterprise's pollution treatment instrument
The total ammeter of power cable, business electrical, information about power acquisition module, high-precision electric quantity metering unit, production equipment power supply
The output end of cable, the total ammeter of output end, business electrical of enterprise's pollution treatment instrument power cable output end respectively with electricity believe
The input terminal of breath acquisition module is connected, the input terminal of the output end and high-precision electric quantity metering unit of information about power acquisition module
It is connected, the output end of high-precision electric quantity metering unit is connected with the input terminal of Internet of Things transmission end.
As a kind of preferred embodiment, information about power acquisition module uses open type mutual inductor, open type mutual inductor point
It is not set on production equipment power cable, enterprise's pollution treatment instrument power cable and the total ammeter of business electrical.
As a kind of preferred embodiment, Internet of Things transmission end includes intelligent power data concentrator, intelligent power data set
The output end of middle device is connected by wireless telecommunications or wire communication with the input terminal at application platform end, intelligent power data set
The input terminal of middle device is connected by wireless telecommunications or wire communication with the output end at collection in worksite end.
As a kind of preferred embodiment, application platform end includes intelligent power information monitoring platform, intelligent power information
Monitoring platform includes that parameter setting module, detection module, instruction form module, feedback module, parameter setting module and detection mould
Block is connected, and the input terminal of detection module is connected with the output end of feedback module, and output end and the instruction of detection module are formed
The input terminal of module is connected, and the output end that instruction forms module is connected with the input terminal at collection in worksite end, feedback module
Input terminal is connected by Internet of Things transmission end with the output end at collection in worksite end.
As a kind of preferred embodiment, parameter setting module is used for setting Pollutant emission concentration threshold value, enterprise's production
Equipment power consumption parameter threshold value, enterprise's pollution treatment instrument power consumption parameter threshold value, the total power consumption parameter threshold value of enterprise, feedback module are used for passing through
Collection in worksite end acquires the Pollutant emission concentration data, production equipment electricity consumption data, enterprise's pollution treatment instrument of enterprise in real time
The total electricity consumption data of electricity consumption data and enterprise is simultaneously transferred to detection module, the real time data and parameter that detection module is used for receive
Parameter threshold in setting module, which is compared and issues instructions to instruction, forms module, and instruction, which forms module and sends out, to be executed instruction
Give collection in worksite end.
As a kind of preferred embodiment, pollutant includes exhaust emission, Wastewater Pollutant, exhaust emission include with
One kind or several in listed by lower：SO2, NOx, flue dust, CO, VOC；If Wastewater Pollutant include it is set forth below in one kind or
Dry kind：COD,NH3-N,TP,TN.
As a kind of preferred embodiment, execute instruction including the instruction that stops production, limited production instruction, normal production ordering, equipment
Faulting instruction, plant maintenance instruction.
The present invention also proposes a kind of application method of pollution sources dynamic operation condition system, which is characterized in that specifically includes as follows
Step：
Step SS1：Parameter setting and data acquisition, including：Pollution is set separately in the parameter setting module at application platform end
Object concentration of emission threshold value, production equipment power consumption parameter threshold value, the total electricity consumption of enterprise's pollution treatment instrument power consumption parameter threshold value and enterprise
Parameter threshold, the information about power acquisition module at collection in worksite end acquires production equipment power cable in real time, enterprise's pollution treatment is set
The electricity consumption data of standby power cable and the total ammeter of business electrical is transferred to the application platform at application platform end by Internet of Things transmission end
The detection module at end, existing Pollutant emission concentration monitoring device is by Pollutant emission concentration and discharge capacity real-time data transmission
To the detection module at application platform end；
Step SS2：It carries out comparing and generates control instruction, including：Detection module passes through to electricity consumption data and dirt
Dye object concentration of emission data are compared with the corresponding parameter threshold that parameter setting module is set, if without departing from parameter threshold
Then judge enterprise's normal operation, generate normal production ordering, is otherwise transferred to step SS3；
Step SS3：If detection module detects that Pollutant emission concentration data decline and suddenly beyond the pollutant of setting
Concentration of emission threshold value, and information about power acquisition module collects production equipment power cable in real time, enterprise's pollution treatment instrument supplies
The electricity consumption data of electric wire cable and the total ammeter of business electrical is without departing from the parameter threshold of setting, then judging enterprise, there may be the row's of stealing leakages
Row generates limited production instruction notification enterprise, passes through the pollutant for the enterprise that feedback module Real-time Feedback collection in worksite end acquires in real time
Concentration of emission and discharge capacity data, production equipment electricity consumption data, the total electricity consumption number of enterprise's pollution treatment instrument electricity consumption data and enterprise
According to and be transferred to detection module monitoring enterprise limited production whether execute in place, be otherwise transferred to step SS4；
Step SS4：If detection module detects that Pollutant emission concentration data decline the pollutant row beyond setting suddenly
It puts concentration threshold and is continued for, and information about power acquisition module collects production equipment power cable in real time, enterprise controls
The electricity consumption data of dirty equipment power cable and the total ammeter of business electrical then judges that enterprise exists and steals without departing from the parameter threshold of setting
Row omits in printing, generates halt production instruction notification enterprise, passes through the dirt for the enterprise that feedback module Real-time Feedback collection in worksite end acquires in real time
Contaminate object concentration of emission data, production equipment electricity consumption data, the total electricity consumption data of enterprise's pollution treatment instrument electricity consumption data and enterprise simultaneously
It is transferred to whether the limited production of detection module monitoring enterprise executes in place, is otherwise transferred to step SS5；
Step SS5：If detection module detects that production equipment is turned off, enterprise controls by information about power acquisition module
Dirty equipment is still being run, and Pollutant emission concentration data decline to a great extent, then generating equipment fault instruction notification enterprise, there are electricity consumptions
Safety and electricity consumption waste, are otherwise transferred to step SS6；
Step SS6：If detection module detects that the production equipment is turned off by information about power acquisition module, and right
The enterprise's pollution treatment instrument answered still is remained unchanged or is substantially increased than before in operation and Pollutant emission concentration, then judges enterprise
Production line is failed to report in the presence of conceaing, plant maintenance instruction is generated and verifies enterprise practical production line.
The advantageous effect that the present invention is reached：1) present invention is the remote monitoring based on the environmental protection administration under big data background
Early warning is enforced the law, and the real time monitoring to enterprise's production status, pollution treatment facility operation situation is realized；2) present invention in occasion or
During under heavily contaminated weather conditions, multiparty data can be quickly transferred, is carried out with key industry She Mei enterprises in scientific guidance region
Suspending operations for consolidation and limited production emission reduction；3) the practical executive condition that the present invention can monitor enterprise's limited production in real time, stop production, it is ineffective to executing
Enterprise's automatic early-warning；4) present invention can be docked with built system, to enterprise's creation data, pollution treatment data, discharge number
According to association analysis, to existing abnormal, automatic alarm of practising fraud, specification enterprise operation；5) present invention reinforces environmental protection administration pair
The remote supervisory of enterprise, intelligent supervision, the exchange for reducing environmentally friendly aufsichtsrat is verified and the frequency of site inspection, improves government
The working efficiency of department is optimized allocation of resources, improves living environment and provide decision to eliminate the backward production facilities, prediction emission
Foundation.
Description of the drawings
Fig. 1 is existing exhaust emission source monitoring system flow graph.
Fig. 2 is existing wastewater pollution source monitoring system flow graph.
Fig. 3 is the overall architecture flow graph of the present invention.
The meaning marked in figure：1- exhaust gas sampling systems, 2- flue gas analysis systems, 3- industrial personal computers or the acquisition of PLC, 4- data
Transmission instrument, 5- monitor supervision platforms, 6- wastewater sampling systems, 7- monitoring water quality on line analysis systems, 8- production equipment supply lines
Cable, 9- enterprises pollution treatment instrument power cable, the total ammeter of 10- business electricals, 11- information about power acquisition modules, 12- high-precision electricity
Metering units, 13- intelligent power data concentrators, 14- intelligent power information monitoring platforms.
Specific implementation mode
The invention will be further described below in conjunction with the accompanying drawings.Following embodiment is only used for clearly illustrating the present invention
Technical solution, and not intended to limit the protection scope of the present invention.
Fig. 1 is existing exhaust emission source monitoring system flow graph, including：Exhaust gas sampling system 1, flue gas analysis system 2,
Industrial personal computer or PLC3, data acquisition transmission instrument 4, monitor supervision platform 5.
Exhaust gas sampling system 1 realizes that sample gas takes mainly by hardware device, such as sampling probe, sample lines composition
Sample, heat tracing are transferred to the function of flue gas analysis system, dehumidifying and filtering smoke, are divided into and extract sampling method and the direct method of measurement.
Flue gas analysis system 2 is mainly joined by gaseous pollutant monitoring subsystem, particle monitoring subsystem and flue gas emission
The compositions such as number monitoring subsystem.Measure gaseous pollutant ingredient and concentration, particle concentration, flue-gas temperature, pressure, stream in flue gas
The parameters such as speed, water capacity and oxygen content.Common analysis method has constant potentiometric electrolysis, non-dispersion infrared absorption process and ultraviolet suction
Receive spectroscopic methodology.
Flue gas analysis system 2 is connected between industrial personal computer or PLC3 by analog-to-digital conversion module, and industrial personal computer or PLC3 are main
Function is the processes such as the sampling of control automatic analyzer, analysis, and Data Format Transform and calculating, data processing are carried out to initial data
System acquires transmission instrument 4 by digital interface RS232 or RS485 interfacing data, and data acquisition transmission instrument 4 passes through number
Amount interface connects exhaust emission source on-line monitoring system platform (i.e. monitor supervision platform 5).
The monitor supervision platform 5 is used for showing and counting the pollutant real time data of each monitoring site, and to historical data, according to
The demand of client counts, and generates and adapts to the various statistical report forms that client uses.
Fig. 2 is existing wastewater pollution source monitoring system flow graph, including：Wastewater sampling system 6, monitoring water quality on line point
Analysis system 7, data acquisition transmission instrument 4, monitor supervision platform 5.
Wastewater sampling system 6 realizes that sample liquids take mainly by hardware device, such as sampling probe, sample lines composition
Sample, filtering transmissions to water monitor analysis system on-line, and the on-line analysis of different pollutants is different, mainly has：Potassium bichromate
Oxidation spectrophotometry, salicylic acid spectrophotometry, electrode method etc..
Water monitors analysis system 7 on-line mainly by COD water quality on-line monitoring system, NH3-N monitoring water quality on line subsystems
With the compositions such as wastewater flow monitoring subsystem.Measure the parameters such as COD, NH3-N, TP, TN, flow in waste water.
Number is connected by RS232 or RS485 interfaces between monitoring water quality on line analysis system 7 and data acquisition transmission instrument 4
According to acquisition transmission instrument 4, data acquire transmission instrument 4 and connect on-line monitoring equipment by digital interface, obtain each monitoring device point
The data of analysis, and data are sent to pollution entering the water on-line monitoring system platform (i.e. monitor supervision platform 5), monitor supervision platform by network
5 are used for showing and counting the pollutant real time data of each monitoring site, and to historical data, unite according to the demand of client
Meter generates and adapts to the various statistical report forms that client uses.
Fig. 3 is the overall architecture flow graph of the present invention.The present invention proposes that a kind of pollution sources dynamic operation condition system, feature exist
In, including collection in worksite end, Internet of Things transmission end, application platform end, the input of the output end and Internet of Things transmission end at collection in worksite end
End is connected, and the output end of Internet of Things transmission end is connected with the input terminal at application platform end.
As a kind of preferred embodiment, collection in worksite end includes production equipment power cable 8, enterprise's pollution treatment instrument
The total ammeter 10 of power cable 9, business electrical, information about power acquisition module 11, high-precision electric quantity metering unit 12, enterprise's production are set
The output end point of the total ammeter of the output end of standby power cable 8, output end, the business electrical of enterprise's pollution treatment instrument power cable 9 10
It is not connected with the input terminal of information about power acquisition module 11, output end and the high precision electro gauge of information about power acquisition module 11
The input terminal of amount unit 12 is connected, and the output end of high-precision electric quantity metering unit 12 is connected with the input terminal of Internet of Things transmission end
It connects.
As a kind of preferred embodiment, information about power acquisition module 11 uses open type mutual inductor, open type mutual inductor
It is respectively arranged on production equipment power cable 8, enterprise's pollution treatment instrument power cable 9 and the total ammeter of business electrical 10.
As a kind of preferred embodiment, Internet of Things transmission end includes intelligent power data concentrator 13, intelligent power data
The output end of concentrator 13 is connected by wireless telecommunications or wire communication with the input terminal at application platform end, intelligent power number
It is connected with the output end at collection in worksite end by wireless telecommunications or wire communication according to the input terminal of concentrator 13.
As a kind of preferred embodiment, application platform end includes intelligent power information monitoring platform 14, intelligent power letter
Breath monitoring platform 14 forms module, feedback module, parameter setting module and inspection including parameter setting module, detection module, instruction
It surveys module to be connected, the input terminal of detection module is connected with the output end of feedback module, the output end of detection module and instruction
The input terminal for forming module is connected, and the output end that instruction forms module is connected with the input terminal at collection in worksite end, feeds back mould
The input terminal of block is connected by Internet of Things transmission end with the output end at collection in worksite end.
As a kind of preferred embodiment, parameter setting module is used for setting Pollutant emission concentration threshold value, enterprise's production
Equipment power consumption parameter threshold value, enterprise's pollution treatment instrument power consumption parameter threshold value, the total power consumption parameter threshold value of enterprise, feedback module are used for passing through
Collection in worksite end acquires the Pollutant emission concentration data, production equipment electricity consumption data, enterprise's pollution treatment instrument of enterprise in real time
The total electricity consumption data of electricity consumption data and enterprise is simultaneously transferred to detection module, the real time data and parameter that detection module is used for receive
Parameter threshold in setting module, which is compared and issues instructions to instruction, forms module, and instruction, which forms module and sends out, to be executed instruction
Give collection in worksite end.
As a kind of preferred embodiment, pollutant includes exhaust emission, Wastewater Pollutant, exhaust emission include with
One kind or several in listed by lower：SO2, NOx, flue dust, CO, VOC；If Wastewater Pollutant include it is set forth below in one kind or
Dry kind：COD,NH3-N,TP,TN.
As a kind of preferred embodiment, execute instruction including the instruction that stops production, limited production instruction, normal production ordering, equipment
Faulting instruction, plant maintenance instruction.
It should be noted that the wherein total ammeter of production equipment ammeter 8, enterprise's pollution treatment instrument ammeter 9, business electrical 10
The equipment of enterprise, that is, the data source of the present invention include mainly the main production equipments of enterprise, it is main pollution treatment instrument, total
Ammeter, thus an enterprise generally require measure obtain N platforms production equipments, M platform pollution treatment instruments information about power.Information about power is adopted
Collection module 11, which using open type mutual inductor puncture, takes electricity, while measuring electric current and voltage signal, and this acquisition module can be with
Installation and deployment are carried out under the normal production scenarios for not influencing enterprise.High-precision electric quantity metering unit 12 and open type information about power
Acquisition sensor is coordinated, and independent accurate electric quantity metering is carried out；It can be with micropower long range wireless telecommunications；There are many wireless
Communication pattern selects；Super low-power consumption；Data security communication.
Intelligent power data concentrator 13 and 11 wireless networking of information about power acquisition module, may be used high reliability
Linux operating systems；Intelligent multi-protocols automatic conversion；Multi-protocols multiple target IP address communicates；System Configuration Online, upgrading, pipe
Reason；Embedded database massive store.A set of or a few set electricity data concentrators are disposed (according to scope of the enterprise in each enterprise
And on-site actual situations), realize the information about power acquisition of all point information of the enterprise, and summarize to all data informations
Afterwards, environmentally friendly platform is transmitted to by 212 agreements of HJ/T of Chinese Ministry of Environmental Protection's Uniform provisions.Pollution sources enterprise information about power monitoring platform
14, enterprise, measuring point information for managing installation information about power monitoring, and show each measuring point and enterprise real-time and history letter
Breath.
The present invention also proposes a kind of application method of pollution sources dynamic operation condition system, which is characterized in that specifically includes as follows
Step：
Step SS1：Parameter setting and data acquisition, including：Pollution is set separately in the parameter setting module at application platform end
Object concentration of emission threshold value, production equipment power consumption parameter threshold value, the total electricity consumption of enterprise's pollution treatment instrument power consumption parameter threshold value and enterprise
Parameter threshold, acquisition production equipment power cable 8, the enterprise's pollution treatment in real time of information about power acquisition module 11 at collection in worksite end
The electricity consumption data of equipment power cable 9 and the total ammeter of business electrical 10 is transferred to the application at application platform end by Internet of Things transmission end
The detection module at platform end, existing Pollutant emission concentration monitoring device are real-time by Pollutant emission concentration and discharge capacity data
It is transferred to the detection module at application platform end；
Step SS2：It carries out comparing and generates control instruction, including：Detection module passes through to electricity consumption data and dirt
Dye object concentration of emission data are compared with the corresponding parameter threshold that parameter setting module is set, if without departing from parameter threshold
Then judge enterprise's normal operation, generate normal production ordering, is otherwise transferred to step SS3；
Step SS3：If detection module detects that Pollutant emission concentration data decline and suddenly beyond the pollutant of setting
Concentration of emission threshold value, and information about power acquisition module 11 collects production equipment power cable 8, enterprise's pollution treatment instrument in real time
The electricity consumption data of power cable 9 and the total ammeter of business electrical 10 without departing from the parameter threshold of setting, then judge enterprise there may be
Row omits in printing steathily, generates limited production instruction notification enterprise, the enterprise acquired in real time by feedback module Real-time Feedback collection in worksite end
Pollutant emission concentration and discharge capacity data, production equipment electricity consumption data, enterprise's pollution treatment instrument electricity consumption data and enterprise are total
Electricity consumption data is simultaneously transferred to whether the limited production of detection module monitoring enterprise executes in place, is otherwise transferred to step SS4；
Step SS4：If detection module detects that Pollutant emission concentration data decline the pollutant row beyond setting suddenly
It puts concentration threshold and is continued for, and information about power acquisition module 11 collects production equipment power cable 8, enterprise in real time
The electricity consumption data of pollution treatment instrument power cable 9 and the total ammeter of business electrical 10 then judges enterprise without departing from the parameter threshold of setting
It is omitted in printing in the presence of the row of stealing, generates halt production instruction notification enterprise, the enterprise acquired in real time by feedback module Real-time Feedback collection in worksite end
The Pollutant emission concentration data of industry, production equipment electricity consumption data, the total electricity consumption of enterprise's pollution treatment instrument electricity consumption data and enterprise
Data are simultaneously transferred to whether the limited production of detection module monitoring enterprise executes in place, are otherwise transferred to step SS5；
Step SS5：If detection module is turned off by information about power acquisition module detection 11 to production equipment, enterprise
Pollution treatment instrument is still being run, and Pollutant emission concentration data decline to a great extent, then generates equipment fault instruction notification enterprise and there is use
Electric safety and electricity consumption waste, are otherwise transferred to step SS6；
Step SS6：If detection module detects that the production equipment is turned off by information about power acquisition module 11, and
Corresponding enterprise's pollution treatment instrument is still remained unchanged or is substantially increased than before in operation and Pollutant emission concentration, then judges to look forward to
Industry, which exists to conceal, fails to report production line, generates plant maintenance instruction and verifies enterprise practical production line.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, several improvement and deformations can also be made, these improvement and deformations
Also it should be regarded as protection scope of the present invention.
Claims (9)
1. a kind of pollution sources dynamic operation condition system, which is characterized in that including collection in worksite end, Internet of Things transmission end, application platform end,
The output end at the collection in worksite end is connected with the input terminal of the Internet of Things transmission end, the output end of the Internet of Things transmission end with
The input terminal at the application platform end is connected.
2. a kind of pollution sources dynamic operation condition system according to claim 1, which is characterized in that the collection in worksite end includes
Production equipment power cable (8), enterprise's pollution treatment instrument power cable (9), the total ammeter of business electrical (10), information about power are adopted
Collect module (11), high-precision electric quantity metering unit (12), the output end of the production equipment power cable (8), the enterprise
The output end of industry pollution treatment instrument power cable (9), the output end of the total ammeter of the business electrical (10) are believed with the electricity respectively
The input terminal of breath acquisition module (11) is connected, output end and the high-precision electricity of the information about power acquisition module (11)
The input terminal of metering units (12) is connected, output end and the Internet of Things transmission end of the high-precision electric quantity metering unit (12)
Input terminal be connected.
3. a kind of pollution sources dynamic operation condition system according to claim 2, which is characterized in that the information about power acquires mould
Block (11) use open type mutual inductor, the open type mutual inductor be respectively arranged at the production equipment power cable (8),
On enterprise's pollution treatment instrument power cable (9) and the total ammeter of the business electrical (10).
4. a kind of pollution sources dynamic operation condition system according to claim 1, which is characterized in that the Internet of Things transmission end includes
Intelligent power data concentrator (13), the output end of the intelligent power data concentrator (13) pass through wireless telecommunications or wired
Communication is connected with the input terminal at the application platform end, and the input terminal of the intelligent power data concentrator (13) passes through wireless
Communication or wire communication are connected with the output end at the collection in worksite end.
5. a kind of pollution sources dynamic operation condition system according to claim 1, which is characterized in that the application platform end includes
Intelligent power information monitoring platform (14), the intelligent power information monitoring platform (14) include parameter setting module, detection mould
Block, instruction form module, feedback module, and the parameter setting module is connected with the detection module, the detection module
Input terminal is connected with the output end of the feedback module, and output end and the described instruction of the detection module form the defeated of module
Enter end to be connected, the output end that described instruction forms module is connected with the input terminal at the collection in worksite end, the feedback mould
The input terminal of block is connected by the Internet of Things transmission end with the output end at the collection in worksite end.
6. a kind of pollution sources dynamic operation condition system according to claim 5, which is characterized in that the parameter setting module is used
To set Pollutant emission concentration threshold value, production equipment power consumption parameter threshold value, enterprise's pollution treatment instrument power consumption parameter threshold value, enterprise
The total power consumption parameter threshold value of industry, the feedback module are used for acquiring the Pollutant emission concentration number of enterprise in real time by collection in worksite end
According to, production equipment electricity consumption data, the total electricity consumption data of enterprise's pollution treatment instrument electricity consumption data and enterprise and be transferred to the detection
Module, the detection module are used for the real time data received being compared with the parameter threshold in the parameter setting module
And issue instructions to described instruction and form module, described instruction formation module, which is sent out, to be executed instruction to the collection in worksite end.
7. a kind of pollution sources dynamic operation condition system according to claim 6, which is characterized in that the pollutant includes exhaust gas
Pollutant, Wastewater Pollutant, the exhaust emission include it is set forth below in one kind or several：SO2, NOx, flue dust, CO,
VOC；The Wastewater Pollutant include it is set forth below in one kind or several：COD,NH3-N,TP,TN.
8. a kind of pollution sources dynamic operation condition system according to claim 6, which is characterized in that described to execute instruction including stopping
Production instruction, limited production instruction, normal production ordering, equipment fault instruction, plant maintenance instruction.
9. a kind of application method based on pollution sources dynamic operation condition system described in claim 1, which is characterized in that specifically include
Following steps：
Step SS1：Parameter setting and data acquisition, including：Pollution is set separately in the parameter setting module at the application platform end
Object concentration of emission threshold value, production equipment power consumption parameter threshold value, the total electricity consumption of enterprise's pollution treatment instrument power consumption parameter threshold value and enterprise
Parameter threshold, the real-time acquisition production equipment power cable (8) of information about power acquisition module (11) at the collection in worksite end,
The electricity consumption data of enterprise's pollution treatment instrument power cable (9) and the total ammeter of business electrical (10) is transferred to by the Internet of Things transmission end
The detection module at the application platform end at the application platform end, existing Pollutant emission concentration monitoring device is by pollutant
Concentration of emission and discharge capacity real-time data transmission give the detection module at the application platform end；
Step SS2：It carries out comparing and generates control instruction, including：The detection module by the electricity consumption data with
And Pollutant emission concentration data are compared with the corresponding parameter threshold that the parameter setting module is set, if without departing from
The parameter threshold then judges enterprise's normal operation, generates normal production ordering, is otherwise transferred to step SS3；
Step SS3：If detection module detects that Pollutant emission concentration data decline and suddenly beyond the pollutant emission of setting
Concentration threshold, and information about power acquisition module (11) collects production equipment power cable (8), enterprise's pollution treatment instrument in real time
The electricity consumption data of power cable (9) and the total ammeter of business electrical (10) then judges that enterprise may without departing from the parameter threshold of setting
It is omitted in printing in the presence of the row of stealing, generates limited production instruction notification enterprise, the enterprise acquired in real time by feedback module Real-time Feedback collection in worksite end
The Pollutant emission concentration and discharge capacity data of industry, production equipment electricity consumption data, enterprise's pollution treatment instrument electricity consumption data and enterprise
The total electricity consumption data of industry is simultaneously transferred to whether the limited production of detection module monitoring enterprise executes in place, is otherwise transferred to step SS4；
Step SS4：If it is dense that detection module detects that Pollutant emission concentration data decline the pollutant emission beyond setting suddenly
Degree threshold value is simultaneously continued for, and information about power acquisition module (11) collects production equipment power cable (8), enterprise in real time
The electricity consumption data of pollution treatment instrument power cable (9) and the total ammeter of business electrical (10) then judges without departing from the parameter threshold of setting
There is the row of stealing and omit in printing in enterprise, generate halt production instruction notification enterprise, acquired in real time by feedback module Real-time Feedback collection in worksite end
The Pollutant emission concentration data of enterprise, production equipment electricity consumption data, enterprise's pollution treatment instrument electricity consumption data and enterprise it is total
Electricity consumption data is simultaneously transferred to whether the limited production of detection module monitoring enterprise executes in place, is otherwise transferred to step SS5；
Step SS5：If detection module detects that production equipment is turned off, enterprise controls by information about power acquisition module (11)
Dirty equipment is still being run, and Pollutant emission concentration data decline to a great extent, then generating equipment fault instruction notification enterprise, there are electricity consumptions
Safety and electricity consumption waste, are otherwise transferred to step SS6；
Step SS6：If detection module detects that the production equipment is turned off by information about power acquisition module (11), and right
The enterprise's pollution treatment instrument answered still is remained unchanged or is substantially increased than before in operation and Pollutant emission concentration, then judges enterprise
Production line is failed to report in the presence of conceaing, plant maintenance instruction is generated and verifies enterprise practical production line.
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