KR20210014382A - Waste tracking system development based on the process for radioactive waste management life cycle - Google Patents

Abstract

The present invention relates to a tracking and management system based on a radioactive waste management life cycle and a tracking and management method using the same and, more specifically, to recording and maintaining useful information generated from decommission of a nuclear power plant and processes for pretreating, treating, and conditioning radioactive waste of various levels, a storage and disposal site for processing the processes, and transport therebetween. According to the present invention, the system provides a support function capable of recording information generated from a pre-disposal management process, a waste acceptance process to the disposal site, and a waste certification process and determining whether an acceptance state is correct. Moreover, the system tracks, records, and manages resources necessary to a radioactive waste management life cycle which should be stored and transferred for a long period without loss. The system comprises a screen call module, a transport and movement module, a package module, a regulatory dimension review module, a user authority module, a radioactive waste and equipment information module, a statistical database module, an operator support module, a printing module, and a life cycle analysis module.

Description

Tracking management system based on the management life cycle of radioactive waste and tracking management method using it {WASTE TRACKING SYSTEM DEVELOPMENT BASED ON THE PROCESS FOR RADIOACTIVE WASTE MANAGEMENT LIFE CYCLE}

It relates to a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same.In more detail, it relates to the generation, collection and segregation, and pretreatment of nuclear power plants and other radioactive wastes of various levels. (Pre-Treatement), treatment (Treatement), conditioning (Conditioning), packaging (Packaging) processes and storage and disposal sites necessary to implement these processes, and in transport between them It relates to the recording and maintenance of useful information that occurs.

According to the disposition path of each waste stream according to the characteristics of radioactive waste, pre-disposal management followed by waste acceptance to the repository followed by waste acceptance and waste certification It records information generated in the process and supports the determination of suitability of the acceptance status. It also relates to a tracking management system that maintains information related to condition monitoring and inspection of waste disposal site operation. The present invention relates to a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same, which manages the life cycle of radioactive waste that complements the characteristics of radioactive waste that must be stored for a long time without loss of these information and must be handed over.

Low-mid-level radioactive waste refers to wastes with relatively weak radioactivity, such as wastes from nuclear facilities and radioactive isotopes. Low-mid-level radioactive waste is classified by level according to its radioactive concentration, and if necessary, it is taken over to a disposal facility for special management.

With the establishment of the Korea Atomic Energy Agency, a disposal facility capable of disposing of low and medium-level wastes was established in Korea, and radioactive wastes that had been stored by nuclear power facilities or radioisotope-using organizations began to be sent to the disposal facilities. For disposal, the physical, radioactive and chemical properties of radioactive waste must be measured and tested to provide the characteristics of the waste, as well as all information on how the waste was created and disposed of.

In order to manage the life cycle of waste, it is necessary to collect and manage information on the history of waste generation, separation of waste in various treatment processes, and mixing of waste. At this time, tracking and management can be performed by linking the information that is separated and mixed. You should be able to. It is to be emphasized that this does not mean simply tracking the movement of waste.

Currently, it is judged that the technology development for the management of information on radioactive waste packages and the tracking of location information is still poor.

Republic of Korea Patent Publication No. 10-2015-0161888

The present invention has been conceived in view of the above problems, and the first object of the present invention is to operate a website in which a computer provided in the central control room can be accessed via wired or wireless communication, thereby treating radioactive waste ( Process), the radioactive waste pre-disposal facility unit that controls the central tracking management server that receives all the information of the radioactive waste pre-disposal facility and exchanges information with the central tracking management server. It is to provide a tracking management system based on the management life cycle of radioactive waste that transmits and receives information through wired or wireless communication and a tracking management method using the same.

A second object of the present invention is to load the treated waste onto a plurality of drums, and then write the process information in the form of codes on the surface of the drum, and the administrator connected to the central tracking management server to the wireless terminal. A second radioactive waste that reads a lot of information by tagging the bar code written on the front of the drum loaded with radioactive waste, but the wireless terminal further reads the location value information that identified the current location by GPS. It is to provide a tracking management system based on the management life cycle of radioactive waste equipped with landfill facilities and a tracking management method using the same.

According to a feature for achieving the above object, according to the first invention, a computer in which a communication module is embedded and a wireless terminal communicate with a central tracking management server, and container information, transport and movement information stored in the wireless terminal and the computer, A screen loading module that loads radioactive waste information, including packaging information and waste trend information, to the monitor screen of wireless terminals and computers, and location information that is positioned by communicating with a satellite and a wireless terminal to a GPS system. The transport and transport module to be read, a package module that can input, store, and search information on packaging containers including drums and containers used to pack radioactive waste, and radioactive waste information read by wireless terminals and computers. , A regulatory dimension review module that determines to match the reference value set by the administrator, and the wireless terminal and computer receive user information, verify that the input user information and the legend value set by the programmer correspond to each other, and are verified. A user authority module to retrieve information, radioactive waste treatment process information read by a sensor of a radioactive waste pretreatment equipment, and barcode information read from a wireless terminal, generated in the radioactive waste treatment process. To store and send and receive all information The radioactive waste information read from the radioactive waste and equipment information module, transport and transport module, and user authority module is transmitted to the central tracking management server and then stored, but is statisticalized to correspond to the value set by the user, and the database A statistics database module that is converted and stored in (Database) format, and an operator support module that analyzes overall industry trends by reclassifying radioactive waste information of the statistics database module by frequency and making statistics corresponding to values set by the user. And, a printing module that prints the radioactive waste information selected by the user of the statistics database module in a label format, and the radioactive waste information of the statistics database module is reclassified by process, and the reclassified information is reclassified once every hour. It is characterized by including a life cycle analysis module that analyzes the life cycle of waste by sorting.

According to the features for achieving the above object, the second invention, in the first invention, is based on GPS, time, and date information read by the wireless terminal in the process of the tracking management system for managing radioactive waste. A movement information table that searches for information according to a keyword, and the manager, vehicle, personnel, time, and date information read by the wireless terminal in the process of the tracking management system that manages radioactive waste are keywords. A barcode information table that searches by keyword, the manager information table searched by and the barcode information attached to the drum and container surfaces read by the wireless terminal in the process of the tracking management system that manages radioactive waste. , A waste storage location table that searches and classifies radioactive waste information stored in the central control room using the location information value of radioactive waste as a keyword, and the use date and user information of radioactive waste pretreatment equipment read by the wireless terminal. , Equipment information table that searches used process information with a kind of keyword, and among the information of radioactive waste stored in the central control room, the information corresponding to the legend set by the programmer is searched with a kind of keyword. A table of information on the regulated dimensions that the wireless terminal reads, and a process information table that searches process information including general process information, physical process information, chemical process information, radioactive information, nuclide information, and solidified material information read by the wireless terminal by a kind of keyword. It characterized in that it includes.

According to a feature for achieving the above object, according to the third invention, a computer provided in a central control room operates a central tracking management server capable of communicating by wire or wirelessly, and a computer and a wireless terminal equipped with a communication module are By communicating with the tracking management server, a central tracking management server that transmits/receives and stores information generated in the radioactive waste treatment process, and the radioactive waste pretreatment plant, has a number of sensors attached to the radioactive waste pretreatment equipment provided in the plant. , The sensor is a first radioactive waste pre-disposal facility that transmits and receives information by wired or wireless connection to a computer equipped with a communication module, and the radioactive waste that has been pretreated in the first pre-disposal facility is packaged in a plurality of drums. Then, it is loaded into a container, and a barcode label is attached to the drum and the surface of the container in the form of a code in which process information is abbreviated, and the barcode information is a wireless terminal connected to the central tracking management server, and the surface of the drum and container A number of information is obtained by tagging the bar code attached to the wireless terminal, but the wireless terminal has a built-in GPS communication module, so that a second radioactive waste landfill facility is formed that reads more location information. It is characterized.

According to a feature for achieving the above object, according to the fourth invention, in the third invention, an initialization step of executing a screen loading module and a user authority module, and a wireless terminal and a computer having completed the initialization step are positioned. The positioning step of reading the location information of the radioactive waste to the GPS system and performing more than one type of treatment process including decontamination, cutting, crushing, brushing, compression, incineration, pyrolysis, solidification, and vitrification of radioactive waste. A radioactive waste treatment step; an information transmission step of storing information read by a wireless terminal or a computer in the radioactive waste treatment step in a memory space of the computer and wireless terminal and visualizing it on a monitor screen; and a first predisposition of radioactive waste In the sensor equipped in the facility, the built-in device identifies the process type and classification type, but transmits the identification information to the computer, and the computer compares the transmitted value with the reference value set in advance by the programmer, after differential identification. Radioactive waste information corresponding to the items set by the user through a printer that communicates with the central tracking management server to additionally print the label attached to the drum and container of the radioactive waste pretreatment plant, as well as the step of identifying the storage process and classification technology A printing step of outputting, attaching a barcode label with the process information abbreviated to the surface of the drum and container, loading radioactive waste into the inside of the drum and container, and then packing the drum and container to a truck. Transport step of loading and transporting the drum and container to a second radioactive waste landfill facility after transmitting manager information, destination, date, and time information by tagging the barcode written on the transport manager's ID card with a wireless terminal Wow, the disposal completion step is completed by loading drums and containers delivered to the second radioactive waste landfill facility in the second radioactive waste landfill facility, and transmitting information on the manager, destination, date, and time to the central tracking management server through a wireless terminal. Including a sequence (Sequence) characterized in that the completion All.

According to the tracking management system based on the management life cycle of radioactive waste of the present invention and the tracking management method using the same, the computer for computing provided in the central control room operates a website that can be accessed by wire or wireless communication to treat radioactive waste. It has the effect of controlling the central tracking management server that stores all the information of the process.

In addition, for a plurality of drums loaded with waste, the process information is written in the form of codes on the surfaces of the drums and containers, and the manager connected to the central tracking management server is described on the front of the drums and containers with a wireless terminal. There is an effect of fetching a lot of information by tagging the code.

In addition, there is an effect of providing a tracking management system for receiving and transmitting process information of the radioactive waste process to a central tracking management server and managing the life cycle of radioactive waste stored in a database form, and a tracking management method using the same.

1 is a view showing a functional configuration of a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same according to the present invention.
Figure 2 is a view showing a tracking management system based on the management life cycle of radioactive waste according to the invention and a software module (Module) of the tracking management method using the same.
3 is a view showing a database entity table of a tracking management system based on the management life cycle of radioactive waste according to the present invention and a tracking management method using the same.
Figure 4 is a view showing a sequence (Software sequence) of a tracking management system and a tracking management method using the same based on the management life cycle of radioactive waste according to the present invention.
5 is a view showing an additional embodiment showing the external structure of a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same according to the present invention.
6 is a view showing IAEA Safety Glossary 2018, an embodiment of a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same according to the present invention.

The following objects, other objects, features, and advantages of the present invention will be easily understood through the following preferred embodiments related to the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms.

Rather, the embodiments introduced herein are provided so that the disclosed content may be thorough and complete, and the spirit of the present invention may be sufficiently conveyed to those skilled in the art. The embodiments described and illustrated herein also include complementary embodiments thereof.

In this specification, the singular form also includes the plural form unless specifically stated in the phrase. As used in the specification, "comprise" and/or "comprising" does not exclude the presence or addition of one or more other components.

Hereinafter, the present invention will be described in detail with reference to the drawings. In describing the specific embodiments below, various specific contents have been prepared to more specifically describe the invention and to aid understanding. However, readers who have knowledge in this field enough to understand the present invention can recognize that it can be used without these various specific contents. In some instances, it should be noted in advance that parts that are commonly known in describing the invention and are not significantly related to the invention are not described in order to avoid confusion in describing the invention.

1 is a diagram showing a functional configuration of a tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same, and FIG. 2 is a tracking management based on the management life cycle of radioactive waste according to the present invention. A diagram showing the system and the software module of the tracking management method using the same, and Figure 3 is a tracking management system based on the management life cycle of radioactive waste according to the invention and a database entity table of the tracking management method using the same. ), and FIG. 4 is a view showing a sequence of a tracking management system based on the management life cycle of radioactive waste according to the present invention and a tracking management method using the same, and FIG. 5 is a diagram showing the software sequence of the radioactive waste according to the present invention. An exemplary embodiment showing the external structure of the tracking management system based on the management life cycle of and the tracking management method using the same is shown in addition, and FIG. 6 is a tracking management system based on the management life cycle of radioactive waste according to the present invention and It is a diagram showing the IAEA Safety Glossary 2018, an embodiment of the tracking management method used.

1 to 2, the computer 12 and the wireless terminal 13 communicate with the central tracking management server 11 by embedding a communication card and a GPS card, and the wireless terminal 13 and the computer 12 A screen loading module (M101) that visualizes the radioactive waste information read by the terminal so that it can be viewed on a monitor screen of the terminal; the power of the wireless terminal 13 and the computer 12 is operated regardless of the central tracking management server 11 When it is executed.

The type of user screen (UI, Userinterface) that is automatically pop-up on the monitor screens of the wireless terminal 13 and the computer 12 by executing the screen loading module M101 is a package screen (general Information, physical information, radioactive information, chemical information, nuclide information, solidified body information, waste disposal information, document information, status information, report search and print information, user account information, etc.), container screen (general information, radioactive information, Document information, status information, report output information, etc.), transport information screen (general information, radioactivity information, measurement information, document information, status information, report output information, etc.), GPS screen (general information, radioactivity information, measurement information, document Information, status information, report output information), packaging screen (general information, status information, location information, report output information, etc.), equipment information screen (general information, calibration information, location information, status information, report output information, etc.) , Trend information screen (packaging information, transportation information), report output screen (label output, monitoring), and the like, and the screen is loaded into the monitor screen of the terminal.

In addition, the radioactive waste information handled by the screen loading module M101 includes the user's information value and payment history, the user's withdrawal and input information details, the user's access date and data transmission/reception history, the user's work history, and the user's Process of the waste handled, information on radioactive waste handled by a specific institution, information on radioactive waste handled on a specific date, information on radioactive waste that has failed to be disposed of (graphs, charts, pie charts, etc.), and predicted measurement of radioactive waste in the future Volume, information visualizing the statistical quantity of radioactive waste, etc. can be handled.

In addition, the package information screen to be loaded onto the monitor screen of the screen loading module M101 includes general information, physical information, radioactive information, chemical information, nuclide information, solidified body information, and waste disposal information of radioactive waste. , General documents, status information, report search and output information, user account information, and information of radioactive waste loaded in the drum 31 and container 32 can be modified, as well as filtered according to the search keyword. have.

In addition, the container information screen that the screen import module M101 calls into the monitor screen includes general information, radioactive information, documents, and status information of radioactive waste, and can be output in the form of a report if necessary. I can.

In addition, the GPS information screen that the screen call module M101 calls into the monitor screen includes general information, documents, and status information, but may be output in a report form if necessary.

In addition, the packaging information screen that the screen import module M101 calls into the monitor screen includes general information, status information, and location information, but may be output in a report form as needed.

In addition, the equipment information screen that the screen call module M101 calls into the monitor screen includes general information, calibration information, location information, and status information, but may be output in a report form as necessary.

In addition, the trend information screen that the screen import module M101 calls into the monitor screen includes package information and delivery information.

In addition, the report output screen to be loaded onto the monitor screen of the screen loading module (M101) may be output in the form of a report and a label, if necessary.

A transport and movement module (M102) that reads the location information on which the wireless terminal 13 and the computer 12 is positioned to and from the satellite 40 to and from the GPS system (M102); is, at least three or more satellites (40). ), and when the wireless terminal 13 and the computer 12 equipped with the GPS module and the communication module transmit and receive information, the location information is automatically positioned (測位).

The information on the waste packaging container used for packaging all waste collects, operates and manages related technical data and meta data in the package module (M103).

The regulatory dimension review module M104 determines whether the read radioactive waste information is information that corresponds to the legend value set by the manager, and compares the transmitted value with the value regulated by the government to meet the regulatory value set by the user. It is differentiated accordingly.

The statistical database module M107 stores radioactive waste information read from the transport and transport module M102 and the radioactive waste and equipment information input module M106 in the central tracking management server 11, and a value set by the user. After statistics are made to correspond to and are restored in a database format, they can serve as a kind of metadata.

A life cycle analysis module (M110) for analyzing the life cycle of the waste by reclassifying the radioactive waste information stored in the statistics database module (M107) by process, and reclassifying the classified information once more by time, and the statistics The radioactive waste information stored in the database module M107 is classified by frequency and re-statisticized to correspond to the value set by the user, thereby analyzing the overall industry trend, and the statistics database module M107. Since the stored radioactive waste information is a kind of unprocessed information transmitted by the wireless terminal 13 and the computer 12 to the central tracking management server 11, it is converted into a database format so that it can be reprocessed and managed in a report format. After that, it is stored, but the type of information stored by storing each in the life cycle table, operator support table, and report support table of a database may vary depending on the user.

The printing module (M109) for outputting the value selected by the user among the radioactive waste information stored in the statistics database module (M107) in the form of a label paper, the item to be printed on the label sheet is variable according to the user's selection, and the printing The label is attached to the surface of the drum 31, the surface of the container 32, the surface of the structure loaded inside the radioactive waste pretreatment plant 21, the surface of the radioactive waste pretreatment equipment 22, etc., and the use thereof is variable. Can be

The radioactive waste and equipment information input module M106, which transmits and receives all information generated in the radioactive waste treatment process to the wireless terminal 13, is executed after the user authority module M105 is completed. The information indicated by the terminal 13 is a kind of metadata such as GPS, job title, version, radiation dose, regulation value, time, number, process information, statistics value, operation time, current time, alarm, etc. The information is plural, but can be transmitted and received in real time.

As shown in Fig. 3, it is a type that enables searching by entity of information stored in the process of the tracking management system that manages the life cycle of the radioactive waste,

The movement information table (T101) handles general GPS information, GPS information of radioactive waste, GPS information of post-processed radioactive waste, GPS information of documented radioactive waste, GPS information of radioactive waste that has been reported. The type of field is variable.

The administrator information table (T102) includes user information and payment history, input information history according to user registration and withdrawal, user access date and handling data history, user's work history, user's process history of waste handled by the user, Statistics and graphs, including the history of waste handled by a specific institution and the history of waste that has failed to be disposed of, are handled, but the type of field is variable.

In the barcode information table T103, general barcode information, material state barcode information, GPS barcode information, output information, etc. are handled as types of the barcode information table T103, but the type of the field is variable.

The waste storage location table T104 is searched by using the location information of the second radioactive waste landfill facility 30 as a keyword as the radioactive waste to be transported shares the process.

The equipment information table (T105) handles equipment information, usage location information, usage status information, usage process information, etc., but is generated in Korea and generated in Korea in addition to the radioactive waste sharing the above (Process), and the Korea Institute of Nuclear Safety and Technology (KINS) External information managed by is searched as a keyword, and the type of the field is variable.

The regulated value information table T106 contains regulated radiation dose, regulated temperature, regulated time, regulated load, regulated substance status, regulated handling method, decontamination concentration, surface contamination, equipment management status, waste characteristic information, and the like.

The process information table T107 is formed to include process information generated in the process of disposing of all radioactive waste, technology applied for each process, related technical characteristics, and other information necessary for waste management and tracking. It is also designed to include data for supporting the functions described above.

In this way, the configuration of the table forms a database of a tracking management system for managing radioactive waste, but the relation, attribute, domain, key, etc. that are written in the table You can search for specific information by using the saved values as keywords.

1 to 2, in the tracking management system for managing radioactive waste and the tracking management method using the same, the central control room 10 operates the central tracking management server 11, but the communication module is mounted The wireless terminal 13 communicates with the central tracking management server 11.

The central tracking management server 11, which manages all information of the radioactive waste treatment process, transmits and receives radioactive waste information to and from the wireless terminal 13 equipped with a communication module in a type of metadata. Accordingly, it is possible to manage a number of pieces of information generated in the first radioactive waste pre-disposal facility 20 and the second radioactive waste landfill facility 30.

The radioactive waste information transmitted to the central tracking management server 11 is converted into a kind of database format by reprocessing according to the value specified by the user, and the information converted into the database format is reprocessed in various statistical methods for planning. Can be converted.

The radioactive waste pretreatment equipment 22 that receives information from the central tracking management server 11 has a plurality of sensors attached therein, and the sensor provided in the first radioactive waste predisposal facility 20 includes a communication module. Information is transmitted and received by being connected to the mounted wireless terminal 13 by wire or wirelessly.

The radioactive waste treatment step performed in the first radioactive waste pre-disposal facility 20; (S103) types include the decontamination step (S10) of decontaminating radioactive waste, and the radioactive waste by putting it into a cutting machine equipped with radioactive waste. The cutting step of cutting (S11), the crushing step (S12) that is shredded by putting the radioactive waste into a crusher equipped with the radioactive waste, and the brushing step of surface treatment by removing the residue of the radioactive waste with a brush (S13) ), and a compression step (S14) of compressing radioactive waste with a compressor equipped with a radioactive waste, an incineration step (S15) combusting by putting the radioactive waste into an incinerator equipped with a radioactive waste, and pyrolysis by putting the radioactive waste into a thermocompressor equipped with Radioactivity by performing step (S16), solidification step (S17) of solidifying radioactive waste by putting it into a solidification facility, and vitrification step (S18) of sealing radioactive material inside the glass by introducing radioactive waste into a vitrification machine equipped with radioactive waste. It includes a post-treatment step (S19) of post-treating the waste, but the process may be variably or selectively performed, so that it may be accommodated. The plurality of radioactive waste information is transmitted to a wireless terminal 13 and a computer 12 equipped with a communication card, and the accumulated information is printed on a label by a printer 14, and the drum 31 and the container 32 ), and then handed over to the transport manager.

After the radioactive waste of the first radioactive waste pre-disposal facility 20 is packaged in a plurality of drums 31, it is loaded in a container 32, and process information is provided on the surfaces of the drum 31 and the container 32. It is attached in the form of a barcode. Barcode information is read by tagging barcodes on the surfaces of the drum 31 and container 32 loaded with radioactive waste into the wireless terminal 13, but the wireless terminal 13 has a built-in GPS communication module. As a result, it is possible to read more information about the current location value measured by GPS.

In the second radioactive waste landfill facility 30, the drum 31 and the container 32 transported from the first radioactive waste pre-disposal facility 20 are placed inside the container 32 of the second radioactive waste landfill facility 30. After loading and landfilling, the landfill of radioactive waste is completed by transmitting manager information, radioactive waste information, date, time, GPS information, etc. to the wireless terminal 13.

As shown in Fig. 4, a sequence of a tracking management system for managing radioactive waste and a tracking management method using the same is applied to the wireless terminal 13 and the computer 12. By doing so, the initialization step (S101) of executing the screen loading module (M101) and the user authority module (M105) on the monitor screen of the terminal is completed.

The wireless terminal 13 and the computer 12 having completed the initialization step (S101) are equipped with a GPS module, so that the current position value information is located from at least three or more satellites 40, and the location of the radioactive waste. The positioning step (S102) of reading information into the GPS system is completed.

The radioactive waste loaded in the first radioactive waste pre-disposal facility 20 includes a decontamination step (S10) of decontaminating radioactive waste by introducing radioactive waste and a decontamination agent into the interior of the radioactive waste decontamination equipment, and radioactive waste. The cutting step (S11) of cutting the radioactive waste by putting it into a cutting machine, the crushing step (S12) of breaking down by putting the radioactive waste into a shredder equipped with the radioactive waste, and removing the residue of the radioactive waste with a brush provided The brushing step of surface treatment (S13), the compression step of compressing with a compressor equipped with radioactive waste (S14), the incineration step of burning by putting radioactive waste into an incinerator equipped with (S15), and heat provided with radioactive waste Pyrolysis step (S16) of pyrolysis by putting into a compactor, solidification step (S17) of solidification by putting into a dryer equipped with radioactive waste, and vitrification of sealing radioactive substances inside the glass by putting it into a lithography machine equipped with radioactive waste. The radioactive waste treatment step S103 of treating the radioactive waste is completed by executing step S18 and post-treatment step S19.

All information on the radioactive waste generated in the process of the tracking management system based on the management life cycle of the radioactive waste and the tracking management method using the same is stored in the computer 12 and the wireless terminal 13 generated by the manager according to the purpose. After saving in the memory space, it is transferred to the monitor screen. The information transmitted to the monitor screen is a kind of meta-information (Metadata) such as GPS, position, version, radiation dose, regulation value, time, number, process information, statistics value, operation time, current time, alarm, etc. The information is plural, but the information transmission step (S104) is completed by being transmitted and received in real time.

The sensor 25 provided in the first radioactive waste pre-disposal facility 20 transmits material state information and radiation dose of the radioactive waste to the wireless terminal 13 equipped with a communication module, and the wireless terminal 13 transmits The process of differential identification and classification technology identification step S105 are completed by comparing the received value with the regulation value set in advance by the programmer.

Label paper with barcodes on the surface of the structure provided inside the first radioactive waste pre-disposal facility 20, the surface of the radioactive waste pretreatment equipment 22, the drum 31, and the surface of the container 32, The printing step (S106) is completed by outputting radioactive waste information corresponding to the item set by the user to the printer 14 communicating with the tracking management server 11 on the label sheet.

A barcode label with abbreviated process information is affixed to the surface of the drum 31 and container 32, and radioactive waste is loaded and packaged in the drum 31 and container 32, and barcoded with the wireless terminal 13 The packaging step (S107) in which information of a plurality of radioactive wastes including manager information is transmitted to the central tracking management server 11 by tagging is completed.

The drum 31 and the container 32 are loaded on the truck 41, and the barcode written on the transport manager's ID card is tagged with the wireless terminal 13 to provide manager, personnel, vehicle information, destination, date, and time. After transmitting the information such as, by transporting the drum 31 to the second radioactive waste landfill facility 30, the transport step (S108) is completed.

By tagging the barcodes of the drums 31 and containers 32 transported to the second radioactive waste landfill facility 30 to the wireless terminal 13, the manager, personnel, and vehicles are transferred to the central tracking management server 11. The discard completion step (S109) of transmitting a plurality of pieces of information including information, destination, date, and time information is completed.

The central tracking management server 11 executes a statistical database module (M107), a life cycle analysis module (M110), and an operator support module (M108) for a kind of metadata read from the wireless terminal 13. After converting to good data, the operator support step (S110) is completed by outputting the information in a report format. Accordingly, one sequence is completed, and the program is executed by continuing the sequence.

Since the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention and do not represent all the technical spirit of the present invention, various equivalents that can replace them at the time of application And it should be understood that there may be variations.

10: Central control room
11: Central tracking management server 12: Computer 13: Wireless terminal 14: Printer
20: The first radioactive waste pre-disposal facility
21: radioactive waste pretreatment plant 22: radioactive waste pretreatment equipment
30: second radioactive waste landfill facility
31: drum 32: container
40: satellite 41: truck

Claims (4)

The tracking management system based on the management life cycle of radioactive waste and the program module of the tracking management method using the same,
A computer 12 and a wireless terminal 13 with a built-in communication module communicate with the central tracking management server 11, and container information, transport and movement information, and packaging information stored in the wireless terminal 13 and the computer 12 , A screen loading module for loading radioactive waste information including waste trend information to the monitor screens of the wireless terminal 13 and the computer 12; (M101)
A transport and movement module for reading the location information to be positioned by the wireless terminal 13 and the computer 12 communicating with the satellite 40 to the GPS system; (M102)
A packaging module capable of inputting, storing, and inquiring information on packaging containers including drums 31 and containers 32 used for packaging radioactive waste; (M103)
A regulatory dimension review module that determines the radioactive waste information read by the wireless terminal 13 and the computer 12 to correspond to a reference value set by the administrator; (M104)
A user authority module for receiving user information from the wireless terminal 13 and the computer 12, verifying that the input user information and the legend value set by the programmer correspond to each other, and fetching the verified information; (M105 )
All information generated in the radioactive waste treatment process, including information on the radioactive waste treatment process read by the sensor of the radioactive waste pretreatment equipment 22 and barcode information read from the wireless terminal 13, is stored. And sending and receiving Radioactive waste and equipment information module; (M106)
The radioactive waste information read from the transport and transport module (M102) and the user authority module (M105) is transmitted to the central tracking management server (11) and then stored, but is statisticalized to correspond to the value set by the user, Statistics database module converted and stored in a database format; (M107)
An operator support module that analyzes the overall industry trend by reclassifying radioactive waste information of the statistical database module M107 by frequency and statistics so that it corresponds to a value set by a user; (M108)
Printing module for printing radioactive waste information selected by the user of the statistical database module M107 in a label format; (M109)
A life cycle analysis module that analyzes the life cycle of the waste by reclassifying the radioactive waste information of the statistical database module M107 for each process and reclassifying the reclassified information once more per time; Execution including (M110) A tracking management system based on the management life cycle of radioactive waste to be used and a tracking management method using the same. The method of claim 1,
A tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same. Movement information that searches information according to GPS, time, and date information read by the wireless terminal 13 in the process by keyword Table; (T101)
A tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same Manager, vehicle, personnel, time, and date information read by the wireless terminal 13 in the process by keyword Information table; (T102)
A tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same, the barcode information attached to the surface of the drum 31 and the container 32 read by the wireless terminal 13 in the process is a keyword ( Barcode information table searched with Keyword); (T103)
A waste storage location table for searching and sorting radioactive waste information stored in the central control room 10 by using the location information value of the radioactive waste as a keyword; (T104)
Equipment information table for searching the use date, user information, and use process information of the radioactive waste pretreatment equipment 22 read by the wireless terminal 13 by a kind of keyword; (T105)
Among the information on radioactive waste stored in the central control room 10, a regulatory dimension information table for searching information corresponding to a legend value set by a programmer by a kind of keyword; (T106)
Process information table for searching process information including general process information, physical process information, chemical process information, radioactive information, nuclide information, and solidified material information read by the wireless terminal 13 by a kind of keyword; (T107) A tracking management system based on the management life cycle of radioactive waste, and a tracking management method using the same. A tracking management system based on the management life cycle of radioactive waste and a tracking management method using the same, the computer 12 provided in the central control room 10 operates a central tracking management server 11 capable of communicating by wire or wirelessly, and A central tracking management server for transmitting/receiving and storing information generated in a process process by communicating with the central tracking management server 11 and the computer 12 and the wireless terminal 13 on which the module is mounted; (11)
In the radioactive waste pretreatment plant 21, a plurality of is attached to the radioactive waste pretreatment equipment 22 provided in the plant, and is connected to a computer 12 equipped with a communication module by wire or wirelessly to transmit and receive information. 1 Radioactive waste pre-disposal facility; (20)
The radioactive waste, which has been pre-treated in the first radioactive waste pre-disposal facility 20, is packaged in a plurality of drums 31 and then loaded in a container 32, and on the surface of the drum 31 and the container 32 A bar code label is attached in the form of a code in which process information is abbreviated, and the bar code information is attached to the surface of the drum 31 and the container 32 by a wireless terminal 13 connected to the central tracking management server 11. A second radioactive waste landfill facility in which a number of pieces of information are retrieved by tagging the existing barcode, but the wireless terminal 13 is equipped with a GPS communication module to further read the location information positioned; (30) A tracking management system based on the management life cycle of radioactive waste, and a tracking management method using the same. The method of claim 3,
The sequence of the tracking management system based on the management life cycle of radioactive waste and the tracking management method using the same,
Initialization step of executing the screen loading module (M101) and the user authority module (M105); (S101)
Position positioning step of reading the location information of radioactive wastes positioned by the wireless terminal 13 and the computer 12 having completed the initializing step (S101) to a GPS system; (S102)
Radioactive waste treatment step of performing one or more treatment processes including decontamination, cutting, crushing, brushing, compression, incineration, pyrolysis, solidification, and vitrification of the radioactive waste; (S103)
Information transmission step of storing the information read by the wireless terminal 13 or the computer 12 in the radioactive waste treatment step (S103) in the memory space of the computer 12 and the wireless terminal 13 and visualizing it on a monitor screen ;(S104)
Equipped in the first radioactive waste pre-disposal facility 20, a built-in element identifies the process type and classification type, but transmits the identification information to the computer 12, and the computer 12 transmits the received value and the programmer ( Process and classification technology identification step of storing after differential identification by comparing each other with a reference value previously set by the Programmer) (S105)
In order to additionally output the label attached to the drum 31 and the container 32 of the radioactive waste pretreatment plant 21, the printer 14 communicates with the central tracking management server 11, corresponding to the item set by the user. Printing step of outputting the radioactive waste information to be; (S106)
A packaging step of attaching a bar code label having the abbreviated process information on the surfaces of the drum 31 and the container 32, loading radioactive waste into the drum 31 and the container 32, and then packing; (S107 )
The drum 31 and the container 32 are loaded on the truck 41, and the barcode written on the transport manager's ID card is tagged to the wireless terminal 13 to transmit manager information, destination, date, and time information. After, a transport step of transporting the drum 31 and the container 32 to the second radioactive waste landfill facility 30; (S108)
The drum 31 and the container 32 delivered to the second radioactive waste landfill facility 30 are loaded into the second radioactive waste landfill facility 30, and the wireless terminal 13 manages the central tracking management server 11 , A disposal completion step completed by transmitting information on a destination, date, and time; a tracking management system based on the management life cycle of radioactive waste, characterized in that the sequence including (S109) is completed, and a tracking management method using the same .

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