KR20110034743A - System for managing information of petroleum resources and method thereof - Google Patents

Abstract

PURPOSE: A system for managing information of petroleum resources is provided to collect home and foreign petroleum resource information and store the information to a database. CONSTITUTION: An input device(100) inputs oil resources information of a country or selects a report which a user tries to inquire. A central processing device(200) analyzes the searched result with the inputted search word. The central processing unit shows statistical state which is in accord with the search word and search space. An output device(400) displays the related to the search result to a screen. The output device illustrates the searched space information to a miniaturized GIS map.

Description

System for managing information of petroleum resources and method

The present invention collects and analyzes petroleum resource information, develops a standard DB system, establishes a DB according to the standard system, and establishes a web GIS-based petroleum resource information management system, so that data related to petroleum exploration is systematically managed to develop oil resources. By providing high quality petroleum information necessary for the business and sharing all petroleum resources knowledge and information data of researchers, corporations and private companies with value, the data is shared so that it can be used regardless of place or time according to the user's authority. In addition, it can effectively manage informal information and improve the value of knowledge assets.Integrated management of domestic and foreign petroleum resource information related data and experts in oil and gas exploration and development such as government officials, academia and related companies and investors By providing useful information to the public, it is possible to support the quick and accurate search and use of the material. In addition to inducing qualitative improvements in research work, we have established a reliable petroleum gas resource integrated information system for strategic establishment and policy utilization on the continental shelf exploration and development. The data storage space can be minimized to avoid simple and repetitive tasks, and the exploration data and drilling data, which are increased due to the activation of domestic continental shelf exploration and development projects, are built into DB according to the standard system, By establishing an efficient management system, it helps to make prompt decision-making by maximizing the use value of data collected and analyzed, and comprehensive information such as statistical and statutory information. By analyzing and securing a national oil and gas resource database with objective and public functions Providing high quality petroleum information necessary for oil field development projects, operation of promising mine distribution system at the level of oil-producing countries, and also scientific research of continental shelf It is a technology of petroleum resource information management system and its information management method which can lay the groundwork for plan for investigation, exploration, research, development, investment by providing basic information.

Since the beginning of the industrial society, the demand for petroleum resources has increased due to the increase in population and quality of life, and competition for securing petroleum resources between countries is intensifying due to high oil prices and raw material shortages caused by concerns about the depletion of petroleum resources. In addition, it is time to secure technological competitiveness of petroleum resource development in preparation for the era of infinite competition by globalization and liberalization.

Recently, the Energy Technology Outlook 2050 was published by the International Energy Agency (IEA) and the Organization for Economic Cooperation and Development (OECD) (IEA / OECD, 2006). According to the analysis report, the world's primary energy consumption is expected to more than double from 2003 to 2050. As we face the shortage of petroleum resources in the future society, the conditions of the petroleum resource industry will change drastically, and the demand for the application of advanced petroleum resource exploration and development technologies will increase.

In this context, Korea is in a time to make more active efforts to reinforce the security of oil resources and to enhance the technology of oil resource development.

Recently, petroleum resource technology has been attempted to derive new technology for petroleum resource development from the viewpoint of R & D activities linked to research, exploration and development. However, in view of the commercialization of performance-oriented R & D results, deriving core technologies necessary from the perspective of the petroleum resource industry, which is the final consumer of petroleum resource technology, and drawing up technology maps for this create new areas for R & D. The most important thing is to secure. It is necessary to establish the basic direction of technology development for establishing the concept of the oil resource industry and fostering the oil resource industry, and to introduce the key element technologies necessary for the oil resource industry and to promote the research and development program. The network must be configured.

Core element technology derived from the final technology consumer who can promote domestic and overseas petroleum resource exploration and development of petroleum resource development company, etc. to secure supply and demand stability of domestic petroleum resources directly related to national competitiveness and improve national petroleum resource self-development rate There is a need for technical guidance for development, and it is urgently needed to secure advanced technical resources such as exploration and development, as well as utilization and treatment technologies.

At the same time, it is necessary to derive key element technologies necessary for each stage considering the current situation and technology level of Korea in the research, exploration, development, and utilization of petroleum resources, and to present technical guidance for the technology development. In addition, there is a need for a guideline that can serve as a technical development manual for companies that are currently developing oil resources or preparing to invest in new oil resources. However, there is a problem that specialized organizations for petroleum resources cannot cope with this systematically.

Therefore, data related to oil exploration can be systematically managed to provide high quality petroleum information necessary for oil resource development projects, and atypical information can be efficiently managed to enhance the value of knowledge assets. Quick and accurate search and use are supported to induce qualitative improvement of research work, to prevent the loss of research data continuously occurring, and to minimize the storage space of data and to avoid simple and repetitive work. In addition, through the web system, an efficient management system can be established to maximize the use value of data collected and analyzed, such as statistical and statutory information, and to help in making quick decision-making. Providing high quality oil information, operation of promising oil field distribution system at the oil producing country level, Petroleum resource information system that can be the basis for preparing research, exploration, research, development, and investment plans by providing scientific and basic information on the continental shelf with accurate and rapid information for securing bargaining resources and strengthening bargaining power for boundary determination. And the development of information management methods are urgently required.

Accordingly, the present invention was conceived to solve the above problems, collecting and analyzing domestic and foreign petroleum resource information to build a DB, and to develop a petroleum resource information system based on WebGIS for systematic and efficient utilization and analysis, to investigate the petroleum resource development And it aims to provide a petroleum resource information system and information management method that can provide high-quality petroleum information necessary for exploration, investment, research, policy setting.

Another object of the present invention is to inform the petroleum resource-related knowledge and information data that can be used regardless of the location or time according to the user's authority, and to convert the informal information by department or individual into a standardized format To provide a petroleum resource information system and its information management method that can be stored and managed to enhance the value of knowledge assets.

Another object of the present invention is to provide a fast and accurate information on the data by providing integrated information of domestic and foreign petroleum resource information management and providing useful information to oil and gas exploration and development experts such as government officials, academia and related companies and investors. It is to provide a petroleum resource information system and its information management method that can lead to the improvement of research work by supporting search and utilization.

Another object of the present invention is to establish a reliable petroleum gas resource integrated information system for the strategic establishment and policy utilization of the continental shelf exploration and development, to prevent the loss of research data that occur continuously, as well as the storage space of the data The aim is to provide a petroleum resource information system and its information management method that can minimize and avoid simple and repetitive tasks.

Another object of the present invention is to build an exploration data and drilling data increase according to the activation of the domestic continental shelf exploration and development projects in a DB according to the standard system, and to establish an efficient management system through the web system, collecting and analyzing data and It is to provide petroleum resource information system and its information management method that help to make quick decision making by maximizing the use value of data for comprehensive information such as statistical information.

Another object of the present invention is to collect and analyze oil information of foreign oil producing countries to secure the national oil and gas resource DB with objective and public functions, thereby providing high quality oil information necessary for overseas oil field development projects, promising oil level To provide a petroleum resource information system and its information management method that can operate the block sale system.

Another object of the present invention is to provide a foundation for preparing research, exploration, research, development and investment by providing accurate and rapid scientific basic information of continental shelf to secure bargaining resources with neighboring countries and strengthen bargaining power for boundary determination. To provide a petroleum resource information system and its information management method that can be made.

Petroleum resource information system according to a preferred embodiment of the present invention for achieving the above object is a function to receive a user authentication from the server to enter the ID and password to access the web server, the latitude, longitude coordinates, country name, branch name An input device having a function of inputting a search word such as a photosphere name, inputting spatial range information to a point or area designated by the user, or selecting and inputting a country, branch, and borehole report to be searched by a user from a list box; Analyzes the information matching the search word or search area input from the input device, processes the spatial information, the attribute information, the related image and the reference information in association with the corresponding information, and matches the country name input from the input device. A central processing unit that analyzes the statistical status of the state, borehole state, oilfield development, reserves and production of the relevant country by analyzing the information; A function of displaying the searched result list and additional information related to the search result on a screen, a function of showing spatial information associated with the result list in a reduced GIS map together with the searched result list, and a reduced GIS map. An output device having a function of moving to a corresponding position of a main map and a function of moving to a position corresponding to the searched result and displaying on a GIS main map; .

In the present invention, the central processing unit is a function for searching the attribute information and spatial information matching the integrated, subject, detailed search terms, respectively input according to the user's search purpose, and all the space belonging to the user specified point or area A petroleum resource information system driving device having a function of searching information in a spatial range and a function of linking country, basin, and borehole report information selected by a user; Gwangju area, geological information, infrastructure, drilling data, seismic exploration data, basic map, etc. processed and transmitted and received by the petroleum resource information system driving device, Gwangju general information, petroleum resource evaluation data, Attribute DB including detailed information such as petroleum geological data, borehole information, seismic exploration information and additional information related to detailed information, drilling column diagram, seismic sectional view, navigation data, acquired variables, reports, references, etc. A data storage device including a space DB stored by each user corresponding to the ID and password input from the input device and a user information DB which is a property DB list; .

In the present invention, the petroleum resource information system driving device receives a search word from the input device, the information transmitting and receiving module receives the search word and transmits to each module and receives and outputs the data requested by each module from the data storage device A function for transmitting to the device, a function for searching each division by the integrated search module, a subject search module, a detailed search module, and a space search module for searching all spatial information belonging to a point or area designated by the user in a spatial range. A function of storing a search result searched by the search module by a personal search information storage module, modifying and deleting a stored search result list, and outputting the report information after searching the report information selected by the user The function and the data link module may be performed by the search module. By the side information and the spatial information and the function associated with the output module of the attribute information associated with a function for outputting the result including the information about the search information; .

In the present invention, the data storage device receives the contents retrieved from the petroleum resource information system drive device is a photosphere, geological region associated with the oil field, geology, geological structure (fault, fold), geological information related to the basin, pipe, A spatial DB having a function of transmitting singular or plural information among basic maps, drillings, and seismic data for platforms, terminals, infrastructures, countries, and major cities; Singular information from the general information, reserves, and petroleum resource assessment data related to reserves, reservoirs, cover rocks, source rocks, petroleum geological data related to petroleum systems, biographies, bedrock, geochemical analysis, and borehole information related to physical logging, and various reports Or an attribute DB having a function of transmitting a plurality of information; A DB server including an image and file DB having a function of transmitting a single or plural information among files related to a drilling column top view, an elastic fracture cross-sectional view, and navigation data, acquisition variables, reports, and references; .

In addition, the petroleum resource information management method according to an embodiment of the present invention for achieving the above object comprises the steps of receiving a user authentication from the web server by entering a user ID and password to the web server; Inputting a longitude, latitude, country, basin, or name of field, or selecting a report to be queried by a user from a list box; Selecting a point or area to be searched by a user; Inputting a search word as a search word of a unified, subject, and detailed search; Receiving a search word or a search area from the petroleum resource information driving device, searching for relevant information corresponding to the search result in the DB server through the data storage device, and searching spatial information matching the search result in the GIS server; Retrieving the space or attribute DB selected by the user from the storage list of the user information DB and retrieving information matching the search results from the DB server and the GIS server; Outputting a search result from the DB and the GIS server on a screen; Storing the search result displayed on the screen in an authenticated user information DB; The search results displayed and displayed on the screen are a list of results and a list related to the search results, and are output together with the search result list in a reduced GIS map of spatial information corresponding to the search results. Moving to the corresponding area in the step; It is characterized by including.

In the present invention, in the step of retrieving the report information selected by the user through the petroleum resource information system driving device, the report to be viewed by the user is selected by dividing the country, basin, borehole, the drilling is performed by the user In addition to searching the selected information from the DB server, using the depth-specific information of the found borehole-related information, the position value on the graph, characterized in that it comprises writing to the corresponding position.

In the present invention, in the step of outputting the spatial information list stored in the user information DB selected by the user through the petroleum resource information system drive device, the user can simultaneously select up to four spatial information from the spatial information list In the 4-divided web GIS map, the maps of different regions can be compared and viewed.

In the present invention, it provides a basic function, such as map control functions, such as layer control, legend view, move, zoom in / zoom out, before / after screen view, attribute information and related information, search content, three-dimensional petroleum resource information Including the provision of singular or plural of graph content by depth for service, statistical contents of the country's mines, oil fields, boreholes, reserves and production status, and report form of country, basin and borehole related information. It is characterized by.

The oil resource information system and the information management method according to the present invention has the following effects.

First, the present invention collects and analyzes domestic and foreign petroleum resource information to build a DB to provide high quality petroleum information necessary for the systematic management of data related to oil exploration and oil resource development projects.

Second, the present invention provides a base that can be utilized regardless of the place or time according to the user's authority by integrating the information related to petroleum resources having the value of knowledge information data, the data stored by department or individual is shared In addition, the value of knowledge assets can be enhanced through the efficient management of unstructured information.

Third, the present invention provides useful information for the integrated management of domestic and foreign oil resource information-related data and experts in oil and gas exploration and development such as government officials, academia and related companies, and investors, so that the data can be quickly and accurately searched and utilized. This support can lead to qualitative improvements in research work.

Fourthly, the present invention establishes a reliable oil and gas resource integrated information system for establishing a continental shelf exploration development strategy and policy to prevent loss of research data that occurs continuously, as well as minimizing and keeping data storage space simple, You can avoid repetitive tasks.

Fifth, the present invention is to build the exploration data and drilling data increased according to the activation of domestic continental shelf exploration and development project as a DB according to the standard system, and to establish an efficient management system through the web system to collect and analyze data and statistical information and The same comprehensive information maximizes the value of use of the data and supports rapid decision making.

Sixth, the present invention collects and analyzes petroleum information of foreign oil producing countries to secure the national oil and gas resource database with objective and public functions, thereby providing high quality oil information necessary for overseas oil field development projects, and promising oil field sales system at the oil producing country level. Operation is possible.

Seventh, the present invention can provide a foundation for preparing research, exploration, research, development, and investment by providing scientific basic information on the continental shelf with accurate and fast for securing the resources of the neighboring countries and strengthening the bargaining power of boundary determination. have.

Looking at the preferred embodiment of the present invention together with the accompanying drawings as follows, when it is determined that the detailed description of the known art or configuration related to the present invention may unnecessarily obscure the subject matter of the present invention The description will be omitted, and the terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators, and the definition thereof is the petroleum resource information system and the information management method of the present invention. It should be made based on the contents throughout the specification to describe.

Hereinafter, a petroleum resource information system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the configuration of the petroleum resource information system according to an embodiment of the present invention, Figure 2 is a view showing the configuration of a central processing unit according to an embodiment of the present invention.

As shown in FIGS. 1 and 2, an input device having a function of receiving a user authentication from a server by inputting an ID and password to a web server, and inputting a search word or a search area to be searched by the user 100; A user information DB 200 having a function of storing a search result information searched by a user who has received user authentication through an ID and a password input from the input apparatus 100 as a DB list; Drive device 310 for the petroleum resource management system for receiving a search word or a search region from the input device 100 to analyze the matched information, and a photosphere, borehole, seismic survey, report information matching the search term and search region A central processing unit (300) comprising a data storage device (320) including figure information constituting spatial information and standardized petroleum resource related attribute information; A function of displaying a result list searched by the DB server 321 and the GIS server 322 and a list related to the search result on a screen, a function of showing the searched spatial information on a reduced GIS map, and the illustrated GIS map An output device 400 having a function of moving to a corresponding area in the main map by selecting a 4, and providing a 4-split web GIS map; It consists of.

Looking at the configuration and function of the technical means constituting the petroleum resource information system of the present invention as follows.

The input device 100 receives a user authentication from a server by receiving an ID and password for confirming a user, inputs petroleum resource information of a country by a search word and a space range, or selects a report to be searched by a user from a list box. Has the function to

The user information DB 200 performs a user authentication through an ID and a password input from the input apparatus 100, and then uses the central processing unit 300 to search a search word and a search area input from the input apparatus 100 from a user. It has a function of storing search results such as GIS spatial information and attribute information derived through DB list.

The central processing unit 300 is a driving unit 310 for the petroleum resource management system for analyzing information matching the search word and the search region input from the input device 100, and the photosphere information matching the search word or search region Data storage device 320 consisting of geometry information and standardized petroleum resource-related attribute information, including spatial information such as borehole information, seismic exploration information, oilfield information, reserve and production information, statistical status information, and report information by country. do. Here, the driving device 310 for the petroleum resource management system searches for information corresponding to the search word and the search area input from the input device 100, and then uses the information transmitting and receiving unit (not shown) in the information control module 311. Receives the requested information via the integrated search module (311-1), the topic search module (311-2), the detailed search module (311-3) to search by each division, and the individual search information storage module 311 4) the search information is stored, and the spatial search module 311-5 searches for all spatial information belonging to a point or area designated by the user in a spatial range, and the data linking module 311-6. After retrieving the report information selected by the user in association with the search function, the function output by the report output module 311-7 and the output module 311-8 output the result including the contents of the search information. With function, the latest movement It is composed of a manager module 311-9 having a function of maintaining and managing the DB server 321 and the GIS server 322 itself to service the oil resources of the incense. In addition, the data storage device 320 receives the contents retrieved from the drive unit 310 for the petroleum resource management system received petroleum resource evaluation data related to the general information, reserves, production volume, reservoir, cover rock, source rock, petroleum An attribute DB 321-1 having a function of transmitting singular or plural information among petroleum geological data, biographies, rock formations, geochemical analysis, borehole information related to physical logging, and various reports related to the system; DB server consisting of an image and file DB 321-2 having a function of transmitting single or plural information among files related to drilling column topography, elastic fracture cross-section, and navigation data, acquisition variables, reports, and references ( 321; Singular or unearthed zones, geological zones, geology, geological structures (faults, folds), basins, geological information, pipes, platforms, terminals, infrastructure, countries, major cities, basic maps, drilling and seismic data A GIS server 322 configured of a figure DB 322-1 having a function of transmitting a plurality of information; It includes.

The output device 400 displays a result list searched by DB and GIS server and a related list related to the search result, a function of showing the searched spatial information on a reduced GIS map, and the reduced GIS. If you select a map, you have the ability to move to the corresponding area from the main map, and to control each of the 4 divided web GIS maps.

The input device 100 and the output device 400 are a mobile communication device such as a PDA, a mobile phone, or a PC.

Hereinafter, a method for managing petroleum resource information according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

3 is a flowchart of petroleum resource information management according to an embodiment of the present invention.

As shown in Figure 3, look at the flow of oil resource information management as follows.

First, the user accesses the web server through the input device 100, and then enters an ID and password to receive user authentication from the server, and inputs petroleum resource information by the search term and the space range or the user inquires in the list box. Select the report you want. Here, the search word can be moved to the corresponding area by searching by latitude, longitude, country, basin, and block, and also, if the country is entered or selected from the list box, the state of the mine, borehole, development of oil field, reserve and Statistics on production are shown in a circle diagram.

Subsequently, the inputted search word is integrated, thematically, and searched in detail through the driving unit 310 for the petroleum resource management system, and all spatial information belonging to a point or area designated by the user is searched in a spatial range, and the report information selected by the user Search for singular or plural pieces of information in conjunction with the search. In this case, the integrated search may be performed by matching a search word input through the integrated search module 311-1 or by dividing a word including the search word into topics based on photosphere, borehole, basin, exploration, country, and genetic field. The subject search is inputted into a desired subject search box through the subject search module 311-2 or divided into subjects that are spatially related to a search word selected from a list box, and a search result is provided. Through (311-3), a search result is provided according to information satisfying a desired condition using a search factor for each topic in the topic tab.

Subsequently, the searched information is stored by the individual search information storage module 311-4, and the detailed information of the information selected from the list of the search results and the GIS map are provided together with the web GIS window. The location is moved to the corresponding information in and displayed. In addition, up to four web GIS maps can be simultaneously selected from the search result list and can be viewed while comparing maps of different regions in the four-partitioned web GIS map. The search results are displayed as a GIS map through the spatial search module 311-5, and a shortcut function is included in the web GIS window to enhance the usability of the DB and the map, and the borehole through the data linking module 311-6. It has the function to output graphs by depth using biographies, geochemistry, and geothermal data, and reports on basins and boreholes are provided.

When the user selects the provided report and searches through the linkage of the report information, the report list for each country, branch, and borehole stored in the DB is output through the report output module 311-7, and the user wants to inquire. Select the report by country, basin and drilling. The drilling, as well as searching the user-selected information in the DB server 321, using the depth-specific information of the found borehole-related information to calculate the position value on the graph in the GIS server 322 and plotted to show the location It involves doing.

In addition, the manager module for maintaining and managing the DB and GIS itself through the drive unit 310 for the petroleum resource management system to provide petroleum resource information of the latest trend, and to easily find and modify the information to be modified through the search (311-9) is also included. The manager module 311-9 can modify related table information based on the main table so that there is no omission of related information when modifying the information, and the information to be modified can be found by searching for easier modification. In addition, the information inputted by the code is selected to be selected using a combo box, so that the user's input error can be minimized and data integrity and integrity can be maintained, thereby providing information on the latest oil resources.

When the searched content is received from the petroleum resource management system driving device 310, the DB server 321 searches for relevant information corresponding to the search result through the data storage device 320, which is a next step, and the GIS server 322. Search for spatial information that matches the search results. Wherein the DB server 321 in the photosphere, oil field, basin, borehole summary information, seismic exploration summary information, seismic exploration siding, evaluation unit, country, mining rights, operating rights, reserves, production, reservoir, cover rock, source rock, fossil Calculation Table, Strata Form, Columnar Rock Sample Sandstone Mineral, Rock Sample Sandstone Tissue, Rock Sample Clay Mineral Component, Pyrolysis Analysis, Semi-Creblen Chart, Vitrinite Reflectance, Biomarker, Physical Log Data, Core Analysis, Measurement Temperature, Geothermal gradient, oil well test, petroleum reserve evaluation, and retrieval of relevant information on the report are possible, and GIS server 322 provides geological information related to photosphere, geological region, geology, geological structure (faults, folds) and basin It is possible to search for spatial information on infrastructures related to pipes, platforms, terminals, basic maps, drillings, and seismic data relating to countries and major cities.

In the next step, the searched result list and the related list related to the search result are displayed on the screen, and the search result is output by the output device 400. The search result displayed and displayed on the screen is directly moved to the corresponding GIS area by using the coordinates and scale values stored in the user information DB 200, or the web GIS map divided into four segments by simultaneously selecting up to four spatial information. Compares the maps for different regions at or shows the searched spatial information on the reduced GIS map, and when the reduced GIS map is selected, the method moves to the corresponding region from the main map. Also, in the web GIS area, basic functions such as layer management, legend management, coordinate management, location search and moving to the corresponding location, map operation, linking property information and related information are provided, and depth for search contents and three-dimensional oil resource information service is provided. It is provided singularly or plurally, in the form of a report for each graph content, country-specific blocks, oil fields, boreholes, statistical contents of reserves and production status, and information on country, basin and borehole-related information.

In a later step, the attribute DB search result and the coordinate value and scale value of the GIS map that the user is viewing are stored in the authenticated user information DB 200.

Hereinafter, with reference to the accompanying Figures 4 to 12b it will be described in detail a preferred operating method and embodiment of the petroleum resource information system according to the present invention. In addition, as described above, the functional features of each component of the system according to the present invention will be described in more detail together with the present embodiment.

4 and 5 is a web GIS screen of the petroleum resource information management system provided to the authenticated user by inputting the ID and password. 4 is an overseas, FIG. 5 is a domestic petroleum resource information management system, the menu tab is displayed on the screen at the top, the search tab is displayed on the screen at the upper right, and the layer tab is displayed on the screen. Through the web GIS system, it is possible to manipulate the map by enabling layer management, legend management, coordinate management and location search and moving to the corresponding location.

6A to 6C are diagrams illustrating schematic information presentation and decision item classification diagrams of a DB according to an embodiment of the present invention. The DB is linked to the attribute information for the spatial figure information such as country, geological elements, boreholes, blocks. Here, mining zones, geological information, infrastructure, drilling, seismic data, basic maps show the characteristics of search-related areas, and in general, general information, oil resource evaluation data, petroleum geological data, borehole information, and various reports are included. Specifically, output is made.

7 is a screen showing the borehole general information for each borehole in a DB according to an embodiment of the present invention.

In FIG. 7, general information about borehole information for each borehole is provided in connection with the screen output in FIGS. 6A to 6C. The DB outputs information in boreholes such as core, logging, and sample in association with related information. Another spatial diagram information / property information is associated with information such as cross section of seismic wave in seismic survey line, exploration in photosphere, development, production, and various documents.

8 is a screen displaying a graph of geochemical information according to an embodiment of the present invention.

In FIG. 8, geochemical information about the borehole information for each borehole is provided in connection with the screen displayed in FIG. 7. It has the function of outputting graphs by depth using the borehole, geochemistry, and geothermal data.

9 is a screen showing a circle diagram of the photosphere, oil field, borehole, reserves and production statistics according to an embodiment of the present invention.

In FIG. 9, graph content for each depth is provided to provide three-dimensional oil resource information.

10 is a screen output of the borehole-related report according to an embodiment of the present invention.

In Figure 10, the country, basin, borehole-related information is provided in the form of a report, of which the borehole-related report is provided.

FIG. 11 is a screen displaying borehole integrated search information for each borehole according to an embodiment of the present invention, and FIGS. 12A and 12B are screens showing borehole detailed search information for boreholes according to an embodiment of the present invention.

11 to 12B are provided with detailed information of the information selected from the search result list and the GIS map. When the GIS map is clicked, the information is automatically moved and displayed in the web GIS window.

FIG. 13 is a 4-part web GIS map screen according to an embodiment of the present invention. FIG.

In FIG. 13, up to four spatial information are simultaneously selected from a user's stored spatial information list and provided to compare and view maps of different regions in a four-part web GIS map. The search results are displayed as a GIS map, a shortcut to the web GIS window, and four web GIS map views provide high utilization of DB and map.

It will be appreciated by those skilled in the art that the present invention is not limited to the above embodiments, and that various modifications and changes can be made without departing from the spirit of the present invention.

1 is a view showing the configuration of an oil resource information system according to an embodiment of the present invention.

Figure 2 is a diagram showing the configuration of a central processing unit according to an embodiment of the present invention.

3 is a flowchart of petroleum resource information management according to an embodiment of the present invention.

4 and 5 are views showing the initial screen of the petroleum resource information system according to an embodiment of the present invention.

6A, 6B, and 6C illustrate schematic information presentation and decision item classification diagrams of a DB according to an embodiment of the present invention.

7 is a screen showing the borehole general information for each borehole according to one embodiment of the present invention.

8 is a screen displaying a graph of geochemical information according to an embodiment of the present invention.

9 is a screen showing a circle, oil field, oil field, boreholes, reserves and production statistics in accordance with an embodiment of the present invention.

10 is a screen output of the borehole-related report according to an embodiment of the present invention.

11 is a screen showing the borehole integrated search information for each borehole according to an embodiment of the present invention.

12A and 12B are screens showing borehole detailed search information for each borehole according to one embodiment of the present invention.

13 is a four-segment web GIS map screen according to an embodiment of the present invention.

<Code Description of Main Parts of Drawing>

100: input device 200: user information DB

300: central processing unit 310: petroleum resource management system drive unit

311: information control module 311-1: integrated search module

311-2: Topic Search Module 311-3: Advanced Search Module

311-4: Individual search information storage module 311-5: Spatial search module

311-6: Data Link Module 311-7: Report Output Module

311-8: Output Module 311-9: Administrator Module

320: data storage device 321: DB server

321-1: Properties DB 321-2: Images and Files DB

322: GIS Server 322-1: Shape DB

400: output device

Claims (9)

In petroleum resource information management system, The user can access the web server, enter his / her ID and password and receive user authentication from the server, and input the country's oil resource information by search term and space range or select the report that the user wants to view from the list box. An input device having a; Saves search results such as GIS spatial information and attribute information derived by processing the search word and search area input to the input device by the user who has been authenticated through the ID and password inputted from the input device in the central processing unit as a DB list. A user information DB having a function of being; Analyze the information matching the search word and search area input from the input device, and show the statistical status of the photosphere state, borehole state, oil field development form, reserves and production volume matching the search word and search space, and spatial information A central processing unit including figure information and standardized petroleum resource related attribute information; A function of displaying the searched result list and a list related to the search result on a screen, a function of displaying the searched spatial information on a reduced GIS map, and selecting the illustrated GIS map to move from the main map to a corresponding area; An output device having a function and a function of simultaneously operating four GIS maps; Petroleum resource information management system comprising a. The method of claim 1, The central processing unit searches for information matching the search word and search area inputted from the input device, receives the requested information through the information transmitting and receiving unit in the information control module, and integrates, topics, and detailed search functions. Ability to search all spatial information belonging to a designated point or area in a spatial range, to search by linking report information selected by the user, and to maintain and manage DB and GIS in-house to service the latest trends in petroleum resource information. A drive device for a petroleum resource management system having a function of doing so; Attribute DB having the function of transmitting the singular or plural information among the wide area general information, petroleum resource evaluation data, petroleum geological data, borehole information, and various reports received from the driving device for the petroleum resource management system, and the wide area Image and survey data such as geometries DB, drilling column diagram, seismic cross section, geological information, geological information, infrastructure, drilling, seismic data, and basic diagrams. A data storage device comprising a GIS server including an image and a file DB having a function of transmitting a single or a plurality of information among related files; Petroleum resource information system comprising a. 3. The method of claim 2, The driving device for the petroleum resource management system inquires the information matching the search word and the search space input from the input device, and receives the requested information via the information transmission and reception unit (not shown), integrated search module, subject search The search function is stored by each module by the module and the detailed search module, and the search information is stored by the individual search information storage module, and the spatial search module searches all spatial information belonging to a point or area designated by the user in the spatial range. And a function of outputting the report information selected by the user by the data linking module by linking the data, and outputting the result including the content of the search information by the output module. An information control module; An administrator module having a function of maintaining and managing a DB in order to service petroleum resource information of the latest trend; Petroleum resource information management system comprising a. 3. The method of claim 2, The data storage device receives the contents retrieved from the driving device for the petroleum resource management system, the petroleum resource evaluation data related to the general information, reserves, production volume, reservoir rock, cover rock, source rock, petroleum geological data related to the petroleum system, A DB server comprising a property DB having a function of transmitting singular or plural information among various reports, borehole information related to strata, rock formation, geochemical analysis, and physical logging; Singular or singularity among mining zones, oil field areas related to oil fields, geology, geological structures (faults and folds), geological information related to basins, infrastructure related to pipes, platforms, terminals, basic maps for countries, major cities, drilling and seismic data A figure DB having a function of transmitting a plurality of information; A GIS server including an image and file DB having a function of transmitting a singular or plural information among files related to a drilling column top view, an elastic fracture cross-sectional view, a survey data, an acquisition variable, a report, and a reference; Petroleum resource information system comprising a. The method of claim 1, The input device and output device is a petroleum resource information management system, characterized in that the mobile communication device such as PDA, mobile phone or PC. In the oil resource information management method, Receiving a user authentication from the server by inputting an ID and password to a web server by a user; Inputting petroleum resource information as a search term and a space range or selecting a report to be queried by a user from a list box; When information matching the search word and the search space entered above is confirmed through the DB list stored in the user information DB, the search result is displayed on the screen or when the stored DB list is not confirmed, the petroleum resource management system Integrate, subject, detailed search through the driving device, search all spatial information belonging to the point or area designated by the user in the space range, and search singular or plural information among the search by linking the report information selected by the user. Making a step; Retrieving the relevant information matching the search result from the DB server through the data storage device, and searching the spatial information matching the search result from the GIS server when the searched content is received from the driving device for the petroleum resource management system; Displaying a search result list, a list related to the search result, and a GIS map, which is spatial information corresponding to the search result, on a screen to output a search result; Storing a coordinate value, a scale value, or an attribute DB search result of the output GIS map in the authenticated user information DB; The search result displayed on the screen and output is directly moved to a corresponding GIS area by using coordinates and scale values stored in the user information DB, or the searched spatial information is shown on a reduced GIS map, and the reduced GIS shown in the figure is displayed. Selecting a map to move to a corresponding area on the main map; Simultaneously selecting up to four GIS maps from a list of GIS maps stored in the user information DB to manipulate maps for different regions in the four-partitioned GIS map; Oil resource information management method comprising the. The method of claim 6, In the step of retrieving the report information selected by the user through the driving device for the petroleum resource management system, when the report list of each country, basin, and borehole stored in the DB is outputted, the report to be searched by the user is country, basin and The borehole is selected by dividing the borehole, and the borehole is searched on a DB server for the information selected by the user, as well as calculating a position value on a graph by using depth information of the found borehole related information and writing the corresponding position at a corresponding position. Oil resource information management method. 3. The method of claim 2, Through the driving device for the petroleum resource management system, the manager can maintain and manage the DB on his own to provide petroleum resource information of the latest trend, and easily find and modify the related information and related information through the search. A method of managing petroleum resources information, further comprising the ability to modify / add files. The method of claim 6, In the step of moving the retrieved spatial information directly to a GIS region, or showing the retrieved spatial information on a reduced GIS map, and selecting the illustrated reduced GIS map to move from the main map to the corresponding region, Web GIS system It is built and provides basic functions such as layer management, legend management, coordinate management, location search and moving to the corresponding location, map operation, linkage of attribute information and related information, and graphs by depth for search contents and three-dimensional oil resource information service. Petroleum, characterized in that it further includes providing in the singular or plural form of the report in the form of content, statistical content on the country, oil fields, boreholes, reserves and production status, country, basin, borehole-related information How to manage resource information.

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