CN113393116A - Petroleum production control system - Google Patents
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Abstract
The invention discloses a petroleum production control system, which comprises a message display module, a project management module, a task management module, a while-drilling decision-making module, a statistical analysis module, a monitoring module and a system server, wherein the message display module is used for displaying a message; the project management module comprises the following units: newly building a project, editing and modifying the project, deleting the project, setting the project and carrying out project statistic management; the task management module is used for creating tasks, editing tasks, submitting tasks, auditing tasks and managing tasks; the statistical analysis module is used for project statistics and personal work statistics, and the statistics of the statistical analysis module are carried out based on date division; the system server is used for operating the modules and is connected with the Internet network, so that a user can log in the system from the Internet. According to the invention, the timeliness of information sharing and the accuracy of real-time interpretation in the operation process are improved, the fine management of the operation process is realized, and the purpose of greatly improving the working efficiency is achieved.
Description
Technical Field
The invention relates to the technical field of production control systems, in particular to a petroleum production control system.
Background
The existing oil production command platform system covers three major stages of exploration operation from three aspects of auxiliary scheme design, construction process management and interpretation precision improvement by establishing a shared cooperative working platform. However, the working efficiency cannot be greatly improved, and the optimization of the design scheme cannot be realized. The timeliness of information sharing and the accuracy of real-time explanation in the operation process can be improved, and the fine management of the operation process can be realized. And by introducing a big data technology, the interpretation accuracy is improved, particularly the interpretation accuracy under complex geological conditions is improved, and a hydrocarbon reservoir is not leaked, so that the real-time association and update with other professional systems are established, and the method becomes an important improvement of an intelligent exploration system.
Disclosure of Invention
The present invention is directed to solving, at least to some extent, one of the technical problems in the related art. Therefore, the invention aims to provide an oil production control system, which solves the problems that the production control system cannot greatly improve the working efficiency and cannot optimize the design scheme.
The petroleum production control system provided by the invention comprises a message display module, a project management module, a task management module, a decision-making while drilling module, a statistical analysis module, a monitoring module and a system server;
the message display module is used for displaying the related operation information automatically pushed by different posts and the information customized by different posts and different users;
the project management module comprises the following units: newly building a project, editing and modifying the project, deleting the project, setting the project and carrying out project statistic management;
the task management module is used for creating tasks, editing tasks, submitting tasks, auditing tasks and managing tasks;
the while-drilling decision-making module is used for providing a real-time and convenient drilling auxiliary decision-making page, so that a user can quickly acquire decision-making information and assist in completing decision making;
the statistical analysis module is used for project statistics and personal work statistics, and the statistics of the statistical analysis module are carried out based on date division;
the monitoring module adopts large screen monitoring, transmits real-time data and collected data to the server, and displays the data in the form of a GIS map, a statistical chart and a rolling message;
the system server is used for operating the modules and is connected with the Internet network, so that a user can log in the system from the Internet.
In some embodiments of the present invention, the specific content and manner displayed by the message display module are as follows:
1) exploratory well operation distribution diagram
1. Displaying the latest drilling situation in a GIS map form;
2. accessing real-time data, collecting data and dynamically updating a data map;
2) basic data of drilling
1. Displaying the statistical information of the current drilling in a data table mode;
2. clicking the well name to jump to a specific overview page where the well is located and checking well information details;
3) oil and gas interpretation messages
Counting latest logging, testing and well site explanation message pushing;
4) large screen monitoring reminder
Pushing reminding is carried out from three aspects of the operation state, the engineering early warning message and the oil gas explanation message;
5) statistics display
1. Oil gas interpretation statistics: counting the latest oil gas interpretation thickness and the number of layers according to different operation objects;
2. annual oil and gas interpretation statistics: taking the year as a unit, and counting the well conditions of all drilling wells in the current year;
3. annual job statistics: counting the plan, the drilling sum and the completed well number of the current year by taking the year as a unit;
4. drilling footage statistics: and counting the daily footage according to different operation objects.
In other embodiments of the present invention, the unit details of the project management module are as follows:
1) and (4) new project: a scientific research project or a daily project can be created on the project management page through a 'new project' button;
2) item maintenance and setting: the setting page of the project can be accessed through the setting entry, and other fields allow the user to reselect maintenance after creating the project except for the project type;
3) item operation column: the user is allowed to quickly operate the state of the item, and the item setting page can be quickly jumped or the item can be deleted;
4) and (4) project management: 1. the project manager maintains project members and project roles thereof through a project member management function; 2. project authority management can transfer super managers and can distribute manager authority to members; 3. a user can create project dimensions, different dimensions can correspondingly create different project stages, and the stages can be associated with all tasks under a project, so that the task statistics and related control functions on the same project from different dimensions are realized;
5) overview of the project, presented in three major modules:
1. item information: displaying project attribute information of a current task, wherein an attribute field is changed according to a template selected when a project is newly built;
2. and (4) item statistics: counting the total number of tasks and the task progress under the current project;
3. and (3) project phase: the method comprises the steps of carrying out statistical display on project stages configured in project setting, selecting different dimensionalities and displaying statistical information of different project stages;
6) project task list, project file, and project statistics.
In other embodiments of the present invention, the creating a project in the project management module includes the following steps:
1. selecting a task template: after a project is newly built, selecting to complete and create a task, skipping to a current page, reading a task template configured by an administrator in the background and a template defined by a current user by the current page, and selecting a project task node to be imported from the template by the user or directly selecting an empty template and then directly performing the next step;
2. template introduction: a user can create a new task through template import;
3. newly building a node: after clicking a new node button, a task attribute configuration window appears, and the new task attribute can be configured at the position.
In other embodiments of the present invention, the decision-while-drilling module operates as follows:
1) clicking a while-drilling decision, entering a while-drilling decision page for checking: 1. drilling and coring decision-making, wherein a coring working link, namely clicking a well list, is encountered in the operation process, and the decision information, decision scheme recommendation and weather information push of different wells are checked;
2) and (4) making a drilling completion scheme decision, and determining the drilling completion well depth before the operation is finished.
In other embodiments of the present invention, the project statistics and personal work statistics are as follows:
and (4) item statistics: 1. counting the operation items; 2. a summary list of the work items; 3. a monthly drilling completion situation statistical chart; 4. a statistical chart of annual drilling completion conditions; 5. a project achievement overview;
personal work statistics: 1. an overview of personal project tasks; 2. and (4) personal item statistics.
In other embodiments of the present invention, the content of the large screen monitoring display is as follows:
1. and (3) displaying the working condition in the current area: annual drilling conditions; latest oil and gas discovery statistics; latest drilling anomaly statistics;
2. single well monitoring is used to track the job details of a single well: timely follow new basic data; real-time data; the operation progress; drilling graphs.
According to the invention, the timeliness of information sharing and the accuracy of real-time interpretation in the operation process are improved, and the fine management of the operation process is realized. And by introducing a big data technology, the interpretation accuracy, especially the interpretation precision under complex geological conditions, is improved, and an oil-gas reservoir is not leaked, so that the real-time association and update with other professional systems are established, and the aim of greatly improving the working efficiency is fulfilled.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
The invention provides an oil production control system which comprises a message display module, a project management module, a task management module, a decision-making while drilling module, a statistical analysis module, a monitoring module and a system server, wherein the message display module is used for displaying a message;
the message display module is used for displaying the related operation information automatically pushed by different posts and the information customized by different posts and different users;
the project management module comprises the following units: newly building a project, editing and modifying the project, deleting the project, setting the project and carrying out project statistic management;
the task management module is used for creating tasks, editing tasks, submitting tasks, auditing tasks and managing tasks;
the while-drilling decision-making module is used for providing a real-time and convenient drilling auxiliary decision-making page, so that a user can quickly acquire decision-making information and assist in completing decision making;
the statistical analysis module is used for project statistics and personal work statistics, and the statistics of the statistical analysis module are carried out based on date division;
the monitoring module adopts large screen monitoring, transmits real-time data and collected data to the server, and displays the data in the form of a GIS map, a statistical chart and a rolling message;
the system server is used for operating the modules and is connected with the Internet network, so that a user can log in the system from the Internet.
After a user name and a password are input in a login interface, the user clicks to login, and a system is logged in, a personal work page is displayed firstly, namely, the compiling task and the examining and approving task which need to be completed by the user are displayed at the position, so that the user can conveniently and quickly obtain a work list and track the work progress.
The specific contents and modes displayed by the message display module are as follows:
1) exploratory well operation distribution diagram
1. Displaying the latest drilling situation in a GIS map form;
2. accessing real-time data, collecting data and dynamically updating a data map;
2) basic data of drilling
1. Displaying the statistical information of the current drilling in a data table mode;
2. clicking the well name to jump to a specific overview page where the well is located and checking well information details;
3) oil and gas interpretation messages
Counting latest logging, testing and well site explanation message pushing;
4) large screen monitoring reminder
Pushing reminding is carried out from three aspects of the operation state, the engineering early warning message and the oil gas explanation message;
5) statistics display
1. Oil gas interpretation statistics: counting the latest oil gas interpretation thickness and the number of layers according to different operation objects;
2. annual oil and gas interpretation statistics: taking the year as a unit, and counting the well conditions of all drilling wells in the current year;
3. annual job statistics: counting the plan, the drilling sum and the completed well number of the current year by taking the year as a unit;
4. drilling footage statistics: and counting the daily footage according to different operation objects.
The unit specific content of the project management module is as follows:
1) and (4) new project: a scientific research project or a daily project can be created on the project management page through a 'new project' button;
2) item maintenance and setting: the setting page of the project can be accessed through the setting entry, and other fields allow the user to reselect maintenance after creating the project except for the project type;
3) item operation column: the user is allowed to quickly operate the state of the item, and the item setting page can be quickly jumped or the item can be deleted;
4) and (4) project management: 1. the project manager maintains project members and project roles thereof through a project member management function; 2. project authority management can transfer super managers and can distribute manager authority to members; 3. a user can create project dimensions, different dimensions can correspondingly create different project stages, and the stages can be associated with all tasks under a project, so that the task statistics and related control functions on the same project from different dimensions are realized;
5) overview of the project, presented in three major modules:
1. item information: displaying project attribute information of a current task, wherein an attribute field is changed according to a template selected when a project is newly built;
2. and (4) item statistics: counting the total number of tasks and the task progress under the current project;
3. and (3) project phase: the method comprises the steps of carrying out statistical display on project stages configured in project setting, selecting different dimensionalities and displaying statistical information of different project stages;
6) project task list, project file, and project statistics.
Project task list: all members under the project can check the details of the task on the current page, if the user directly enters the system after clicking the task name, only the operation which is not allowed can be checked, and if the user wants to operate the task attribute, the user needs to click an editing button first to prevent the user from misoperation.
And (3) project file: this page by default shows all files that have been archived under the current project, viewable through the task view and the effort view.
1. And checking the result files in the task view, wherein a finished mark is arranged in front of the finished task, and prompting a user that the current task has the filed result files.
2. And viewing the result files in the result view, displaying the filed result type names in the result view list, and displaying the corresponding result files by clicking different result type names.
And (4) item statistics: and the counting page counts and displays tasks in the project and provides the tasks for project participants to check. The current page is presented by default, but the user can also re-layout and generate a new statistical graph.
The new project in the project management module comprises the following steps:
1. selecting a task template: after a project is newly built, selecting to complete and create a task, skipping to a current page, reading a task template configured by an administrator in the background and a template defined by a current user by the current page, and selecting a project task node to be imported from the template by the user or directly selecting an empty template and then directly performing the next step;
2. template introduction: a user can create a new task through template import;
3. newly building a node: after clicking a new node button, a task attribute configuration window appears, and the new task attribute can be configured at the position.
Editing the task: selecting a study object
When creating a task, a user needs to select a target type before selecting a research target. The "study target" belongs to the selected target type. After the target type is selected, the research target is searched.
Approval configuration: and the user configures an approval process for the task, and after the task passes through the configured approval process, the task state can be automatically converted into 'completed'. The template of the approval process is configured by an administrator, and after a user directly selects the template, the user only needs to directly configure the responsible person of the approval node according to the template rule, and the selection range of the approval person is all members in the organization corresponding to the current business system.
And (3) managing tasks: and performing a series of operations on the task list during task management.
1. Adjusting task node order
By moving up and down, the left and right indentation buttons can adjust the sequence and the parent-child relationship of the tasks.
2. Moving tasks
The selected task may be mounted to other projects that are themselves hypervisors or administrators and project states other than "completed" and "closed" states. The selected task can be independently selected in an independent task list under the current service system.
3. Storing as a template: and the user is allowed to store part of information (task name and result type) of the current task tree as a self-defined task template, so that the user can call the task template for the next time.
4. And (4) task withdrawal: the method is used for carrying out withdrawal operation on the tasks, changing task responsible persons into 'to be claimed', and supporting single withdrawal and batch withdrawal. Note that: the pull-back operation is to satisfy a pull-back condition: only the tasks with the task states of 'not started', 'in progress', 'overtime', and the examination and approval states of not 'in examination and approval' are supported to withdraw, otherwise, the user is reminded of the failure of withdrawing.
5. And (3) closing the task: the task node status is changed to "closed", then the task is withdrawn from the user's "personal workbench", and the task principal cannot perform the submission operation on the task. And the task with the examination and approval state of 'examination and approval' is not supported to carry out closing operation. The task can only be closed after it has been rejected by the approver.
6. And (3) starting a task: and restoring the task with the state of being closed to the normal state except the closed state. The task state after the task is started can be determined according to the current system time and the state before the task is closed.
7. Urging the task: the operation only aims at the task in the overtime state, and after the overtime task is promoted, the system pushes a promotion notice to a cloud desktop notice center of a task responsible person or a notice function entrance of a service system. The user can only use the urge function 2 times a day for the same task.
8. And (4) deleting the task: and deleting the closed task, wherein all submitted task results under the task are deleted after the task is deleted.
And (3) task execution: and after entering personal work, viewing the responsible task list, and displaying the task list which needs to be submitted and is completed by the current user. Clicking the task name can enter a task detail page to check the task and compile the results. After entering the achievement compiling page, the achievements of the tasks can be drawn, and all achievements under the tasks can be managed.
And (3) task submission: and returning to a task detail page after the achievement is compiled, submitting the task, and if an approval flow is configured after the task is normally submitted, transferring to an approval task list of an approver, wherein the task state is still in progress, but the approval state is changed into a state to be approved. If the approval flow is not configured, the task state directly becomes completed.
And (4) task auditing: if the task is configured with the approval flow, the submitted task enters an approval task list of an approver according to an approval process. The user can check the tasks needing to be approved in the pending approval list, and can also check the tasks which are already approved in the approved list.
And (4) approval and transfer: the user can transfer the task that needs to be approved to others.
Task approval
1. Firstly, the result file is examined and approved and marked, and then the task is operated through 'pass' and 'refute'.
2. When the approval mark is used for the refusal of the task, the task responsible person identifies which result file is refused.
3. And when the approval identifications of all the result files are qualified, the task passing operation can be carried out.
4. When the approval marks of part of result documents are unqualified, the task refusing operation can be carried out.
The operation method of the while-drilling decision module comprises the following steps:
1) clicking a while-drilling decision, entering a while-drilling decision page for checking: 1. drilling and coring decision-making, wherein a coring working link, namely clicking a well list, is encountered in the operation process, and the decision information, decision scheme recommendation and weather information push of different wells are checked;
2) and (4) making a drilling completion scheme decision, and determining the drilling completion well depth before the operation is finished.
The project statistics and personal work statistics content is as follows:
and (4) item statistics: 1. counting the operation items; 2. a summary list of the work items; 3. a monthly drilling completion situation statistical chart; 4. a statistical chart of annual drilling completion conditions; 5. a project achievement overview;
personal work statistics: 1. an overview of personal project tasks; 2. and (4) personal item statistics.
And (4) counting the operation items: displaying completed and implemented wells in the current year (preparation before drilling, operation implementation and summary after drilling);
summary list of work items: displaying all well lists implemented in the current year, and sorting according to the dimension of time;
monthly drilling completion statistics (well count): counting the number of wells which are drilled and completed per month according to the monthly;
monthly drilling completion statistics (footage): counting the footage of the drilling and completed wells in each month according to the monthly;
annual drilling completion statistics (well category): counting the number of wells completed in different operation modes according to the year;
annual drilling completion statistics (footage): counting footage finished in different operation modes according to the years;
annual drilling completion statistics (well conditions): counting the well conditions of all wells according to the year;
annual drilling completion statistics (well category): carrying out annual footage statistics according to well categories;
overview of project achievements:
1. counting the number of submissions and the completion rate of the achievements according to the plan and the actual dimensions;
2. counting the submission of the result in terms of projects and individuals;
personal project task overview: displaying the eye-catching and completed task conditions participated by the current user in the form of a list and a statistical chart;
personal item statistics: and (4) counting the projects participated in the year and the task completion condition of each project.
The large screen monitoring display content is as follows:
1. and (3) displaying the working condition in the current area: annual drilling conditions; latest oil and gas discovery statistics; latest drilling anomaly statistics;
2. single well monitoring is used to track the job details of a single well: timely follow new basic data; real-time data; the operation progress; drilling graphs.
Software integration
1. Communication of well communication: the intelligent exploration system and the well communication realize data butt joint, and can send messages to a well communication user in the intelligent exploration system;
2. woget software: and (4) starting the woget software on line, and supporting the use of an interpretation plate and a result to be transmitted back to a task node in the woget.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (7)
1. An oil production control system characterized by: the system comprises a message display module, a project management module, a task management module, a decision-making while drilling module, a statistical analysis module, a monitoring module and a system server;
the message display module is used for displaying the related operation information automatically pushed by different posts and the information customized by different posts and different users;
the project management module comprises the following units: newly building a project, editing and modifying the project, deleting the project, setting the project and carrying out project statistic management;
the task management module is used for creating tasks, editing tasks, submitting tasks, auditing tasks and managing tasks;
the while-drilling decision-making module is used for providing a real-time and convenient drilling auxiliary decision-making page, so that a user can quickly acquire decision-making information and assist in completing decision making;
the statistical analysis module is used for project statistics and personal work statistics, and the statistics of the statistical analysis module are carried out based on date division;
the monitoring module adopts large screen monitoring, transmits real-time data and collected data to the server, and displays the data in the form of a GIS map, a statistical chart and a rolling message;
the system server is used for operating the modules and is connected with the Internet network, so that a user can log in the system from the Internet.
2. A petroleum production control system according to claim 1, wherein: the specific contents and modes displayed by the message display module are as follows:
1) exploratory well operation distribution diagram
1. Displaying the latest drilling situation in a GIS map form;
2. accessing real-time data, collecting data and dynamically updating a data map;
2) basic data of drilling
1. Displaying the statistical information of the current drilling in a data table mode;
2. clicking the well name to jump to a specific overview page where the well is located and checking well information details;
3) oil and gas interpretation messages
Counting latest logging, testing and well site explanation message pushing;
4) large screen monitoring reminder
Pushing reminding is carried out from three aspects of the operation state, the engineering early warning message and the oil gas explanation message;
5) statistics display
1. Oil gas interpretation statistics: counting the latest oil gas interpretation thickness and the number of layers according to different operation objects;
2. annual oil and gas interpretation statistics: taking the year as a unit, and counting the well conditions of all drilling wells in the current year;
3. annual job statistics: counting the plan, the drilling sum and the completed well number of the current year by taking the year as a unit;
4. drilling footage statistics: and counting the daily footage according to different operation objects.
3. A petroleum production control system according to claim 1, wherein: the unit specific content of the project management module is as follows:
1) and (4) new project: a scientific research project or a daily project can be created on the project management page through a 'new project' button;
2) item maintenance and setting: the setting page of the project can be accessed through the setting entry, and other fields allow the user to reselect maintenance after creating the project except for the project type;
3) item operation column: the user is allowed to quickly operate the state of the item, and the item setting page can be quickly jumped or the item can be deleted;
4) and (4) project management: 1. the project manager maintains project members and project roles thereof through a project member management function; 2. project authority management can transfer super managers and can distribute manager authority to members; 3. a user can create project dimensions, different dimensions can correspondingly create different project stages, and the stages can be associated with all tasks under a project, so that the task statistics and related control functions on the same project from different dimensions are realized;
5) overview of the project, presented in three major modules:
1. item information: displaying project attribute information of a current task, wherein an attribute field is changed according to a template selected when a project is newly built;
2. and (4) item statistics: counting the total number of tasks and the task progress under the current project;
3. and (3) project phase: the method comprises the steps of carrying out statistical display on project stages configured in project setting, selecting different dimensionalities and displaying statistical information of different project stages;
6) project task list, project file, and project statistics.
4. A petroleum production control system according to claim 1, wherein: the new project in the project management module comprises the following steps:
1. selecting a task template: after a project is newly built, selecting to complete and create a task, skipping to a current page, reading a task template configured by an administrator in the background and a template defined by a current user by the current page, and selecting a project task node to be imported from the template by the user or directly selecting an empty template and then directly performing the next step;
2. template introduction: a user can create a new task through template import;
3. newly building a node: after clicking a new node button, a task attribute configuration window appears, and the new task attribute can be configured at the position.
5. A petroleum production control system according to claim 1, wherein: the operation method of the while-drilling decision module comprises the following steps:
1) clicking a while-drilling decision, entering a while-drilling decision page for checking: 1. drilling and coring decision-making, wherein a coring working link, namely clicking a well list, is encountered in the operation process, and the decision information, decision scheme recommendation and weather information push of different wells are checked;
2) and (4) making a drilling completion scheme decision, and determining the drilling completion well depth before the operation is finished.
6. A petroleum production control system according to claim 1, wherein: the project statistics and personal work statistics content is as follows:
and (4) item statistics: 1. counting the operation items; 2. a summary list of the work items; 3. a monthly drilling completion situation statistical chart; 4. a statistical chart of annual drilling completion conditions; 5. a project achievement overview;
personal work statistics: 1. an overview of personal project tasks; 2. and (4) personal item statistics.
7. A petroleum production control system according to claim 1, wherein: the large screen monitoring display content is as follows:
1. and (3) displaying the working condition in the current area: annual drilling conditions; latest oil and gas discovery statistics; latest drilling anomaly statistics;
2. single well monitoring is used to track the job details of a single well: timely follow new basic data; real-time data; the operation progress; drilling graphs.
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| CN103500167A (en) * | 2013-08-28 | 2014-01-08 | 中海油信息科技有限公司 | Graphic display system of oil field data |
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