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- Title
DEVELOPMENT OF A GAS PRODUCTION DATABASE FOR GAS FIELDS IN BANGLADESH.
- Authors
Foisal, Md. Ruhul Amin; Huque, Mohammad Mojammel; Yeasmin, Mahbuba; Kabir, Md. Jahangir
- Abstract
Database plays an important role for managing data with speed and accuracy in information technology. The aim of this project is to design a Gas Production Database to keep the gas production record of Bangladesh in an easy access form for authorized personnel only. This Database is designed to help minimize data entry errors and to make it easier to generate reports and visual presentation based on different requirement. Petrobangla is an organization for exploration and production of Natural Gas of Bangladesh but they do not have any database system. Currently the Data Management Division uses Microsoft Excel to store and keep track of the natural gas production of Bangladesh which is not a suitable application to store and retrieve large volume of data. To devolve a database system, "Microsoft Access 2013" application has been used. Microsoft Access 2013 is much easier to operate and develop a database system then other available data management applications. Initially tables are created to store daily production data, gas field, well and historical information. Relationship between tables has been designed based on the table and their data type and based on query. Query has been designed based on outcome requirement to generate reports and graphs. Finally, forms have been designed as a graphical user interface (GUI). Using this form, the user will interact with the database system. Reports are the outcome of this database system. This database can generate gas production report on daily, monthly, yearly basis or for a specific time period. Historical work over record according to well, chemical composition according to gas field can be generated. Graphical presentation of production history such as flowing well head pressure (FWHP) vs. time, Cumulative Production (Gp) vs. time, condensate production vs. time, water production vs. time for a time period or entire time period are also the outcome of this database system.
- Subjects
GAS fields; INFORMATION technology; DATA management; MICROSOFT Access (Computer software); MEDICAL databases
- Publication
Journal of Nature Science & Sustainable Technology, 2018, Vol 12, Issue 1, p1
- ISSN
1933-0324
- Publication type
Article