A Domain Specific Modelling for Monitoring Operations in a Digital Oil Field

Authors

  • Julius Wosowei Jain University, Bangalore, India
  • Chandrasekar Shastry Jain University, Bangalore, India.

Abstract

The focus of this paper is about how data can be gathered in a typical oil and gas smart field and related experts in the oil and gas industry whose primary line of business is tied to the field of pipeline mechanisms. The software is domain specific i.e. specific to Smart Field Oil and Gas Flow Station Operations. The software is a language similar to any programming language where in this case code generation and optimization and crude syntactic bottlenecks will not be necessary rather, interpretation through a parser (Translation Engine) will enable any stakeholder in the domain to easily manipulate data in the Smart Field without being encumbered with high technology acquisition to get a desired job done on the Smart Field.). The functional components will be interacting with the smart field specifications for operation and control through user input. The key performance indicators are always visible to get the information of the course of operations. The information can be viewed on a number of large screens, with interactive multi[1]touch desktops and portable devices. The entire value chain from the reservoir to the customer is represented and tracked in real time. The monitoring of the development is an observation system designed to achieve a continuous operation and to get the maximum performance of the subsea production centre. The system is to help in monitoring & controlling numerous parameters: temperature, Pressure, Voltage, current and others. A graphical logical structure is suited to enable stakeholder do inputs for relevant data gathering via the architecture with the functioning path

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Published

2022-12-06

How to Cite

Wosowei, J., & Shastry, C. (2022). A Domain Specific Modelling for Monitoring Operations in a Digital Oil Field. Australian Journal of Wireless Technologies, Mobility and Security, 1. Retrieved from https://ausjournal.com/index.php/j/article/view/6

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Articles