Javascript must be enabled to continue!
Digital Oilfield Implementation Challenges Management in Offshore Environment
View through CrossRef
Abstract
Digital Oilfield (DOF) is an Intelligent Energy concept that assures continuous optimisation of an asset or group of assets through integration of standard tools, domain experts, defined business processes and appropriate facility or space. Digital oilfield solutions include real-time production optimization and extend to improvements in team integration and asset risk reduction. The objective of this paper is to highlight challenges of digital oil field implementation and provide appropriate mitigations.
Following over two decades of implementation of digital oilfield by several operators globally, digital oilfield concept has undergone series of transformation in implementation strategy and sustainability drive. The fundamental principle and objectives of digital oilfield remains the same that is optimisation of an asset in the short term and to extend the life cycle value of an asset in the long term. However, the difference amonst the operators are the name each operator refers to this concept. Shared business perspective from experiences in several implementations will assist in driving the message of how to effectively manage digital oilfield programme.
Documented evidences has demonstrated that short term solutions from digital oilfield implementations are delivered, but the challenges has been value erosion overtime due to lack of effort or commitment to ensure solid embedment of the process and sustainability of the solutions. The said outcome involves evaluation of the business impact of the DOF implementation in addressing challenges of digital oilfield implementation. The observed challenges includes but not limited to the following:
Poor alignment of the project implementation objectives with the business need of the asset Lack of involvement of the asset at the inception of the project and ensure seamless ownership and sponsorship process. No clear succession plan for the process champions which equally hamper value sustenance Lack of defined training and retraining of personnel remains a big exposure in digital oilfield benefits realisation.
To manage these gaps, a novel sustainability framework is proposed that is developed and built to ensure the digital field solution addresses the asset-specific business need with the right sustainability model. The result from this paper could be applied in similar project elsewhere.
Title: Digital Oilfield Implementation Challenges Management in Offshore Environment
Description:
Abstract
Digital Oilfield (DOF) is an Intelligent Energy concept that assures continuous optimisation of an asset or group of assets through integration of standard tools, domain experts, defined business processes and appropriate facility or space.
Digital oilfield solutions include real-time production optimization and extend to improvements in team integration and asset risk reduction.
The objective of this paper is to highlight challenges of digital oil field implementation and provide appropriate mitigations.
Following over two decades of implementation of digital oilfield by several operators globally, digital oilfield concept has undergone series of transformation in implementation strategy and sustainability drive.
The fundamental principle and objectives of digital oilfield remains the same that is optimisation of an asset in the short term and to extend the life cycle value of an asset in the long term.
However, the difference amonst the operators are the name each operator refers to this concept.
Shared business perspective from experiences in several implementations will assist in driving the message of how to effectively manage digital oilfield programme.
Documented evidences has demonstrated that short term solutions from digital oilfield implementations are delivered, but the challenges has been value erosion overtime due to lack of effort or commitment to ensure solid embedment of the process and sustainability of the solutions.
The said outcome involves evaluation of the business impact of the DOF implementation in addressing challenges of digital oilfield implementation.
The observed challenges includes but not limited to the following:
Poor alignment of the project implementation objectives with the business need of the asset Lack of involvement of the asset at the inception of the project and ensure seamless ownership and sponsorship process.
No clear succession plan for the process champions which equally hamper value sustenance Lack of defined training and retraining of personnel remains a big exposure in digital oilfield benefits realisation.
To manage these gaps, a novel sustainability framework is proposed that is developed and built to ensure the digital field solution addresses the asset-specific business need with the right sustainability model.
The result from this paper could be applied in similar project elsewhere.
Related Results
Access Denied
Access Denied
Introduction
As social-distancing mandates in response to COVID-19 restricted in-person data collection methods such as participant observation and interviews, researchers turned t...
Benefits of an Integrated Power and Hydrogen Offshore Grid in a Net-Zero North Sea Energy System
Benefits of an Integrated Power and Hydrogen Offshore Grid in a Net-Zero North Sea Energy System
The North Sea Offshore Grid concept has been envisioned as a promising alternative to: 1) ease the integration of offshore wind and onshore energy systems, and 2) increase the cros...
Prospects for Offshore Petroleum Resources
Prospects for Offshore Petroleum Resources
EXTENDED ABSTRACT
Extending the geographic scope of offshore exploration has traditionally been perceived as the frontier for offshore petroleum development. Corr...
Alternative Offshore Foundation Installation Methods
Alternative Offshore Foundation Installation Methods
Abstract
According to the European Wind Energy Association (EWEA) in the first six months of 2012, Europe installed and fully grid connected 132 offshore wind tur...
Inspection of Subsea Conductors Using an Innovative Drop-Down Camera
Inspection of Subsea Conductors Using an Innovative Drop-Down Camera
Abstract
Subsea conductors are the foundational elements of offshore drilling operations, serving a dual purpose as both the structural framework and the main condui...
A Reliability-Based Interpretation Framework for Pile-Supported Offshore Wind Turbines
A Reliability-Based Interpretation Framework for Pile-Supported Offshore Wind Turbines
Abstract
Offshore wind turbines are becoming one of the main sources of renewable energy in Western Europe. The majority of these wind turbines are supported by p...
Latest Trends in Power Supply for Offshore Oil and Gas Industry
Latest Trends in Power Supply for Offshore Oil and Gas Industry
Abstract
Objective
Traditionally, over the decades majority of offshore oil and gas operating companies (OPCOs) have managed their electrical power de...
The influence of micro influencers and digital marketing on product purchasing decisions at tiktok shop in bengkulu city
The influence of micro influencers and digital marketing on product purchasing decisions at tiktok shop in bengkulu city
THE INFLUENCE OF MICRO-INFLUENCERS AND DIGITAL MARKETING ON PURCHASE DECISIONS OF TIKTOK SHOP CUSTOMERS IN BENGKULU CITY
Andhes Tiani Putri, Meylaty F
12Faculty Of Economic
E...

