Implementation of a Digital Roadmap with Best-in-Class Applications
The paper describes a project known internally as “InWell” to address multiple requirements in Repsol Drilling & Completions.
Correlation Between Drilling Parameters and Geomechanical Properties – The Hidden Geomechanical Information
The drilling process is fundamentally controlled by the interaction of the bit with the rock which is characterized by its mechanical properties.
Managing Challenges for Digital Transformation Initiative in a National Drilling Contractor – A Case Study from Algeria
Digital transformation is a process of applying all digital technologies and tools on current workflows to be able to deliver high quality information at the right time.
Drilling Process Digitalization Using Advanced Machine Learning Techniques – Case Study
The digital era is upon us in the oil and gas industry, enforcing the importance of integrating this novel concept of digital transformation is mandatory to improve the overall efficiency of the drilling process.
The Impact of Digital Transformation on Cutting Drilling Costs – A Case Study from Oman
Digital transformation is a process of applying all digital technologies on current workflows to be able to deliver high quality information at the right time.
Correlation Between Drilling Parameters and Lithology – The Hidden Geological Information of Drilling Data
Drilling process is fundamentally controlled and influenced by the properties of the penetrated formation.
Dare to Change: PETRONAS New Approach to Implement Artificial Intelligence of Wells Activity Performance and Benchmarking Tool
PETRONAS Carigali Sdn. Bhd. (PCSB) Wells Department (formerly known as Drilling Division) has long realized the importance of drilling and delivering most cost-effective Wells for the Exploration and Development segment.
Drilling Analysis Using Big Data has been Misused and Abused
The authors have been contacted by many people in the industry lately that are incorrectly utilizing big data to produce correlations that attempt to identify operational “sweet spots”.
Responsive drilling performance enhancement through rigorous measurements of rig activities – a case study from Oman
The development of the well performance delivery through daily optimization was required to optimize the old performance of the rig crew and drilling operation string.
Efficiency Improvement in the Bakken Realized Through Drilling Data Processing Automation and the Recognition and Standardization of Best Safe Practices
Technological advancements continuously change in the oil and gas industry and shape drilling
performance.
Offshore Drilling Improvement Through Automating the Rig State Detection Process – Implementation Process History and Proven Success
A rigorous initiative was undertaken in Brazil 3 years back to identify invisible lost time with the objective to improve safety and performance of the pre-salt drilling program.
Enhance the Drilling & Tripping Performance on Automated Rigs with fully automated performance measurement
This paper describes the development and implementation of a unique new capability to automatically measure the performance of drilling crews and Invisible Lost Time.
An Holistic Approach to Improving Drilling Performance in Realtime: Integrating Measured, Analysed, Modelled and Reported Drilling Data
The concept of enterprise level and standardised realtime data management solutions supporting drilling operations is rapidly gaining considerable recognition with dynamic and technology-comfortable Operators.
Real time kick detection applying an ultrasonic caliper featuring a downhole sonic speed measurement for calibration purposes
Recognition of variations in borehole shape in real time drilling allows the drilling engineer to actuate appropriate counteractions to avoid costly failures, or to implement alterations in the drilling practices to optimize the shape of the borehole and thus improve the drilling efficiency.
Real Time Kick Detection and Also Increasing Ultrasonic Caliper Accuracy by Measuring Speed of Sound within Drilling Fluid in the Downhole Condition
To be alerted in determining early warning signs in well control is one of the most important to wellbore safety.
Real Time Kick Detection and Also Increasing Ultrasonic Caliper Accuracy by Measuring Speed of Sound within Drilling Fluid in the Downhole Condition
Recognition of variations in borehole shape in real time drilling allows the drilling engineer to actuate appropriate counteractions to avoid costly failures, or to implement alterations in the drilling practices to optimize the shape of the borehole and thus improve the drilling efficiency.
Real Time Kick Detection and Also Increasing Ultrasonic Caliper Accuracy by Measuring Speed of Sound within Drilling Fluid in the Downhole Condition
To be alerted in determining early warning signs in well control is one of the most important to wellbore safety.
Real time kick detection applying an ultrasonic caliper featuring a downhole sonic speed measurement for calibration purposes
Recognition of variations in borehole shape in real time drilling allows the drilling engineer to actuate appropriate
counteractions to avoid costly failures, or to implement alterations in the drilling practices to optimize the shape of the
borehole and thus improve the drilling efficiency.