Well Planned, Well Executed: The Formula for Drilling Success

Ikon Science's RokDoc platform is a trusted technology for producing well planning and drilling interpretations. It leverages integrated workflows, collaborative data management, and advanced modeling techniques to minimize uncertainties, enhance decision-making, and ensure safer drilling operations.

Join us for an overview of our offerings and four 25-minute presentations demonstrating how we help customers achieve safe and successful drilling in this region. The event will be held at the Intercontinental Kuala Lumpur, where you can engage with us and other operators in a collaborative setting. A networking lunch will follow.
 
9am: Registration 
9:30am – 12pm: Presentations with Q&A
12pm – 13:30pm: Lunch at Serena Brasserie, InterContinental Hotel

Talk 1:
Well Planning for Optimal Well Design in South East Asia 
by Jakob Heller, Ikon Science's Wells Technical Manager, Ikon Science USA

In the complex and challenging environment of South East Asia such as carbonate reservoirs and HPHT environments, successful well planning is crucial for optimizing drilling operations and minimizing risks. Our extensive experience in the region, supported by global experience and a comprehensive regional understanding, has enabled us to develop workflows coupled with knowledge that lead to reduced uncertainties in well planning.  This talk will highlight how leveraging our workflows, we help our clients achieve greater efficiency and safety, ultimately leading to more successful drilling outcomes in the region. 

Talk 2: 
Real-Time Insights: Ensuring Safe and Efficient Well Drilling 
by Dr Karol Jewula, Ikon Science's Real Time Pore Pressure Analyst, Ikon Science UK

In this talk, Dr Karol will explore the impact of Real-Time monitoring on pore pressure detection vs pore pressure prediction.  In the scenario we will discuss, all competently done pre-drill PP studies will provide "Most Likely", "Low", and "High" side PP and FG estimates, but, the window between "Low" and "High" can be considerable and, during drilling, additional data is collected that was not available to the pre-drill team such as, but not limited to, hole condition, gas and pumps off gas data, petrophysical data from the actual wellbore not from offsets or interpolation. Using the data from the well itself the PP in real time can be narrowed down to either "Low", "Expected" or "high" side case or even, on occasion, to values outside the pre-drill window. Join us to discover how real-time data integration is reshaping the future of a safe MW drilling margin. 

Talk 3: 
Integrated QI-PPGM Workflows for Improved Drilling Decisions 
by Siddiq Mahyildin, Geoscientist, Ikon Science Malaysia

In this presentation, we discuss the interrelation of elastic (inversion) and mechanical (drilling) properties as well as the importance of using seismic data to support predicted geomechanical properties. We will discuss the benefits of integrating seismic and geological understandings and the workflow developed and implemented in RokDoc software utilized by the Ikon Science services teams. We will highlight how geophysicists play an important role generating value for drilling and engineering operations. 

Talk 4:
Geomechanics for CCUS: Evaluating CO2 Storage Capacity and Mitigating Seal Breach Risks
by Dr Michal Kepinski, Geomechanicist, Ikon Science Malaysia

In the pursuit of sustainable energy solutions, Carbon Capture, Utilization, and Storage (CCUS) has emerged as a pivotal technology.  Dr Michal will delve into the intricacies of CO2 storage capacity, focusing on the critical aspects of seal integrity and fault reactivation risks.  We will explore how pore pressure (PP) and geomechanics (GM) are integral to understand and optimize the storage potential of CO2 injection sites.