Session Managers: Oranat Suwannakarn, Chevron Thailand E&P; Chen Nyap Ho, Sabah Shell Petroleum Co.; Sharif Salahudin, Sutera Energy

Sand production defines as the flow of formation solids into the wellbore along with the formation fluid. It is a common problem in the oil and gas industry, particularly in brown field developments. Sand production causes several issues, including a reduction in hydrocarbon recovery efficiency due to sand plugging in the reservoir, and damage to the production system from downhole equipment to surface equipment. This damage increases operational costs due to frequent maintenance and results in significant production loss.  Additionally, sand erosion increases the risk of fluid leaks or, even worse, spills, which compromise personnel safety and have environmental impacts. An effective sand management process is critical for maintaining well integrity and operational safety, optimizing production, and minimizing operational costs.

This workshop session will explore the topics below but not limit to:

• Sand Control Techniques And Best Practices (including sand control failure remediation/retrofit sand control)
• Latest Innovative Technology In Sand Management (including surveillance technique, data acquisition)
• Geomechanics Modeling For Monitoring And Prediction
• Case Studies From Real Work Experience

Session Managers: Frazer Hilis, InflowControl AS; Mohammad Amirul Thaqif Haji Mayassin, Brunei Shell Petroleum

The oil and gas industry spends billions annually dealing with unwanted water production. This includes costs for separating, treating, and disposing of produced water, as well as potential impacts on well performance and lifespan. Water production poses significant challenges in oil and gas operations, leading to reduced hydrocarbon recovery, increased operational costs, and environmental concerns. Effective Water Zone Shutoff (WZO) strategies are essential for managing water inflow, improving reservoir performance, and extending well lifespan. This in-depth workshop will explore the latest techniques and technologies for identifying, diagnosing, and implementing water shutoff solutions in conventional and unconventional reservoirs. Attendees will gain insights into mechanical, chemical, and reservoir engineering approaches for controlling unwanted water production while maintaining hydrocarbon flow.

Key topics covered include:

• Identifying and diagnosing water breakthrough using logging, tracer, and production data analysis
• Mechanical shutoff techniques, including packers, cement plugs, and gel treatments
• Chemical water shutoff solutions, such as polymer gels, relative permeability modifiers (RPMs), and crosslinked systems
• Reservoir-based strategies for optimizing well placement and completion design
• Case studies and field applications showcasing successful water shutoff interventions
• Regulatory and economic considerations for implementing water shutoff programs

Session Managers: Jason Kok, Innovateq; Charles Bonaventure, Weatherford

Enhancing production and ensuring well integrity requires the implementation of innovative gas lift solutions and other artificial lift methods that address the specific challenges of existing assets. As easily accessible reserves become scarce, operators and service companies are focusing on optimizing mature fields by leveraging advanced technologies to boost production and maintain well integrity. This workshop will delve into state-of-the-art gas lift technologies and techniques designed to manage fluctuating reservoir pressures, aging infrastructure, and common integrity issues such as corrosion and mechanical failures. By incorporating real-time monitoring, remote control, predictive maintenance, and data-driven decision-making, these advancements enhance operational resilience and efficiency.

The discussion will share experiences in overcoming challenges, best practices, and lessons learned to achieve higher success rates in optimizing gas lift operations and ensuring well integrity, ultimately contributing to the resilience and efficiency of existing assets.