Session Managers: Pankaj Tiwari, PETRONAS Research Sdn. Bhd.; M Afiq B Mokhtar, PETRONAS

This session will delve into cutting-edge advancements in Monitoring, Measurement, and Verification (MMV) tailored for carbon injection projects crucial for combating climate change. In this session, comprehensive MMV planning, risk analysis methodologies, and the selection of cost-effective technologies while ensuring the safety and efficiency of CO2 storage will be discussed in detail. Furthermore, this session will explore insights into innovative sensor technologies, remote monitoring systems, and data analytics aimed at optimising MMV processes. Additionally, the session will highlight the importance of integrating MMV approaches with regulatory frameworks and industry standards to ensure compliance, as well as to build trust among stakeholders. By exploring case studies and sharing best practices, this session will provide practical insights into implementing effective MMV strategies in diverse geological and operational contexts, further fostering the advancement of CCS projects globally.
 

Discussion Leaders: 

• Revolutionising Subsurface Monitoring in Oil, Gas, and CCS with Digital Fiber Optics by Pierre Bettinelli, Geophysics & Fiber Optics Technical Director, SLB

• A Monitoring Approach in the Petra Nova CCUS Project in the United States by Akira Igarashi, Group Manager, Technical Expert Group, Technical Strategy Department, JX Nippon Oil & Gas Exploration Corporation

• Why the Measurement and Allocation of CO2 in CCUS is Rather Complicated? by Zakiah Zakaria, Senior Consultant, Accord Energy Solutions Australia PTY LTD

Session Managers: Adil Pottayil, Calsep Asia Pacific Sdn. Bhd.; Sho Hirose, Japan Petroleum Exploration Co., Ltd. (JAPEX)

In recent years, there has been a surge in the number of CCS projects and related activities announced across the globe, thanks to its increased recognition as an effective tool for mitigating climate change. Successful execution and sustained operation of such projects require a thorough evaluation of injection and storage dynamics.
 
Concerns revolve around the risk of organic and inorganic solid formation, such as hydrates and scales, which can significantly impede well injectivity. Understanding how various formation parameters influence injectivity is crucial. A successful injection strategy must take a holistic approach in addressing these factors while assessing the associated risks. In this session, we will explore these diverse topics, including:

• Injection strategies
• Evaluation and risk assessment of injectivity
• Evaluation of CO2 hydrate formation potential in the near-wellbore region
• Scaling potential in the near-wellbore region and mitigation strategies
   

Discussion Leaders: 

• Evaluation of Supercritical CO2 Injectivity Potential in Carbonate and Clastic: Perspective from Lab-scale Studies by Muhammad Zuhaili Kashim, Executive, PETRONAS
• First Large-Scale CCS in Australia by Tomislav Bukovac, Principal Stimulation Domain Champion Asia , SLB

Session Managers: Adil Pottayil, Calsep Asia Pacific Sdn. Bhd.; Sho Hirose, Japan Petroleum Exploration Co., Ltd. (JAPEX)

In recent years, there has been a surge in the number of CCS projects and related activities announced across the globe, thanks to its increased recognition as an effective tool for mitigating climate change. Successful execution and sustained operation of such projects require a thorough evaluation of injection and storage dynamics.
 
Concerns revolve around the risk of organic and inorganic solid formation, such as hydrates and scales, which can significantly impede well injectivity. Understanding how various formation parameters influence injectivity is crucial. A successful injection strategy must take a holistic approach in addressing these factors while assessing the associated risks. In this session, we will explore these diverse topics, including:

• Injection strategies
• Evaluation and risk assessment of injectivity
• Evaluation of CO2 hydrate formation potential in the near-wellbore region
• Scaling potential in the near-wellbore region and mitigation strategies
   

Discussion Leader: 

• CO2 Storage Capacity from the Resource Management, Investment and Certification Criteria by Ali Sabzabadi, Reservoir Engineer Principal Consultant, RISC Advisory
• Perforations Considerations for CCS Projects by Chee Kin Khong, EAG RPI Domain, SLB

Session Managers: Satyabrata Nayak, PETRONAS; Pierre Bettinelli, SLB

CCUS and renewable energy programmes play a dominant role in meeting our energy needs while reducing our carbon footprint. Advances in technologies and evaluation workflows have the potential to address some of the challenges associated with safe and effective CO2 storage, from site characterisation to the development and execution of carbon sequestration and monitoring programmes. They offer solutions that improve the reliability, scalability, and long-term capacity of in-situ storage in geological sites, accelerating their adoption and ensuring safe operation.

Furthermore, renewable energy technologies have made significant progress in recent years, and ongoing research and development continue to drive innovation and applicability potential. Latest developments in technology for subsurface evaluation in the context of CCUS and innovative techniques that can accelerate the transition to a greener and more sustainable energy future will be discussed in this session. Technology gaps and critical requirements for improved processes are also highlighted through case studies and important knowledge sharing.

Discussion Leaders: 

• Applications of Cement Evaluation Through Two-Tubulars for Oil, Gas and CCS Wells by Chee Kin Khong, SLB EAG RPI Domain, SLB

• CO2 Storage Assessments for Saline Aquifers: Balancing Heterogeneity Characterisation and Computational Considerations by Renny Sipayung, Geoscience Technical Consultant, Landmark, Halliburton and Debjyoti Das, Regional G&G Business Development Manager - Asia Pacific, Halliburton

Session Managers: Satyabrata Nayak, PETRONAS; Pierre Bettinelli, SLB

CCUS and renewable energy programmes play a dominant role in meeting our energy needs while reducing our carbon footprint. Advances in technologies and evaluation workflows have the potential to address some of the challenges associated with safe and effective CO2 storage, from site characterisation to the development and execution of carbon sequestration and monitoring programmes. They offer solutions that improve the reliability, scalability, and long-term capacity of in-situ storage in geological sites, accelerating their adoption and ensuring safe operation.

Furthermore, renewable energy technologies have made significant progress in recent years, and ongoing research and development continue to drive innovation and applicability potential. Latest developments in technology for subsurface evaluation in the context of CCUS and innovative techniques that can accelerate the transition to a greener and more sustainable energy future will be discussed in this session. Technology gaps and critical requirements for improved processes are also highlighted through case studies and important knowledge sharing.

Discussion Leaders: 

• Reservoir Geomechanical Considerations for CO2 Geological Storage Projects by Avirup Chatterjee, Sr. Geomechanics Consultant, Baker Hughes

• Lessons Learned From Huff’n’puff CO2 Injection Tests in the Minami-aga Oil Field Onshore Japan by Takashi Akai, Director of Subsurface Division of CCS Project Department, JOGMEC