I’m looking forward to attending GHGT-17 this October 20-24 in Calgary, Alberta! 🌍 Hosted by ERA, this event is the world’s leading conference on carbon capture, utilization, and storage (CCUS). It’s an exciting opportunity to connect with over 1,400 professionals from across the globe, exchange ideas, and explore groundbreaking solutions to combat climate change. With more than 350 presentations across 71 sessions, and a dedicated business stream focusing on strategy, it promises to be an inspiring few days of learning and networking. If you’re attending, let’s connect! See you at the Calgary TELUS Convention Centre! #GHGT17 #CCUS #Sustainability #Innovation #ClimateAction #Geomechanics #AquitaineEnergy #CCS
Aquitaine Energy Ltd
Services for Renewable Energy
Calgary, AB 467 followers
Aquitaine Energy Ltd was founded to meet the growing energy transition needs of our world.
About us
Expert services in Carbon Capture Sequestration (CCS), Maximum Operating Pressures (MOP), Cap Rock integrity, MMV, Induced Seismicity, Fault re-activation, Geomechanics.
- Industry
- Services for Renewable Energy
- Company size
- 2-10 employees
- Headquarters
- Calgary, AB
- Type
- Privately Held
- Founded
- 2021
- Specialties
- CCS, Carbon Capture Sequestration, Geomechanics, Cap Rock integrity, Reservoir Geomechanics, Induced Seismicity, Fault re-activation, Petrel, Visage, Finite element simulation, and Surface deformation
Locations
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Primary
Get directions
Calgary, AB T2P 2V7, CA
Updates
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Thoughts on SAGD steam injection & Geomechanics from my personal page. 🙂
Recently had a friend ask me about what is needed in understanding Reservoir Geomechanics in Steam Injection Operations..... Thought I would share my thoughts. 🌍Understanding Reservoir Geomechanics in Steam Injection Operations🌍 In the world of reservoir engineering, geomechanics plays a pivotal role in enhancing our understanding and management of subsurface reservoirs, especially those involving steam injection. 🔥 Steam Injection and Surface Heave 🔥 When we inject steam into a reservoir, the increased temperature and pressure can cause the rock to expand. This expansion often leads to a phenomenon known as surface heave, where the ground above the reservoir rises. While steam injection is an effective method for enhancing oil recovery, managing the geomechanical impacts is crucial to ensure the integrity of both the reservoir and the surface infrastructure. 🔍 Key Geomechanical Considerations: Rock Mechanics: Understanding the mechanical properties of the reservoir rock is essential. This includes its strength, elasticity, and thermal expansion characteristics. Stress Analysis: Assessing the changes in stress within the reservoir due to steam injection helps predict potential deformation and fractures. Surface Monitoring: Continuous monitoring of surface heave using satellite imagery and ground-based sensors can provide early warning signs of significant surface movement. Simulation Models: Advanced geomechanical simulation models can predict the extent of surface heave and help in designing mitigation strategies. 🚀 Innovative Solutions: Engineers and geoscientists are developing innovative solutions to mitigate the impacts of surface heave. These include optimizing steam injection parameters, reinforcing surface infrastructure, and employing adaptive reservoir management techniques. By integrating reservoir geomechanics into our steam injection operations, we can enhance oil recovery while minimizing environmental and surface impacts. This multidisciplinary approach is key to sustainable and efficient reservoir management. #ReservoirEngineering #Geomechanics #SteamInjection #SurfaceHeave #OilRecovery #SustainableEnergy #Innovation #SAGD
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Spent the weekend in the Mountains and had me thinking full circle…. My career started here in Canada, but quickly moved overseas, where I went on to work in Europe, Asia, and Africa, gaining international experience on some of the most complex reservoirs in the industry. Being professionally involved in the daily operations of over 20 countries has expanded my worldview and brought me invaluable knowledge and exposure to the future of energy. I didn't realize the impact this international experience would have on my future career. Now that I'm back in Canada, the foresight I have gained working in energy abroad has left me with a plethora of knowledge to lead the way in geomechanics and its integration in the subsurface, as Canada embarks on a new frontier of sustainable energy. Grateful to be able to soak up the beauty of the Rocky Mountains, which never gets old.
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In the CCS arena, addressing geomechanical challenges is crucial for success. Let's explore these pressing issues: 1- Caprock Integrity: Maintaining the strength and stability of caprocks is essential to prevent CO2 leakage, demanding expert geomechanical knowledge. 2- Seismic Risk Management: Managing induced seismicity with detailed geomechanical analysis has become increasingly important, especially considering the role of natural fractures in fluid dynamics. 3- Cost-Effective Solutions: Researchers are finding innovative geomechanical approaches to significantly reduce drilling costs, enhancing CCS project feasibility. By facing these challenges, we're enabling more robust and efficient strategies for CCS. #GeomechanicsInCCS #CCSChallenges #FutureOfEnergy"
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Over the past years, I have notice 3 key areas that a collaborative spirit in geomechanics for CCS is vital for advancing this crucial technology. Here's how collective efforts are making a difference: 1- Global Research Initiatives: Collaborative knowledge from around the world provides diverse insights into subsurface behaviors, crucial for CCS success. 2 - Industry-Academia Partnerships: Strong connections between academic researchers and industry professionals are fostering practical, innovative solutions for CCS. 3 - Public Awareness and Education: Enhancing public understanding and support for CCS technologies is key to their success and wider adoption. Through collaboration, we're not just progressing in CCS; we're crafting a more sustainable, carbon-neutral future. #CollaborationInGeomechanics #CCSInnovation #SustainableDevelopment Aquitaine Energy Ltd
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I am thrilled to announce the launch of my own consulting firm, specializing in subsurface geoscience and engineering. My focus is on delivering cutting-edge solutions in subsurface characterization for carbon capture & sequestration, reservoir geomechanics, and wellbore stability. Leveraging extensive experience and the latest technologies, I am dedicated to supporting my clients in navigating the complexities of the subsurface environment. My mission is to provide expert guidance and innovative approaches to ensure the sustainable and efficient management of subsurface resources. Join me as I embark on this exciting journey to make a significant impact in the energy sector. Please check out my website. www.AquitaineEnergy.com #Geoscience #Engineering #CCS #ReservoirGeomechanics #WellboreStability #Sustainability #Innovation
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