WEBINAR
Unlocking operational insights for subsurface injection and production with InSAR data
How InSAR enables early risk-detection, model validation, and confident decision-making across oil and gas, water disposal, CCS, and geothermal applications
This webinar takes place:
DATE: | TIME: Tuesday, July 21, 2026, 11:00 am PDT / 2:00 pm EST
Subsurface injection and production are critical to energy, water, and carbon management—from conventional and unconventional oil and gas to wastewater disposal, geothermal energy, and carbon storage. Across subsurface operations—oil & gas, water disposal, geothermal, and carbon storage—activity below ground creates measurable signals at the surface. These critical operations change subsurface pressure and stress state, often causing surface movement, operational risks, and regulatory challenges.
Join Orica Digital Solutions' Reza Keshavarzi and Luke Muller for a live webinar for an in-depth look at how InSAR can support subsurface operations across energy and storage sectors. InSAR data can turn surface movement into continuous, full-field subsurface insight—so you can detect risk earlier, act faster, and make confident decisions.
In this webinar, you’ll learn how 3vG can offer a new layer of subsurface intelligence—transforming subtle surface deformation into early warning, model validation, and confident decision-making across injection, storage, and production operations. Explore how InSAR data can be used to validate subsurface behaviour, detect risk early, deliver full-field visibility, and track dynamics over time.
Key takeaways from this webinar:
- A detailed overview of InSAR’s solution for subsurface injection and production operations
- In-depth look at applications of InSAR data across several different sectors including: oil and gas, (both conventional and unconventional resources), wastewater disposal (SWD), Carbon capture, (utilization)and storage (CCS/CCUS), geothermal energy, and gas storage
- An understanding of how InSAR can strengthen regulatory and measurement, verification, and improve operational efficiency and decision-making
- Real-world examples and use-cases
- Live questions and answers
Our Speakers:
Reza Keshavarzi
Business Development Manager - Energy,
3vGeomatics, Geosolutions
Orica Digital Solutions
Reza Keshavarzi is a Business Development Manager for the energy sector at 3vGeomatics (3vG), bringing over a decade of experience across global energy operations.
He has deep technical expertise in subsurface injection and production operations, supported by a strong engineering background in Reservoir Geomechanics, GeoEnergy Engineering, and energy transition technologies, with applications spanning oil & gas, water disposal, CCS/CCUS, geothermal, and underground gas storage (e.g. Hydrogen) initiatives.
His interests extend to geohazards and ground deformation monitoring, aligning with his commitment to enhancing safety, operational performance, and innovation across the energy sector. He holds a PhD in reservoir geomechanics and a master’s degree in petroleum engineering.
Luke Muller
Business Development and Technical Account Manager, 3vGeomatics, Geosolutions
Orica Digital Solutions
With over seven years of experience in geospatial analysis and business development, Luke specialize in integrating satellite InSAR technology into geotechnical monitoring programs. At 3vGeomatics, Luke guide’s North American clients in applying InSAR to monitor ground deformation, reduce uncertainty, and enhance the safety and reliability of their operations. His collaboration with geotechnical teams ensures practical implementation and seamless integration of InSAR with traditional monitoring systems.
Luke’s expertise spans technical analysis, project management, and client services, supported by skills in business development consultancy and strategic business development. He prioritizes building long-term client relationships by creating tailored solutions and delivering actionable insights. Dedicated to empowering stakeholders, he focuses on providing clear, impactful geospatial data to foster informed decision-making.