End-to-end solutions to scale CCUS around the world
The Intergovernmental Panel on Climate Change (IPCC) and International Energy Agency (IEA) agree that net zero will be virtually impossible to achieve without CCUS technology. Digital is critical for planning and operating these systems.
Optimized digital twins enable cost-effective and rapid scale up, ensuring both safety and performance over the life of these projects.
Our end-to-end digital technologies harness over 25 years of experience to help you screen, rank, design, model, simulate, and analyze every phase of the CCUS life cycle.
Prioritize and strategically position your next CCUS project to help deliver on your decarbonization targets. View
Gain deeper understanding of your CO2 capture and transport system, as part of an integrated system. View
Deliver low-cost, long-term, and safe CO2 storage. View
Design and execute a cost-effective monitoring strategy, tailored to your project. View
Design CO2 capture and transport systems to optimize operating conditions and minimize HSE risk. Integrate pipeline, capture and compression facilities and safety models in one platform, while ensuring consistent thermodynamics and fluid characterization across the full system.
Model CO2 storage capacity to get deep insight into how CO2 flows away from your wells after injection. Simulate to determine the integrity of your storage site—a critical component for long-term CO2 storage in the subsurface.
Ensuring safe long-term geological storage of CO2 is critical to the success of every carbon storage project. Cross domain integration and cost-effectiveness are key in this stage, as monitoring operations will potentially span decades.
Our holistic monitoring strategy and design process builds upon the output of geomechanical and simulation studies and is tailored to the needs of each project. We have a broad range of physical and digital monitoring solutions that can be utilized to create a custom, cost-effective monitoring strategy for your operation.
Better simulation and field management solutions for your subsurface CCUS workflows View
Carbon capture, utilization, and storage (CCUS) projects are key to achieving global net zero and rising temperature targets by 2050 View
Identification of the required characteristics of a gas hydrocarbon-production reservoir to identify suitable sites for deployment of TiGRE SEALS integrated CCUS projects View
Clean Energy Systems (CES) plans to develop the first ever full-scale commercial carbon negative energy project in the United States. View
Simulation of CO2 plume migration in damaged storage formation SaskPower’s Boundary Dam carbon capture and demonstration project captures CO2 from a retrofitted coal-fired power plant in Estevan Saskatchewan. View
With COP26 on the immediate horizon, the world is looking to governments, climate experts and industry to lay out decisive plans and commitments to keep global warming to well below 2°C... Sam Tilley · Oct 28, 2021 · 3 min read View
For as far back as I can remember I have been passionate about social and environmental sustainability and the possibilities to advance this agenda within our sector... Emer Caslin · Apr 6, 2021 · 8 min Read View
Carbon capture, utilization and storage (CCUS) initiatives are making international headlines this year. Many governments are setting targets for carbon neutrality to be reached in the near future... Marie Ann Giddins · Oct 6, 2020 · 7 min Read View
