Our Software: SCO2TPRO
Through multi-dimensional estimation, SCO2TPRO empowers you to make informed decisions on dynamic CO2 storage.
SCO2TPRO provides screening estimates for CO2 injection rates, plume size, storage potential, and per tonne costs. With this innovative software, you can rapidly identify and prioritize storage opportunities, ensuring your carbon management projects are positioned for success from the beginning.
Our Features
With SCO2TPRO, you can optimize your carbon storage infrastructure projects efficiently and effectively.
CO2 Storage Screening and Assessment
As part of our CO2 Storage Screening and Assessment services, SCO2TPRO can help clients identify and evaluate storage opportunities across the country.
Learn more about SCO2TPRO and how it can benefit your organization.
SCO2TPRO, the Sequestration of CO2 Tool, is a dynamic injection and storage tool focused on geologic CO2 storage. It enables rapid screening of subsurface reservoirs, offering simultaneous estimates of CO2 injection rates, storage potential, and associated costs.
SCO2TPRO incorporates data from international, national, and regional government-funded research, industry products and projects, academic literature, and more.
Yes, SCO2TPRO can be used as a standalone tool for storage site evaluation or integrated with SimCCSPRO to provide a comprehensive perspective on CO2 capture, transport, and storage. It can calculate storage potential, injection rates, well estimates, and costs across thousands of sites in seconds.
SCO2TPRO is ideal for clients seeking to evaluate CO2 storage costs and potential across large geographic areas. It helps users identify and down-select the best locations for permanent CO2 storage in subsurface formations, whether within a region or across the globe.
SCO2TPRO is developed from over a decade of peer-reviewed science and uses a number of proprietary algorithms to compare geologic formations.
Our Team
Director of Carbon Removal
Jonathan Ogland-Hand has a multidisciplinary background in engineering and environmental science with expertise in process-level modeling, techno-economic analysis, and energy systems analysis.
He has studied the energy transition including carbon dioxide removal, renewable energy integration, and CCS.
Research Scientist
Lydia is a research scientist and geologist specializing in subsurface fluid flow, energy storage, and CO2 sequestration. She has additional expertise in geochemistry, geochronology, and hydrogeology.
She focuses on collecting and assessing subsurface geological data to develop an extensive geodatabase, contributing to the company’s innovative approaches in carbon management and environmental sustainability.
Research Scientist
David is a reservoir engineer focusing on numerical modeling and simulation of subsurface fluid transportation.
He specializes in CO2 flows in subsurface reservoirs with comprehensive rock-flid properties description and PVT phase behaviors.
Research Engineer
Ben is a mechanical engineer and full-stack software engineer.
His research interests included both CO2-based and native-brine geothermal electricity generation.
Information Hub
SCO2TPRO has been applied to numerous projects and supported many research publications, advancing the field of CO₂ storage.
Collaborating with the very knowledgeable Carbon Solutions team members was a pleasure. They have been very responsive and helpful in assisting with use of their state-of-the-art modeling tools for CO2 pipeline sizing, costing, and routing, as well as with preliminary suitability screening of potential CO2 storage reservoirs.
Arya Gunawan, Cecelia Isaac, and Eric Larson
