Our software ( CcsNav^TM) simplifies CCS project screening & economic evaluation by quickly assessing site viability using geospatial data and reservoir characteristics. It also offers advanced economic modeling, factoring in costs and market conditions to provide accurate financial projections. This enables faster, data-driven decisions, helping you identify the most viable CCS projects and optimize economic outcomes.

CcsNav^TM simplifies building, executing, and storing CO₂ plume simulation models through an integrated platform. Users can efficiently create models with minimal input, while our scalable cloud architecture ensures fast execution and real-time adjustments. Simulation results are securely stored for easy access, enabling seamless data management and improved decision-making in carbon management strategies.

Integrated asset modeling and multi-stakeholder financial modeling are crucial for the successful design and development of CO₂ hubs. CcsNav^TM provides a user-friendly interface for scheduling project finance, construction, and operation, enabling the iterative design of a comprehensive CO₂ hub system. This approach ultimately offers a clear picture of the project, helping to identify cost bottlenecks and pinpoint techno-economic risks

CcsNav^TM offers a distinctive tool for evaluating CCS partnerships through multi-stakeholder financial forecasting. By calculating the project cost and return for each stakeholder involved, it provides a comprehensive view of project participation. This allows you to develop mutually beneficial project terms and optimize them to maximize your role, taking into account different storage bid prices.

CcsNav^TM optimizes CO₂ storage bidding by calculating project costs and revenue for capture and transport companies, using this data to identify the best price for storage providers. By integrating key CCS incentives like 45Q and LCFS, it forecasts total revenue from carbon credits and helps companies determine the most cost-effective storage bid, maximizing profitability and minimizing financial risks.

CcsNav^TM platform provides a flexible cost modeling framework for CO2 capture, compression, transport and storage and corresponding energy requirements and emission calculations. It also integrates CCS incentives like 45Q, LCFS, and carbon credits with life cycle analysis to forecast carbon credit generation and total revenue opportunities.

Our platform enhances decision-making by integrating asset modeling, financial forecasting, and CO₂ plume simulation. It assesses technical and economic aspects of CCS projects in one place, forecasting costs, revenues, and key incentives like 45Q and LCFS. By simulating CO₂ behavior in reservoirs and analyzing reservoir uncertainties, the platform helps evaluate their impact on project economics, enabling more informed and optimized decisions.