A single platform for screening and evaluation of Carbon Capture and Storage projects
CcsNavTM enables integrated CCS screening and design, asset modeling, and financial forecasting, leveraging built-in deterministic and probabilistic workflows to forecast and optimize CCS projects
CcsNavTM: Features & Benefits
Benefits
Accelerate CCS project decision-making by 10X
De-risk CCS projects financially
Maximize project value and ROI
Optimize storage well count and locations
Benefits
Design and optimize CCS projects and CO2 hubs
Forecast and monitor the CO2 storage process
Determine the optimal fee for CO2 storage and capture services
Develop CCS project partnerships
Features
Integrated CCS asset modeling
Advanced financial modeling
Multi-stakeholder financial forecasting
Advanced decision analysis
CO2 plume simulation
Numerical simulation of CO2 storage
Wellbore modeling & simulation
Features
Comprehensive cost, energy, and emission modeling for CCS assets
Framework for scheduling project finance, construction, and operations
Advanced financial structures, including tax-equity partnerships
Multi-stakeholder financial forecasting
Automated sensitivity analysis to identify key performance indicators
Probabilistic modeling and Monte Carlo simulations to quantify project uncertainty
Complete dashboard summarizing project performance and impact
CcsNav™ is EnergiCompute's end-to-end software for CCS site screening, integrated project design, CO₂ plume simulation, and financial forecasting. It helps developers, operators, and investors evaluate carbon storage opportunities with consistent technical and economic inputs — from early screening through partnership and bid optimization.
CCS site screening and project scoping
Selecting viable CO₂ storage sites requires balancing geology, regulatory constraints, infrastructure access, and economics. CcsNav supports structured screening workflows that combine subsurface data, storage capacity estimates, and project cost assumptions so teams can filter low-probability opportunities early.
Built-in deterministic and probabilistic workflows help quantify uncertainty in storage capacity, injection rates, and project timelines. This reduces the risk of pursuing sites that look attractive on maps but fail under detailed evaluation.
Plume modeling, hub design, and financial forecasting
CcsNav integrates CO₂ plume modeling with asset and hub design tools so engineers and commercial teams work from the same project definition. Financial forecasting modules connect injection profiles, operating costs, incentives, and revenue assumptions to produce decision-ready scenarios.
Partnership evaluation, storage fee optimization, and cash-flow analysis support negotiations with landowners, emitters, and offtake partners. Dashboard views give stakeholders a shared picture of project status across technical and commercial dimensions.
Why teams choose CcsNav for CCS development
Carbon capture and storage projects move faster when screening, simulation, and economics live in one platform instead of disconnected spreadsheets and desktop tools. CcsNav is purpose-built for CCS workflows cited in industry practice — from early feasibility through operational planning.
Compare CcsNav plans on our pricing page, book a demo with our team, or explore CCS solution overviews for oil & gas and power-sector applications.
