Screening & Network Design
Evaluate CO₂ transport networks, optimize pipeline routes, and rank candidate storage sites based on cost, capacity, and risk.
What This Module Does
This module helps teams quickly identify and compare promising CO₂ storage opportunities at the earliest stage of project development. Through an interactive map-based workspace, users can define source and sink locations, evaluate pipeline network options, screen legacy wells across candidate regions, and assess brownfield opportunities for potential reuse or redevelopment. The result is a clear, evidence-based view of the most viable project pathways before moving into detailed engineering and investment decisions.
Key Capabilities
- Source-to-sink pipeline network optimization with cost modelling
- Interactive map-based visualization of project regions
- Radius of Endangering Influence calculation for candidate wells
- Legacy well risk scoring and combined site ranking
- Assessment of brownfield infrastructure for potential reuse or redevelopment
- Export of screening results for downstream analysis
Inside the Module
Frequently Asked Questions
It helps teams quickly identify and compare promising CO₂ storage opportunities at the earliest stage of project development. Users can define source and sink locations, evaluate pipeline network options, screen legacy wells, and assess brownfield infrastructure — all from an interactive map-based workspace.
At the very beginning — during site selection and feasibility evaluation. It is designed for the stage when teams need to narrow down options and build an evidence-based shortlist before committing to detailed engineering or investment.
Which storage sites are most viable? What are the most cost-effective pipeline routes? How many legacy wells exist in a candidate region, and what risk do they pose? Are there brownfield assets that could be reused?
Ranked site comparisons, pipeline network cost models, well risk scores, and exportable screening results that can be carried forward into integrity assessment and monitoring design.
Project developers, site selection teams, consultants conducting early feasibility studies, and anyone evaluating where to focus CCS investment.
Screening results feed directly into the Well Integrity and Monitoring modules, giving teams a continuous evaluation path from initial site selection through to detailed risk assessment.
Part of the CCS Ecosystem
Screening results feed directly into the Well Integrity and Monitoring modules, giving teams a continuous evaluation path from initial site selection through to detailed risk assessment.