Challenge

The client required a national-level model to estimate the cost of CO₂ storage across various geological scenarios. The model needed to reflect differences in reservoir type, injectivity, infrastructure, and regional cost drivers to support investment planning for carbon storage infrastructure in Canada.

Strategy

The team was engaged to support the development of a detailed CO₂ storage cost model and reporting package. Angler provided targeted support related to Atlantic Canadian context and development pathway framing.

Action

• Provided input on the development and costing structure for Atlantic Canadian CO₂ storage scenarios
• Delivered Class 5 capital cost estimates for offshore-related surface and subsurface infrastructure
• Supported high-level design concepting through block flow diagrams and development schematics
• Reviewed proposed development cases for fit with regional context and regulatory environment

Outcome

Angler’s contribution was delivered in 2025 and helped ensure Atlantic Canadian storage options were accurately represented in the national framework.

These inputs supported:

• Inclusion of realistic cost ranges and configurations for offshore saline storage
• Visual schematics to support communication and model interpretation
• Early-stage planning for future Carbon CaptureStorage infrastructure investment in Atlantic Canada