This session focuses on the digital, infrastructure, and modeling solutions required to enable practical deployment of carbon capture, utilization, and storage (CCUS) projects under real-world technical and regulatory constraints. Presentations examine advanced reservoir modeling and boundary-condition approaches that improve computational efficiency while preserving fidelity for pressure management, Area of Review definition, and regulatory approval. Case studies highlight well design, construction, and repurposing strategies that maximize flexibility and project value across characterization, injection, and monitoring phases. The session also explores data-driven and AI-enabled workflows that support long-term, risk-aware decision-making for CO2 storage under geological uncertainty. Alternative storage and utilization pathways, including coal seam storage, flue gas injection, and gas-to-liquids concepts, are discussed as pragmatic enablers for deployment in constrained settings. Infrastructure considerations are addressed through assessments of CO2 transportation and the repurposing of existing subsea pipelines to support scalable CCUS implementation.