About this Training
This 4-day CCS Compliance for Storage Sites – ISO 27914 training programme provides an in-depth and practical understanding of the technical, operational and certification requirements for CO₂ storage sites in accordance with ISO 27914. Designed for professionals involved in carbon capture and storage projects, the programme focuses on the evidence, risk management processes and documentation required to support storage site development and certification.
Across the four days, participants will develop a structured understanding of key considerations including site selection and characterisation, geological and geomechanical assessment, storage capacity and injectivity, containment assurance, flow modelling, Measurement, Monitoring and Verification (MMV), risk assessment and certification readiness.
Through applied exercises, workshops and project-based discussions, participants will learn how to interpret ISO 27914 requirements and translate them into practical project deliverables. Particular emphasis is placed on developing and documenting the multidisciplinary evidence required to demonstrate storage site feasibility and support independent technical review and certification.
By the end of the programme, participants will have a clearer understanding of how geological, modelling, geomechanical, monitoring and risk evidence are integrated into a structured ISO 27914 compliance and certification framework, enabling them to assess project readiness, identify evidence gaps and support the development of a robust storage site certification package.
1. What is ISO 27914 for carbon capture and storage (CCS)? ISO 27914 is an international standard for the geological storage of carbon dioxide (CO₂). It provides guidance on site assessment, risk management, and monitoring. Moreover, it helps operators organise technical evidence for independent review. This approach supports safe and reliable CO₂ storage.
2. What factors determine whether a CO₂ storage site is suitable? A suitable CO₂ storage site needs enough storage capacity, good injectivity, and reliable geological seals. Engineers also assess rock properties, faults, existing wells, and groundwater conditions. In addition, they examine possible leakage pathways. These checks help teams identify risks before CO₂ injection begins.
3. What is the difference between CO₂ storage capacity, injectivity, and containment? Storage capacity describes how much CO₂ a geological formation can hold. Injectivity measures how quickly operators can inject CO₂ within safe pressure limits. Meanwhile, containment refers to keeping CO₂ within the intended storage complex. All three factors help engineers assess storage site feasibility.
4. What are the main risks and challenges of geological CO₂ storage? Key risks include CO₂ leakage, rising reservoir pressure, fault movement, and induced seismic activity. Changes in rock properties and poor well integrity can also affect storage safety. Therefore, engineers use geological studies, flow models, and risk assessments to manage these challenges. Regular monitoring helps detect unexpected changes.
5. How does Measurement, Monitoring and Verification (MMV) support CCS compliance? Measurement, Monitoring and Verification (MMV) helps operators track CO₂ movement, reservoir pressure, and storage performance. For example, monitoring systems can detect unexpected pressure changes or possible leakage. Teams also set alert levels and corrective actions. As a result, MMV provides evidence for risk management and ISO 27914 compliance reviews.
6. How will ISO 27914 influence the future of CCS storage projects? As CCS projects expand, operators will need reliable evidence to demonstrate safe geological storage. ISO 27914 provides a common framework for site assessment, risk management, and technical review. Furthermore, stronger data integration and monitoring can improve storage decisions. These practices can support long-term storage assurance and certification readiness.
