A first-person account of a high-fidelity, pilot-scale carbon capture lab simulating offshore control-room operations to examine decision-making, failure, and team cohesion under pressure.
📊 Quick Facts
| Type | Interview |
| Author | Alexandre GAIN |
| Published | April 1, 2026 |
| Source | Visit Source |
| Location(s) | DERRICK Oil Well |
🖼️ Illustrations
📝 Abstract
[Summary generated by AI] In this account, the person interviewed reflects on a pilot-scale carbon capture facility configured with instrumentation and controls equivalent to those found in offshore platform control rooms. The resources involved include a fully instrumented pilot plant, a control-room environment with industry-standard interfaces, and alarm systems that simulate real operational upsets. The methods center on experiential, high-fidelity lab sessions in which participants operate multiple capture processes under induced stressors (e.g., sirens, alarms) while engaging in real-time decision-making, coordination, and troubleshooting. The author emphasizes reflective observation of team dynamics, noting how individuals revert to characteristic behavioral patterns under pressure and how collective resilience can emerge in crisis. Despite an admitted operational failure during one session, the outcomes included increased situational awareness, strengthened team cohesion, and improved understanding of human performance limits in complex, safety-critical settings. The deliverables implied by this experience are practice-based insights for designing training curricula that foreground failure-tolerant learning, cross-functional communication, and robust control-room procedures for carbon capture operations, especially in offshore-analog contexts.