27 May 2026
The transition to zero-emission shipping is accelerating as the maritime industry responds to stricter regulations and decarbonisation targets. Methanol is emerging as a promising alternative fuel due to its scalability and lower lifecycle emissions, but its adoption introduces new operational and safety challenges, particularly in engine room operations, bunkering, and emergency response. Traditional training approaches are often unable to replicate the high-risk and dynamic nature of methanol-related incidents, such as vapour leaks and invisible fires.
The VRIVEN project addresses these challenges through the development of an Extended Reality (XR)-based immersive training framework for methanol-fuelled, zero-emission vessels. Using a next-generation Commissioning Service Operation Vessel (CSOV) equipped with methanol-fuelled generator sets and battery systems as a reference case, the project combines hazard identification, system modelling, and CFD-based simulations to create realistic training scenarios.
Three XR modules were developed covering system familiarisation, hazard identification, and emergency response. These modules allow trainees to safely interact with virtual methanol fuel systems while receiving real-time feedback and performance tracking.
Demonstrations and stakeholder workshops showed improved engagement, situational awareness, and confidence among participants. VRIVEN demonstrates how immersive XR technologies can enhance workforce readiness and support the safe transition toward zero-emission maritime operations.