The University of Strathclyde boasts one of the largest and most esteemed departments in Naval Architecture and Marine Engineering, recognized for its diverse expertise across specialized fields. Central to its focus are ship power systems and alternative marine fuels, underscored by a strong commitment to safety and environmental impact assessment.
For SAFeCRAFT solutions, a standout area of specialization from UoS is the evaluation of onboard LH2 CCS (Liquid Hydrogen Cargo Containment System) systems, particularly concerning the prevention and management of cargo leakage, fire, and explosion hazards. The university plays a pivotal role in shaping safety protocols and guidelines for handling NH3 (ammonia) or H2 (hydrogen) storage and systems within the maritime sector. Its expertise also extends to securing Class AiP (Approval in Principle) for innovative marine engineering solutions, facilitating regulatory approval and industry adoption.
In addition to safety assessments, the institution conducts thorough lifecycle and cost analyses, offering crucial insights into the economic feasibility and sustainability of cutting-edge marine technologies for SAFeCRAFT solutions. Through close collaboration with industry partners, UoS provides essential support for the design and integration of auxiliary systems, ensuring optimal performance and compliance.
Moreover, the university is spearheading the development of a digital evaluation framework to assess the performance and environmental impact of Sustainable Aviation Fuels (SAFs). This model, aligned with defined Key Performance Indicators (KPIs) in SAFeCRAFT, will estimate construction costs, emissions, operational parameters, and system lifespan. Its adaptable nature allows customization based on specific vessels, systems, and scenarios, thus offering valuable insights for lifecycle performance assessments of SAFs.
Through its multifaceted contributions, the University of Strathclyde stands as a forerunner in advancing safety, efficiency, and environmental sustainability within marine transportation, actively shaping the future of the maritime industry.
