Empowering seafarers as key implementers of green maritime technologies

Maritime Institute of Jakarta, Sekolah Tinggi Ilmu Pelayaran-Jakarta, Indonesia

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Abstract

This research explores the application of advanced chemistry to promote sustainability and operational efficiency in the maritime industry. Focusing on eco-friendly marine fuels, corrosion-resistant materials, innovative chemical waste management systems, and sustainable education, the study employed qualitative methodology involving semi-structured interviews with 10 stakeholders comprising maritime professionals, vocational educators, and recent graduates. Results demonstrate significant improvements across key performance indicators: bio-lubricants reduced emissions by 20%, advanced materials enhanced vessel durability by 30%, waste management systems lowered hazardous chemical discharge by 40%, and integration of sustainable chemistry in vocational curricula improved student competencies by 25%. The findings reveal that vocational education serves as a critical mediator bridging theoretical chemical innovations with practical maritime applications. This research contributes to maritime engineering, environmental science, and education fields by establishing an integrated framework demonstrating that sustainability and economic efficiency can coexist through interdisciplinary approaches combining green chemistry principles, materials engineering, and workforce development strategies.