About this book:

*Sustainability and Low-Carbon Shipbuilding* provides a comprehensive, engineering-driven roadmap for navigating the maritime industry’s transition to net-zero emissions. As global regulations from the IMO and EU intensify, this book equips naval architects, shipyard leaders, and vessel owners with the practical tools needed to minimize carbon footprints across a ship's entire lifecycle. From foundational principles of hydrodynamic hull optimization and lightweight material selection to the integration of cutting-edge technologies like hydrogen fuel cells, large-scale battery systems, and wind-assist propulsion, the text translates ambitious environmental targets into actionable design and shop-floor decisions.

The book moves beyond vessel design to address the critical role of shipyards and shoreside infrastructure in the decarbonization ecosystem. Detailed chapters explore energy-efficient yard operations through Lean and 5S methodologies, the electrification of heavy equipment, and the logistical challenges of green bunkering and shore power. By adopting a systems-thinking approach anchored in Lifecycle Assessment (LCA) and ESG governance, the author demonstrates how to balance capital expenditure against operational savings and regulatory compliance.

Practical and forward-looking, this guide features in-depth analysis of alternative fuels—including methanol, ammonia, and e-fuels—alongside the digital transformation of the industry through digital twins and AI-driven energy management. Featuring real-world case studies ranging from electric ferries to dual-fuel container ships, *Sustainability and Low-Carbon Shipbuilding* is an essential resource for professionals dedicated to building and operating the next generation of cleaner, quieter, and more efficient vessels.

What You'll Find Inside:

• A comprehensive guide to Lifecycle Assessment (LCA) and systems thinking to quantify and reduce the total environmental footprint of vessels.
• Deep dives into emerging propulsion technologies, including hydrogen fuel cells, large-scale battery systems, and ammonia-fueled engines.
• Technical optimization strategies for naval architecture, covering hull form hydrodynamics, lightweight composites, and wind-assist devices like rotor sails.
• Practical frameworks for decarbonizing shipyard operations through Lean methodologies, 5S, and the electrification of heavy industrial equipment.
• An overview of the evolving regulatory and financial landscape, including IMO targets, EU ETS compliance, and green financing mechanisms.

Who's It For:

This book is designed for naval architects, marine engineers, and shipyard executives who are tasked with implementing decarbonization strategies in vessel design and construction. It is also a valuable resource for shipowners, port authorities, and maritime policy makers seeking to understand the technical and economic trade-offs of the transition to net-zero shipping. Professionals involved in maritime ESG reporting and green finance will find the chapters on compliance and data measurement particularly relevant.