Ahmed M. Balata

Transitioning the Shipbuilding and Repair Sector to Net Zero: A Systemic Analysis of Carbon Impact

Name: Ahmed M. Balata
Primary Supervisor: Prof. Andy Plater
Year: 1
Discipline: Geography
Presentation type: 3 Minute Talk
Project Title: Transitioning the Shipbuilding and Repair Sector to Net Zero: A Systemic Analysis of Carbon Impact

Abstract:

The environmental impact of shipbuilding and repair activities is often overlooked, even though it can be as significant as emissions from shipping. While most of the focus in the maritime industry is on reducing operational emissions, the emissions from the construction and repair phases could be higher. This research looks at the carbon footprint of shipbuilding and repair at Cammell Laird shipyard in Birkenhead. By using tools like Life Cycle Assessment (LCA), analytical modelling and data analysis, the study will quantify and identify key sources of emissions, assess energy types and consumption, monitor the shipyard environmental performance and find ways to reduce the environmental impact. It will explore solutions like improving machinery and engines energy efficiency, using cleaner energy alternatives, and adopting renewable energy, electrification, and alternative fuels. The goal is to create a framework that helps shipyards reduce their carbon footprint and align with net-zero goals, supporting decisions that contribute to decarbonizing the maritime industry from the start of a ship's life cycle.