Ship-owners’ stance to environmental and safety conditions in ship recycling. A case study among Norwegian shipping managers (original) (raw)
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Ship recycling has gained significant importance in recent years due to the growing awareness of environmental concerns and the need for sustainable practices within the maritime industry. As vessels reach the end of their operational life, proper recycling methods are crucial to mitigate environmental impacts and promote resource conservation. With an increasing number of ships being decommissioned annually, there has been a growing interest and emphasis on developing efficient and eco-friendly ship recycling practices worldwide. This article presents a systematic literature review and bibliometric analysis of 228 studies on ship recycling indexed in Scopus. Employing the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) methodology for its robustness in comprehensive literature analysis, this review uncovers key insights into prominent countries, authors, journals, collaborations, topics, and historical trends in ship recycling research, thereby extending the scope of previous reviews. Notably, major contributions from Turkey, India, Bangladesh, the USA, and China focus on environmental impact studies, reflecting urgent global sustainability concerns. The review discusses commonly adopted methodologies such as Life Cycle Assessment and Elemental Analysis, shedding light on their application in this field. Through thematic analysis across 8 categories, future research pathways are identified, highlighting crucial areas such as continuous environmental monitoring, innovative renewable energy extraction from end-of-life vessels, and the need for human factors in ship recycling. This comprehensive synthesis of existing knowledge and identification of emergent research needs and opportunities serve as a foundational resource for impactful future research and informed policymaking, particularly in aligning with global environmental and sustainability goals. Researchers, policymakers and other stakeholders in maritime safety and environmental sustainability may find the knowledge gained from this systematic literature review insightful.
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Fordham Environmental Law Review, 2020
Ship-breaking is one of the most dangerous occupations in the world and widely known as a pollution-heavy industry. This industry is currently concentrated primarily in three South Asian developing countries, namely Bangladesh, India and Pakistan. Ensuring the safe and environmentally sound recycling of ships remains a global concern. There are many international regulations which apply to the activities of ship-breaking, but none of them address the issue in a comprehensive manner. The most relevant international instrument governing ship recycling, the 2009 Hong Kong Convention remains unenforceable due to non-ratification by the chief ship recycling states. The only enforceable international instrument closely relevant to ship recycling activity is the Basel Convention on the Control of Transboundary Movement of Hazardous Waste and their Disposal adopted in 1989. However due to its exceedingly pro-environmental character, its applicability over End of Life ships remains uncertain. As a stopgap measure, this article will attempt to explore other currently enforceable international laws that can potentially be utilized to govern the industry in the face of uncertainty with these two mainstream legal instruments. This article postulates that a prompt solution to this controversial global activity is unlikely to occur anytime soon.
Dismantling and recycling of end-of-life vessels in the so-called environmentally friendly manner has been a major challenge faced by ship owners, ship dismantling yard owners as well as government agencies worldwide today. On one-hand, this paper intends to provide the knowledge-base needed by individual yard owners for planning their short term and long term activities. On the other hand it is hoped that this paper will serve as an essential part of the management information system which will help in governance of cluster of ship dismantling yards. The emission factors estimated in this study using field sample survey of 241 ships dismantled during 2011e2013 in the cluster at Alang Port could be put to use while predicting the quantities of wastes generated from dismantling of six types of ships (bulk carrier, general cargo, container, refrigerator and passenger) which further can be used in preparing environmental management plan to handle the same. The % ships and % cumulative LDT of ships in a given category could also be predicted for the cluster using the validated results reported in this study. Finally, on the basis of primary data collected from over 100 yards in Alang Port and with the help of face-to-face interactions with several field personnel; a "typical ship dismantling and recycling procedure" was articulated.