From Cradle to Graveyard: The Role of IHM Data in Connecting Shipowners and ISO 30000 Ship Recycling Yards

Abstract

The global ship recycling industry is changing quickly. As international regulations become stricter and environmental expectations rise, the Inventory of Hazardous Materials (IHM) has become more than just a compliance tool. It now plays a key role in connecting shipowners with certified recycling facilities. This article looks at how IHM data, collected over a vessel’s life, acts as a vital link between ship operations and the requirements of ISO 30000-certified recycling yards. This connection helps make end-of-life vessel management safer, cleaner, and more efficient.

1. Introduction: The End-of-Life Information Gap

When a vessel reaches the end of its commercial life, it holds decades’ worth of materials. These include many layers of paint, insulation added under different rules, pipework with old solder, and machinery that used fluids now considered hazardous. As a result, the vessel serves as a record of its industrial past.

If a recycling yard receives a vessel without enough material information, it faces serious operational and legal risks. Workers could be exposed to asbestos, PCBs, TBT, heavy metals, and other hazardous substances without proper warning. For yard operators, missing data means slower dismantling, higher health risks, and a greater chance of breaking regulations.

The Inventory of Hazardous Materials (IHM) is required by the Hong Kong International Convention for the Safe and Environmentally Sound Recycling of Ships (2009) and for EU-flagged vessels under EU Ship Recycling Regulation 1257/2013. The IHM is meant to fill the information gap. If it is carefully created at construction and kept up to date during the vessel’s life, IHM data makes end-of-life ship recycling more organized, manageable, and easy to audit.

The ISO 30000 standards for ship recycling management give recycling yards a framework to receive, understand, and use IHM data. Looking at how IHM from shipowners and ISO 30000 at recycling yards work together is key to understanding the future of responsible ship recycling.

2. Understanding the Inventory of Hazardous Materials

2.1 What the IHM Contains

The IHM is a structured, ship-specific document that identifies hazardous materials present in a vessel’s structure, equipment, and systems. Under the Hong Kong Convention and EU SRR, it is divided into three parts:

Part I — Materials Contained in Ship Structure and Equipment. This is the core of the IHM, compiled during construction or as a new requirement for existing vessels. It lists hazardous materials above threshold quantities in the ship’s structure and equipment, including their locations, approximate quantities, and condition. Regulated substances include asbestos, PCBs, ozone-depleting substances, anti-fouling compounds containing organotin, heavy metals (lead, mercury, cadmium, hexavalent chromium), and polybrominated flame retardants, among others.

Part II — Operationally Generated Wastes: This covers hazardous wastes generated during vessel operations, including oily bilge water, sewage sludge, exhaust gas cleaning system (scrubber) residues, and refrigerant gases. While this part is primarily relevant during pre-recycling preparation, it must be prepared before a vessel enters a recycling facility.

Part III — Stores covers hazardous materials present on board, such as paints, chemicals, and other consumables. Like Part II, this is relevant at the pre-recycling stage.

2.2 The IHM as a Living Document

A key part of a good IHM is that it changes over time. It is not just created at construction and then ignored. Each time a vessel is dry-docked, repaired, converted, or has major equipment changes, the IHM needs to be updated to show new or removed materials. This means having a clear process for procurement and maintenance records, called the Material Declaration (MD) and Supplier’s Declaration of Conformity (SDoC) process.

If shipowners follow this process carefully, the IHM builds a record of the vessel’s materials over its whole life. By the end, a well-kept IHM acts like a complete hazardous material passport. This is exactly the information a recycling yard needs to plan safe and efficient dismantling.

2.3 The Regulatory Landscape Driving IHM Compliance

The regulatory drivers for IHM are now substantial and growing:

• Hong Kong Convention (HKC): Though not yet in force globally as of the time of writing, the HKC has reached near-ratification thresholds and its entry into force will mandate IHM for all vessels above 500 GT.
• EU Ship Recycling Regulation (EU SRR) №1257/2013: Already in force for EU-flagged vessels since 2019, requiring IHMs for new builds and existing vessels, and restricting EU-flagged ships to recycling only at facilities on the European List of permitted yards.
• IMO MEPC resolutions: Successive IMO resolutions have refined IHM guidelines, including MEPC.269(68) and later updates, addressing content requirements and verification processes.
• Class society verification: Classification societies including Lloyd’s Register, Bureau Veritas, DNV, and others now offer IHM verification services and issue statements of compliance — increasingly a commercial prerequisite in sale and purchase transactions.

3. ISO 30000: The Yard-Side Framework

3.1 Origins and Scope

ISO 30000:2009 (and its successor revisions) establishes requirements for a Ship Recycling Management System (SRMS) — a comprehensive framework for ship recycling facilities to manage their operations safely, environmentally soundly, and in compliance with applicable laws. The standard covers the entire recycling process from vessel receipt through hazardous material management, worker health and safety, environmental protection, waste management, and community relations.

The ISO 30000 certification process requires a third-party audit against the standard’s requirements, resulting in certification that a facility has implemented and maintains an effective management system. It is distinct from — though complementary to — compliance with the Hong Kong Convention’s requirements for Ship Recycling Facility Plans (SRFPs) and Statement of Compliance (SoC) issued by flag states or recognized organizations.

3.2 What ISO 30000 Demands from Incoming Vessel Data

A central operational requirement of ISO 30000 is that a certified recycling facility must have, prior to commencing recycling operations, adequate information about the hazardous materials present in the vessel it is about to dismantle. This requirement underscores the practical link to IHM: without adequate incoming data, an ISO 30000-certified yard cannot fulfill its management system obligations.

Specifically, ISO 30000 requires that facilities:

• Conduct a pre-recycling survey or rely on a verified IHM to identify hazardous materials.
• Develop a Ship Specific Recycling Plan (SSRP) based on that information.
• Implement appropriate work controls, PPE requirements, and waste management procedures tailored to the vessel’s specific hazardous material profile.
• Maintain records of hazardous material handling and disposal throughout the recycling process.
• Ensure worker competency in handling identified hazards.

When a vessel comes in with a complete and verified IHM, an ISO 30000 yard can work much faster and more easily. The yard can start developing the Ship Specific Recycling Plan right away using the IHM data, instead of repeating surveys that the shipowner should have already completed.

3.3 The Ship Specific Recycling Plan as the Meeting Point

The Ship Specific Recycling Plan (SSRP) is arguably the most important document in the ship recycling transaction, and it is the point where IHM data and ISO 30000 requirements explicitly converge. The SSRP must be approved by the competent authority of the recycling state (in Bangladesh’s case, the Department of Environment and the Ministry of Industries) before recycling can commence.

A well-constructed SSRP draws directly from the IHM to specify:

• The recycling method and sequence for each section of the vessel
• How each identified hazardous material will be safely removed, stored, and disposed of
• The containment measures required for each work area
• Emergency response procedures calibrated to identified risks
• Worker training and PPE requirements for specific hazardous materials
• Documentation and reporting requirements

If there is no reliable IHM, the SSRP ends up being generic and less helpful. With a complete IHM, the yard gets a clear work plan that keeps workers safe, reduces environmental harm, and helps manage resources efficiently.

4. The Cradle-to-Graveyard Data Chain

4.1 Construction Phase: Building the Foundation

The IHM journey begins at the shipyard — not the recycling yard. When a vessel is constructed under the Hong Kong Convention or EU SRR framework, the shipbuilder is required to compile an initial IHM Part I, drawing on material declarations from all suppliers of equipment, piping, structural steel, coatings, insulation, and other components.

This initial IHM, verified by the class society, establishes the vessel’s baseline material profile. For a modern new build, this process can involve hundreds of suppliers providing Material Declarations for thousands of components. The resulting IHM is a structured, increasingly digital database of every regulated hazardous material present in the vessel’s structure and equipment at the time of delivery.

The quality of this initial IHM depends critically on:

• The rigor of the shipbuilder’s supply chain management
• The completeness and accuracy of supplier material declarations
• The thoroughness of the class society’s verification process
• The shipowner’s own oversight of the process

A well-prepared initial IHM for a new ship in 2026 can be hundreds of pages long. It is organized by location, such as deck, frame number, or compartment, and by material type, with documents from each supplier included.

4.2 Operational Phase: Maintaining Data Integrity

The operational life of a commercial vessel typically spans 20 to 30 years. During this time, the vessel undergoes multiple dry-dockings, equipment replacements, conversions, and repairs — each of which may introduce new materials or remove existing ones. Maintaining the IHM through these changes is the shipowner’s responsibility and the greatest practical challenge in the IHM lifecycle.

Common failure points during the operational phase include:

Procurement without material declaration: A crew member orders a replacement pump seal or a patch of anti-corrosion coating without triggering the IHM update process. If the new component contains regulated hazardous materials, the IHM becomes inaccurate.

Dry-dock changes not captured: During a dry-docking, the vessel receives new anti-fouling paint, replacement insulation, or upgraded electrical equipment. If the yard performing the dry-dock does not provide material declarations and the shipowner does not update the IHM accordingly, the discrepancy accumulates.

Management system gaps: Smaller shipping companies may lack the internal systems to consistently route procurement through an IHM-aware process. The IHM becomes a static document that reflects the vessel as built, not as it currently exists.

Flag state changes and ownership transfers: When a vessel is sold, the IHM passes to the new owner — but if the previous owner maintained it poorly, the new owner inherits inaccurate data. Multiple ownership changes over a vessel’s life can compound these inaccuracies.

Shipowners who make IHM maintenance a priority, by using procurement systems that require material declarations when buying parts and updating the IHM during dry-dock work, end up with a valuable data asset when the vessel reaches end-of-life.

4.3 Sale and Purchase: IHM as a Commercial Instrument

In recent years, the IHM has become an increasingly significant factor in vessel sale-and-purchase transactions. Buyers of secondhand tonnage, particularly those intending to operate vessels under the EU flag or ultimately sell them to compliant recycling facilities, are beginning to treat IHM quality as a due diligence item alongside class records, cargo history, and equipment condition.

A vessel offered for sale with a verified, up-to-date IHM presents several commercial advantages:

• Reduced risk of post-acquisition liability for hazardous material claims
• Faster and cheaper recycling at end-of-life, potentially improving scrap value
• Eligibility for recycling at EU-listed facilities or ISO 30000 certified yards that may offer premium pricing for compliant vessels
• Reduced pre-recycling survey costs, as the yard can rely on existing IHM data rather than conducting its own full survey

Conversely, a vessel with a poorly maintained or absent IHM may receive discounted offers from recycling yards that reflect the cost and time required to conduct pre-recycling surveys, or it may be ineligible for certain certified facilities that require verified IHM documentation.

This shift in the market is slowly giving shipowners reasons to keep their IHM updated, not just to meet regulations but also for commercial benefits.

4.4 Pre-Recycling Phase: The Critical Handover

The time between when a shipowner decides to recycle a vessel and when dismantling starts is when IHM data moves from the shipowner to the recycling yard. This handover is crucial, but in practice, it is often the weakest part of the process.

The pre-recycling phase involves:

Cash buyer intermediation: In many recycling transactions, particularly for vessels destined for South Asian markets including Bangladesh, Turkey, and India, a cash buyer acts as an intermediary between the shipowner and the recycling yard. The cash buyer purchases the vessel, delivers it to the recycling yard (often via a last-voyage flag-of-convenience arrangement), and transfers ownership at the point of beaching or delivery. This intermediation can interrupt the IHM data chain if the cash buyer does not ensure IHM documentation passes through correctly to the yard.

Pre-recycling survey: If the IHM is not fully verified or is suspected to be incomplete, a competent surveyor conducts a pre-recycling survey. This survey samples the vessel’s structure and equipment to verify or supplement the IHM data. The cost and duration of this survey are directly proportional to the degree of incompleteness in the existing IHM.

IHM verification at the yard: ISO 30000-certified yards must verify incoming IHM documentation against the vessel’s actual condition before commencing recycling. Where discrepancies are found — materials present but not documented, or vice versa — the yard must reconcile these before proceeding.

Completion of IHM Parts II and III: The shipowner is responsible for ensuring that IHM Parts II (operationally generated wastes) and III (stores) are completed before the vessel enters the recycling facility. This requires coordination between the vessel’s crew, the shipowner’s technical management team, and the receiving yard.

5. The Bangladesh Context: Sitakunda and the ISO 30000 Journey

5.1 Bangladesh’s Position in Global Ship Recycling

Bangladesh is the world’s largest ship recycling nation by tonnage, accounting for approximately 30–35% of global recycling volume in recent years. The yards at Sitakunda, Chattogram, have dismantled thousands of vessels over decades, providing essential raw steel to Bangladesh’s domestic construction industry and supporting hundreds of thousands of livelihoods directly and indirectly.

The industry has historically operated under conditions that drew international criticism: the beaching method of vessel delivery (running a vessel aground at high tide for dismantling), limited hazardous materials management infrastructure, and occupational health and safety standards that fell short of international best practice. This criticism, while sometimes overstated by parties with competing commercial interests in other recycling nations, reflected real challenges that the industry has been actively working to address.

5.2 The Regulatory Reform Environment

Bangladesh’s ship recycling sector has undergone significant regulatory reform over the past decade:

• The Bangladesh Ship Recycling Act, 2018 established a statutory framework for the industry, requiring recycling facilities to obtain licenses, comply with environmental standards, and maintain occupational health and safety systems.
• The Ship Recycling Rules, 2011 (and subsequent amendments) established basic environmental and safety requirements.
• The Department of Environment requires approval for recycling of each vessel, including review of the vessel’s documentation and environmental compliance.
• The Ministry of Industries issues beaching permissions that now include conditions on gas-free certification, hazardous materials management, and waste disposal.

These reforms have created a regulatory environment increasingly compatible with the Hong Kong Convention and ISO 30000 requirements, though full formal alignment remains a work in progress.

5.3 ISO 30000 Adoption in Bangladesh

A growing number of Bangladeshi recycling yards have pursued ISO 30000 certification in recent years, driven by regulatory pressure, buyer requirements from European shipowners subject to the EU SRR, and a commercial differentiation strategy. ISO 30000 certification signals to the international shipping community that a facility maintains a documented, audited management system for safe and environmentally sound recycling.

For an ISO 30000-certified Bangladeshi yard, the arrival of a vessel with a complete, verified IHM represents a significant operational advantage:

• The pre-recycling survey can be abbreviated or eliminated, saving time and cost.
• The Ship Specific Recycling Plan can be developed faster and with greater precision.
• Worker preparation and PPE procurement can be targeted to known hazards rather than assumed worst-case scenarios.
• Regulatory submissions to Bangladeshi authorities are better supported by documented evidence.
• Audit trails for the management system certification are more complete.

Certified yards can often charge higher prices to shipowners who care about compliance, including those with EU-flagged vessels. This gives yards a strong financial reason to invest in the systems and partnerships needed to handle IHM data well.

6. Practical Gaps and How to Bridge Them

6.1 Data Quality and Verification

The most persistent practical challenge is IHM data quality. Surveys of IHM compliance among existing vessels consistently reveal that many IHMs are incomplete, outdated, or contain inaccuracies due to inadequate maintenance over the vessel’s operational life. A recycling yard receiving such an IHM cannot rely on it without verification.

Bridging this gap requires:

• Class society pre-recycling IHM audits: Many classification societies now offer pre-recycling IHM review services that compare the IHM against vessel plans, maintenance records, and physical spot-checks to identify and correct material discrepancies before the vessel leaves for recycling.
• Digital IHM platforms: A growing ecosystem of digital IHM management platforms — offered by providers including SGS, Veristar (Bureau Veritas), and specialist software companies — enables shipowners to maintain their IHM dynamically throughout the vessel’s life, with automated procurement integration and audit trails. These platforms deliver a more reliable, machine-readable IHM to the receiving yard.
• Standardized data formats: The IMO and class societies are working toward standardized digital formats for IHM data exchange, enabling more reliable and efficient transfer of IHM data between shipowners and recycling facilities.

6.2 The Cash Buyer Problem

The intermediary role of cash buyers in the recycling transaction creates a structural risk to IHM data continuity. Cash buyers are focused primarily on the commercial transaction — purchasing the vessel cheaply and delivering it to the recycling yard efficiently. They may not have the technical capacity or commercial incentive to ensure IHM documentation is properly transferred.

Solutions include:

• Contractual IHM transfer obligations: Shipowners should include explicit contractual obligations in sale-for-recycling agreements requiring the buyer/cash buyer to pass IHM documentation, in its verified form, to the receiving recycling yard. The MOA examined in the legal documents in this analysis — the contract for MV DONA V — is a useful illustration of how encumbrances clauses and documentation delivery requirements can be structured, though the IHM dimension was not explicit in that document.
• Tripartite IHM transfer protocols: Some progressive transactions now involve direct communication between the shipowner’s technical manager and the receiving recycling yard on IHM matters, with the cash buyer acting only as a commercial intermediary and not interrupting the data chain.
• Flag state oversight: Under the Hong Kong Convention, the flag state’s Statement of Authorization to Recycle (SAoR) will require confirmation that the IHM is complete and verified before authorizing the recycling voyage. This structural safeguard, once the Convention is in force, will reduce the risk of IHM data loss at the cash buyer stage.

6.3 Capacity at the Yard Level

ISO 30000 certification requires that recycling facility personnel have the competency to receive, interpret, and act upon IHM data. This is not trivial in yards that have historically operated without systematic documentation of hazardous materials. Building this capacity requires:

• Training programs for yard supervisors, safety officers, and management personnel in IHM interpretation and SSRP development
• Investment in laboratory and sampling equipment for IHM verification and hazardous material identification
• Development of waste management infrastructure — licensed disposal facilities, certified contractors for asbestos and PCB removal, appropriate storage facilities — capable of handling the specific hazards identified in incoming IHMs
• Information technology systems capable of storing, retrieving, and using digital IHM data in operational planning

International organizations, including the IMO, ILO, and the Basel Convention Secretariat, and NGOs such as the Shipbreaking Platform have provided technical assistance to yards in South Asian recycling nations on some of these capacity dimensions, though the scale of such assistance remains limited relative to the need.

6.4 Regulatory Interface

When a yard has a well-kept IHM and a solid ISO 30000 management system, it is easier to get through Bangladesh’s regulatory approvals. The Department of Environment, Ministry of Industries, Department of Explosives, and Customs all need documents about the vessel’s condition and contents. A complete IHM and a good SSRP can provide most of this information.

Conversely, yards that receive vessels with poor or absent IHM documentation find the regulatory process more difficult, more time-consuming, and potentially subject to enforcement action if undocumented hazardous materials are discovered during dismantling.

7. The Commercial Case: Why Good IHM Data Creates Value at Recycling

7.1 Faster Processing and Higher Throughput

For recycling yards with tight budgets and high fixed costs for land, labor, and equipment, processing vessels quickly is very important. If a vessel can be assessed, planned, and started within days of arrival, thanks to a reliable IHM and fast SSRP development, it is more valuable to the yard than one that needs a week of extra surveys and planning.

This speed premium can translate into higher prices offered to shipowners for vessels delivered with verified IHMs, or into competitive advantage for yards that attract IHM-compliant vessels by demonstrating the ability to process them efficiently.

7.2 Hazardous Material Waste Management Costs

Discovered but undocumented hazardous materials mid-dismantling are costly. They require a work stoppage, mobilization of specialist contractors, regulatory notification, and disposal at certified facilities — all of which are expensive and disruptive to schedules. A comprehensive IHM allows a yard to pre-position the resources — PPE, specialist contractors, licensed disposal capacity — needed to handle identified hazardous materials from the first day of dismantling.

By preparing in advance using IHM data, yards can avoid costly last-minute problems and instead run planned, efficient operations.

7.3 Premium Pricing from Compliant Shipowners

European shipowners subject to the EU SRR are legally required to recycle EU-flagged vessels only at EU-listed facilities. However, EU-listed yards in Turkey and Europe generally command lower scrap steel prices than South Asian yards due to higher operating costs. EU shipowners therefore have a commercial interest in exploring whether South Asian yards can achieve EU-list eligibility or equivalent standards.

Bangladeshi yards that get and keep ISO 30000 certification and strong IHM integration may be able to attract more European shipowners by showing good environmental and safety performance. Even if they do not reach formal EU-list status, having ISO 30000 and solid IHM processes helps yards appeal to shipowners who care about responsible recycling and ESG commitments.

8. Emerging Technologies: Digitizing the Cradle-to-Graveyard Chain

8.1 Digital IHM and Blockchain Verification

The shipping industry’s broader digital transformation is reaching the IHM domain. Digital IHM platforms now enable shipowners to maintain their IHM as a live database rather than a static document. Integration with procurement systems means that when a new component is ordered, the system prompts for a material declaration, which is then automatically assessed against regulated substance thresholds and, if relevant, flagged for IHM update.

More ambitiously, some platforms are exploring blockchain-based IHM verification, creating an immutable audit trail of every material change recorded in the IHM throughout the vessel’s life. Such a system would provide recycling yards with high confidence in the data they receive, knowing that each entry has been verified and time-stamped in a tamper-evident ledger.

8.2 AI-Assisted Hazardous Material Identification

Artificial intelligence and machine learning tools are beginning to augment pre-recycling surveys. Computer vision systems trained on thousands of images of vessels and equipment can assist surveyors in identifying potentially hazardous materials — asbestos-containing thermal insulation, lead-based paints, PCB-containing electrical equipment — from visual inspection data, reducing survey time and improving coverage.

When combined with spectroscopic analysis tools that can non-destructively identify material composition on-site, these technologies have the potential to significantly reduce the cost and time of IHM verification at the pre-recycling stage, making compliance more accessible even for smaller yards.

8.3 IoT Integration with Operational IHM

Internet of Things (IoT) integration with vessel maintenance management systems represents a longer-term opportunity to automate parts of the operational IHM maintenance process. Sensors monitoring equipment condition, integrated with procurement and maintenance management systems that require material declarations at point of purchase, could create near-real-time IHM updating as a byproduct of normal vessel management operations rather than a separate compliance exercise.

9. Recommendations

For Shipowners:

• Implement IHM as an integrated part of the vessel management system from the first day of operation, not as a compliance afterthought approaching end-of-life.
• Invest in digital IHM platforms that integrate with procurement processes to automate update requirements.
• Include IHM status as a due diligence item in vessel acquisition and disposal transactions.
• Build IHM data transfer obligations into recycling sale agreements, ensuring contractual continuity through any cash-buyer intermediation.

For Ship Recycling Yards:

• Treat ISO 30000 certification as a strategic commercial investment, not merely a regulatory obligation
• Develop internal capacity to receive, verify, and operationalize IHM data in Ship Specific Recycling Plan development.
• Build relationships with class societies and IHM verification providers to streamline the pre-recycling verification process.
• Invest in waste management infrastructure capable of handling the full range of hazardous materials commonly identified in IHMs — particularly asbestos, PCBs, and ozone-depleting substances.

For Flag States and Regulatory Authorities:

• Accelerate ratification of the Hong Kong Convention to create the universal IHM mandate that drives comprehensive compliance.
• Develop national-level IHM data standards and verification protocols that interface efficiently with class society and international frameworks.
• Create incentive structures — faster regulatory approval, lower port dues, preferential treatment — for vessels arriving at recycling facilities with verified IHMs

For the Bangladesh Ship Recycling Industry:

• Pursue a sector-wide IHM readiness program, with industry association leadership, to build the capacity to receive and process IHM data across certified yards.
• Proactively engage with IMO technical cooperation programs and bilateral development partners to access training and technical support.
• Develop the regulatory interface to enable IHM-supported SSRP submissions and accelerate the approval process at the Department of Environment and the Ministry of Industries.

10. Conclusion: The Bridge That Must Be Built

The IHM serves as a data structure that spans the entire lifecycle. The IHM is a data tool that covers a vessel’s whole life, from building to dismantling. If it is built and kept up well, it gives the information needed for safe, efficient, and environmentally friendly recycling. If not, the lack of good IHM creates risks for workers, the environment, and everyone’s legal and business interests. presents a significant opportunity to rationalize and professionalize the global ship recycling industry. These instruments are complementary: IHM provides the data required for safe operations, while ISO 30000 offers the management framework for utilizing this data effectively. Collectively, they establish the foundation for a ship recycling industry that assumes responsibility for the entire lifecycle of vessels. This convergence is not merely a compliance matter. It is a strategic imperative. The yards of Sitakunda that invest now in ISO 30000 compliance and IHM integration capabilities are positioning themselves for a future in which responsible recycling is not a differentiator but a baseline requirement of the global shipping market. Those that do not risk being left behind as the regulatory tide rises and the market increasingly rewards demonstrated environmental and safety performance.

The effectiveness of the cradle-to-grave data chain depends on the strength of each component. Enhancing IHM maintenance by The success of the cradle-to-grave data chain relies on each part working well. Improved IHM maintenance by shipowners, greater use of data at certified yards, and improved regulations in recycling countries are the main challenges and opportunities for ship recycling in the next decade.

References and Further Reading

1. Hong Kong International Convention for the Safe and Environmentally Sound Recycling of Ships. International Maritime Organization, 2009.

2. European Parliament and Council. Ship Recycling Regulation №1257/2013. European Union, 2013.

3. ISO 30000:2009 — Ships and Marine Technology: Ship Recycling Management Systems. International Organization for Standardization, 2009.

4. International Maritime Organization. Resolution MEPC.269(68): 2015 Guidelines for the Development of the Inventory of Hazardous Materials. IMO, 2015.

5. International Maritime Organization. Resolution MEPC.296(72): 2018 Guidelines for Safe and Environmentally Sound Ship Recycling. IMO, 2018.

6. Government of Bangladesh. Bangladesh Ship Recycling Act, 2018. Government of Bangladesh, 2018.

7. International Maritime Organization. IMO Ship Recycling — Information Resources. IMO, www.imo.org. Accessed 17 June 2026.

8. NGO Shipbreaking Platform. Annual Reports on Global Ship Recycling. NGO Shipbreaking Platform, www.shipbreakingplatform.org. Accessed 17 June 2026.

9. Lloyd’s Register. IHM Services Technical Guidance Notes. Lloyd’s Register, www.lr.org. Accessed 17 June 2026.

10. Bureau Veritas. Veristar IHM Platform Documentation. Bureau Veritas, www.bureauveritas.com. Accessed 17 June 2026.