OMI - 289F - Directives pour le transport et la manutention de quantités limitées de substances liquides novices en vrac à bo

Ensure Compliance and Safety with IMO 289F – Guidelines for Offshore Chemical Transport
Transporting noxious liquid substances in bulk onboard offshore support vessels demands precision, expertise, and adherence to international regulations. The IMO 289F publication delivers the official guidelines for handling limited quantities of hazardous liquids, providing a specialized framework that aligns with MARPOL 73/78 Annex II requirements. This essential resource bridges the gap between general maritime codes and the unique challenges of offshore operations, offering a tailored solution for vessels that do not fall under the IBC or IGC Codes.

Developed by the International Maritime Organization for Real-World Applications
Adopted in 1989 and updated through key resolutions in 2006, these guidelines reflect decades of maritime safety advancements. They address critical aspects of chemical transport, including cargo compatibility, stowage requirements, and emergency response protocols. By following these directives, maritime professionals can mitigate risks, prevent environmental contamination, and ensure seamless compliance with global standards. The publication is available in a durable paperback format, weighing 1.8 kg, making it a practical and accessible reference for onboard use.

Designed for Offshore Support Vessels and Specialized Operations
Unlike broader maritime codes, the IMO 289F guidelines focus specifically on the transport of limited quantities of noxious liquid substances in bulk. This targeted approach ensures that offshore support vessels, which often operate in dynamic and high-risk environments, have clear and actionable protocols. The guidelines cover everything from ventilation requirements to spill containment strategies, empowering crews to handle hazardous materials safely and efficiently. Whether for routine operations or emergency scenarios, this publication provides the knowledge needed to maintain operational integrity.

A Vital Tool for Regulatory Compliance and Operational Excellence
In an industry where non-compliance can result in severe penalties and environmental harm, the IMO 289F guidelines serve as a cornerstone for safe and lawful operations. By integrating these directives into vessel management systems, operators can demonstrate their commitment to maritime safety and environmental protection. The publication is not just a regulatory requirement—it is a strategic asset that enhances operational efficiency, reduces liability, and fosters trust among stakeholders. Available in French, it ensures accessibility for maritime professionals across Francophone regions.

This official IMO publication provides the latest guidelines for transporting and handling limited amounts of noxious liquid substances in bulk onboard offshore support vessels. Available in a paperback format, the document weighs 1.8 kg and is published in French. It includes updated directives adopted by the IMO Assembly and amended through key resolutions in 2006, ensuring alignment with current maritime safety standards.

With a legacy of shaping global maritime standards, the organization behind this publication is a leading authority in international shipping regulations. Its guidelines and codes are recognized worldwide for their role in enhancing safety, environmental protection, and operational efficiency across the maritime industry. This publication reflects decades of expertise and a commitment to providing actionable resources for professionals navigating complex regulatory landscapes.

• This publication offers a specialized framework for transporting noxious liquid substances in bulk, tailored specifically for offshore support vessels. It ensures compliance with MARPOL 73/78 Annex II while providing clear, actionable protocols for safe handling and emergency response. Updated to reflect the latest industry standards, it serves as a reliable reference for minimizing risks, avoiding penalties, and maintaining operational efficiency in high-stakes offshore environments.