Business Development Area Manager

Cargo Fire & Loss Innovation Initiative: building evidence for safer cargo operations. C argo fires and cargo loss remain among the most serious safety, operational and financial risks facing the maritime industry. Despite advances in vessel design, onboard systems and cargo handling practices, the early detection of fire within containerised cargo remains challenging. When incidents occur, the consequences can be severe, including loss of life, vessel damage, environmental harm, disruption to trade and significant claims exposure. For container carriers, insurers and the wider supply chain, the issue is not simply one of technology. Cargo fire and loss events are often complex, involving cargo declaration, packing, stowage, monitoring and emergency response. As vessels become larger and cargoes more varied, the industry needs earlier warning, better data and practical intervention tools that can help prevent incidents from escalating. The UK P&I Club and TT Club are anchor partners in the Cargo Fire & Loss Innovation Initiative (CFLII), a multi-year collaborative technology acceleration programme delivered by Safetytech Accelerator. Launched in 2023, CFLII is focused on reducing cargo fires and cargo loss in maritime operations by identifying promising technologies, testing them against real operational needs and supporting the development of practical guidance for the industry. The initiative brings together shipping lines, insurers, classification societies and technical experts to assess emerging technologies for fire detection, fire prevention and cargo loss reduction. This collaborative model is important because the challenge is shared across the maritime and logistics sectors. No single organisation has access to all the vessels, data, technical expertise and claims insight needed to build a reliable evidence base alone. Over three years, CFLII has assessed more than 30 types of technology across 200 companies. Using a shared-cost, shared-benefit model, participants pool knowledge, share trial infrastructure and develop evidence that supports more confident investment and deployment decisions. Testing what works in real maritime conditions CFLII focuses on three practical challenge areas: early fire detection in the cargo hold, early detection on deck, and cargo loss linked to risks such as parametric roll and misdeclared cargo weight. Technologies assessed through the programme include radio wave disruption analytics, multi-gas and particulate sensors, in-container temperature sensors, fibre optic heat detection, e-nose technologies, wireless IoT probes and wave radar analytics. These are evaluated through a structured process, from initial feasibility through to proof of concept and, where appropriate, live vessel pilots. This staged approach is central to the value of the programme. Technologies are not judged solely on vendor claims or controlled demonstrations. They are assessed against practical maritime requirements, including reliability, false alarm management, installation constraints, certification, crew usability and compatibility with existing shipboard systems. One of the key observations emerging from the programme is that novel sensors from adjacent industries may offer opportunities to enhance existing onboard detection arrangements. However, the work has also reinforced that marinisation, certification and integration with shipboard infrastructure are essential if such technologies are to be deployed safely and consistently at scale. Why connectivity matters Wireless connectivity has emerged as a foundational requirement. Without certified onboard networks, even capable sensors can be difficult to deploy effectively across vessels. CFLII is therefore working with Lloyd's Register on certification pathways for LoRaWAN connectivity in safety-critical shipboard applications. Testing has also moved the programme from feasibility towards validation. Large-scale comparative fire trials are being undertaken at the Danish Fire Institute, including testing across different commodities and battery fire scenarios. Two technologies are also progressing through Lloyd's Register certification. This phase is intended to move the conversation from whether individual technologies appear promising to how they compare under consistent test conditions. By generating robust and comparable data, CFLII can help the industry understand which combinations of sensors, connectivity and deployment models are most likely to deliver earlier detection without creating an unacceptable operational burden. What this means for the industry The evidence points towards a layered approach to cargo fire detection, combining multiple sensing methods rather than relying on a single technology. It also highlights the potential to augment existing smoke sampling systems with additional sensors, providing a practical route to earlier warning and better situational awareness. For insurers, shipowners, operators and logistics stakeholders, CFLII provides access to tested evidence, shared trial infrastructure and a network of industry peers working to reduce cargo fire and loss risk. The programme also reinforces the importance of addressing cargo loss as part of the wider safety picture. Parametric roll, misdeclared weight and poor cargo information can all create conditions where containers are lost or vessel safety is compromised. Better decision-support tools, improved cargo screening and stronger data flows can therefore contribute to both loss prevention and safer operations at sea. For the UK P&I Club and TT Club, participation in CFLII reflects a shared commitment to proactive loss prevention. By supporting collaborative testing and evidence-led innovation, both Clubs are helping to translate new ideas into practical insight, better assurance and safer outcomes for seafarers, vessels, cargo interests and the wider supply chain. As cargo risks continue to evolve, initiatives such as CFLII are providing an important route for the industry to test, learn and act collectively. The result is not technology for its own sake, but practical evidence that can help inform safer cargo operations and stronger risk prevention across the maritime and logistics sectors. Source: UK P&I Club

Lloyd's Register launches industry-first framework for digital 3D model approval. Lloyd's Register (LR) has published what it believes is the maritime industry's first dedicated guidance for using digital 3D models in support of classification approval, marking a significant step towards digital-first ship design and review processes. The new LR-GN-066 Guidance Notes for Digital 3D Models provide shipyards, designers and owners with a practical and structured framework for using intelligent 3D models in lieu of traditional 2D plans during the early stages of structural plan approval. The publication reflects the growing use of digital design environments in modern shipbuilding, with 3D models becoming the primary source of engineering information across design, construction and manufacturing workflows. While standards for 2D shipbuilding plans are well established, comparable guidance for the use of 3D models in classification approval has been largely absent. LR's new Guidance Notes aim to bridge that gap, helping clients make greater use of digital assets they already create and maintain throughout a vessel's lifecycle. The guidance sets out how 3D models can be used to support the structural plan approval process and defines the characteristics such models should possess. It covers file formats, model organisation, metadata requirements, levels of structural detail, revision control and submission requirements, providing a consistent framework for both designers and class reviewers. For shipyards and design offices already working in 3D environments, the Guidance Notes provide a clearer route for integrating those models into the approval process. Rather than creating additional digital assets solely for class review, the framework encourages the use of models that are already embedded within established design and manufacturing workflows, helping to reduce duplication and improve consistency between design, production and approval activities. Use of the Guidance Notes is voluntary and non-prescriptive. Whilst the framework is intended to be applicable across a variety of software ecosystems, LR recognises that shipyards, designers and software providers may develop alternative methods, workflows and technologies capable of delivering equivalent or enhanced outcomes. As maritime digitalisation advances, LR will continue to collaborate with shipyards, designers and software providers to test and adopt new digital approaches that improve the approval process while maintaining confidence in safety, quality and compliance. João Estevens, Senior Specialist, Lloyd's Register, said: "For many projects, the most complete representation of a vessel now exists in a digital model. By defining what information should be included, how it should be structured and how it can be reviewed, we are giving clients greater clarity on how to use those digital assets to support class approval and maximise the value of the work they are already doing." The publication forms part of LR's work to support maritime digitalisation and gives shipyards and designers a clearer pathway to align classification activities with modern design and manufacturing practices. Models submitted under the framework can also be reviewed and managed through LR's Digital Workbench platform. The new Guidance Notes have been published as LR-GN-066 Guidance Notes for Digital 3D Models, July 2026 and are available through Regs4ships.

Lloyd's Register launches industry-first framework for digital 3D model approval. N ew Guidance Notes give shipyards and designers a practical route to use intelligent 3D models during class approval Lloyd's Register (LR) has published what it believes is the maritime industry's first dedicated guidance for using digital 3D models in support of classification approval, marking a significant step towards digital-first ship design and review processes. The new LR-GN-066 Guidance Notes for Digital 3D Models provide shipyards, designers and owners with a practical and structured framework for using intelligent 3D models in lieu of traditional 2D plans during the early stages of structural plan approval. The publication reflects the growing use of digital design environments in modern shipbuilding, with 3D models becoming the primary source of engineering information across design, construction and manufacturing workflows. While standards for 2D shipbuilding plans are well established, comparable guidance for the use of 3D models in classification approval has been largely absent. LR's new Guidance Notes aim to bridge that gap, helping clients make greater use of digital assets they already create and maintain throughout a vessel's lifecycle. The guidance sets out how 3D models can be used to support the structural plan approval process and defines the characteristics such models should possess. It covers file formats, model organisation, metadata requirements, levels of structural detail, revision control and submission requirements, providing a consistent framework for both designers and class reviewers. For shipyards and design offices already working in 3D environments, the Guidance Notes provide a clearer route for integrating those models into the approval process. Rather than creating additional digital assets solely for class review, the framework encourages the use of models that are already embedded within established design and manufacturing workflows, helping to reduce duplication and improve consistency between design, production and approval activities. LR-GN-066 Guidance Notes for Digital 3D Models applies primarily to hull structures and is intended to support the use of 3D digital models during the structural plan approval process. The framework may also be extended to other disciplines that use similar digital assets. The guidance is intended for voluntary use by shipyards and design offices seeking to use 3D models in the initial stages of approval. Final approved 2D construction plans remain a requirement for formal completion of the classification plan approval process. Use of the Guidance Notes is voluntary and non-prescriptive. Whilst the framework is intended to be applicable across a variety of software ecosystems, LR recognises that shipyards, designers and software providers may develop alternative methods, workflows and technologies capable of delivering equivalent or enhanced outcomes. As maritime digitalisation advances, LR will continue to collaborate with shipyards, designers and software providers to test and adopt new digital approaches that improve the approval process while maintaining confidence in safety, quality and compliance. João Estevens, Senior Specialist, Lloyd's Register, said: "For many projects, the most complete representation of a vessel now exists in a digital model. By defining what information should be included, how it should be structured and how it can be reviewed, we are giving clients greater clarity on how to use those digital assets to support class approval and maximise the value of the work they are already doing." The publication forms part of LR's work to support maritime digitalisation and gives shipyards and designers a clearer pathway to align classification activities with modern design and manufacturing practices. Models submitted under the framework can also be reviewed and managed through LR's Digital Workbench platform. The new Guidance Notes have been published as LR-GN-066 Guidance Notes for Digital 3D Models, July 2026 and are available through Regs4ships. Source: Lloyd's Register