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| CONTAINER SHIPPING MANAGEMENT. PART 1. THE EVOLUTION OF CONTAINERISATION |
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Ana Cristina Ferreira Castela Paixão Casaca, ‘World of Shipping Portugal’, Parede, Portugal and CIMOSM - Centro de Investigação em Modelação e Optimização de Sistemas Multifuncionais, ISEL, 1959-007 Lisboa, Portugal.  https://orcid.org/0000-0003-3925-473X |
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| SUMMARY |
| The evolution of freight transport reflects a progressive shift from fragmented, labour-intensive practices to highly integrated and standardised global systems. In the pre-industrial era, freight was predominantly handled as loose cargo or breakbulk, with goods loaded, stowed, and discharged individually. This method was inefficient, time-consuming, and highly vulnerable to damage, pilferage, and delays, largely due to the absence of standardisation and mechanised handling. The Industrial Revolution marked a critical turning point, introducing mechanisation and new logistics concepts such as palletisation. Pallets enabled the grouping of goods into unit loads, significantly improving handling efficiency, reducing labour intensity, and laying the groundwork for future standardisation. However, limitations remained in terms of modal integration and scalability. |
| Early intermodal innovations emerged between the late 18th and early 20th centuries, particularly in Britain, the United States, and continental Europe. British systems integrated rail and road transport through swap bodies and containers, while the American “lift van” represented a significant step towards unitised freight. European railways developed their own container solutions, demonstrating parallel innovation. Despite these advances, early intermodal systems faced constraints related to infrastructure incompatibility, a lack of standardisation, and limited institutional coordination, which prevented large-scale adoption. The Second World War accelerated logistical innovation, particularly through the development of the CONEX box by the U.S. military. Designed for rapid deployment and secure handling of supplies, CONEX units demonstrated the operational and strategic advantages of containerised transport, including reduced handling times, improved cargo security, and enhanced mobility across transport modes. These military applications provided a practical foundation for post-war civilian adoption. |
| The commercial breakthrough of containerisation is closely associated with Malcom McLean, whose vision transformed shipping in the mid-20th century. Beginning with the Ideal X in 1956, container shipping expanded rapidly, particularly in transatlantic trade. Containerisation evolved into a comprehensive logistics system, offering substantial advantages such as efficiency, cost reduction, cargo protection, and intermodal integration. Nevertheless, it also introduced challenges, including high capital investment, infrastructure requirements, and operational adjustments. Overall, the transition from breakbulk to containerisation represents a fundamental transformation in global trade logistics, driven by technological innovation, institutional adaptation, and the pursuit of efficiency. |
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| KEYWORDS |
| Containerisation. Breakbulk cargo. Palletisation. Intermodal transport. Lift vans. CONEX box. ISO standards. Standardisation. Containers. Global logistics. IdealX. MalcomMcLean. |
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