Completed Engineering Clean Energy

LHOFT - Liverpool - Humber Optimisation of Freight Transport

In plain English

AI plain-English summary

A major cargo owner, two port operators, and rail experts are building a computer model to shift long-distance freight off UK roads and onto ships and trains running between the Mersey and the Humber. The problem is that most container traffic entering the UK through southern ports then travels hundreds of miles north by lorry, clogging motorways and adding cost and emissions. Northern ports have spare capacity, but cargo owners avoid them because setting up new sea or rail services is risky when no single company can guarantee enough volume to fill a ship or train. The project tackles that risk barrier directly. The University of Hull’s Logistics Institute will develop technology that lets multiple cargo owners pool their freight volumes, making new services financially viable. The model will target ferry routes to Europe and all container flows whose origin or destination lies along the M62 corridor. If successful, the research could shift thousands of lorry journeys each year from road to rail and sea, cutting freight miles, reducing congestion, and lowering carbon emissions. It would also strengthen the economic case for using northern ports, rebalancing freight traffic away from the overburdened south.

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The LHOFT Project - Liverpool - Humber Optimisation of Freight Transport uniquely brings together the combined strength of a major cargo owner (Unilever) the two key port operators at each end of the M62 corridor (ABP on the Humber and Peel Ports on the Mersey) to combine with experts from the rail industry to input into a study lead by the University of Hull's Logisitics Institute to develop an end-to-end journey model that promotes the diversion of trade from long distance North-South road routes to ports on the East and West of the country. These freight journey's could be further optimised by the use of rail and offers the potential for a huge reduction in the number of freight miles on the UK road system. Technology to be developed by the University will enable multiple cargo owners to pool volumes to de-risk new sea and rail services through northern ports so removing risk barrier that prevents more cargo using northern ports today. Flows to be targetted include ferry services to the continent and all container services where the origin or destination of the cargo is on the M62 corridor.

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Original classification

Collaborative R&D

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