The UK logistics sector is evolving rapidly in response to rising demands for sustainability and advancements in technology, writes Paul Warburton, Chief Digital and Marketing Officer of NSC. To meet these challenges, logistics companies must innovate and adopt operational models that align with regulatory standards, reduce costs, and enhance resilience. Central to this transformation are principles of the circular economy and real-time service models, which have become crucial in establishing sustainable, efficient logistics operations.

As the industry moves towards a service-based economy within a ‘Mobility Society’, logistics providers must respond to changing consumer consciousness. Today’s consumers have substantial influence over corporate behaviour, expecting the companies they support to reflect their values. For logistics businesses, this requires alignment with a wider ecosystem, where corporate ethics, sustainability, and transparency are integral.

The future of logistics will hinge on the integration of services, connected devices, and collaboration across sectors. At the heart of this transformation is a focus on the evolving customer experience. Businesses that prioritise customer needs in their technology and service strategies are more likely to sustain relevance and success.

Tackling Scope 3 Emissions with Data Transparency

A critical sustainability challenge in logistics is reducing Scope 3 emissions, which are generated indirectly throughout the supply chain. Scope 3 emissions are notoriously difficult to track due to the extensive network of suppliers and partners involved. However, they include essential factors such as emissions from purchased goods, waste disposal, and fuel consumption, all of which significantly affect a company’s overall environmental impact.

Data observability is now key to logistics operations, underpinning real-time services that enhance asset utilisation and cut waste across the supply chain. With full visibility, logistics businesses can monitor emissions, identify critical areas for improvement, and target reductions more effectively.

Data observability platforms give logistics managers insights into emissions by supplier and across each stage of the value chain, allowing them to make data-driven choices on resource allocation, vendor partnerships, and emissions reduction. This transparent approach helps companies manage their environmental impact while meeting regulatory standards and aligning with growing customer expectations for sustainability.

Reinventing Ownership Models with Circular Principles

Traditional logistics models often follow a linear ‘purchase-use-discard’ framework, generating waste and high disposal costs. A growing number of companies, however, are shifting to circular models that emphasise reusing and reallocating resources. This approach not only maximises efficiency across the supply chain but also extends asset lifespans, cuts disposal expenses, and supports waste reduction—all essential for lowering Scope 3 emissions. By incorporating circular practices, logistics companies can optimise resources, meet sustainability targets, and reduce environmental impacts.

Building a Sustainable Future for Logistics

One effective approach is to create a segmented technology roadmap, identifying objectives across three horizons: Now, Near, and Far. This approach allows companies to address immediate operational needs, anticipate future technological shifts, and prepare for long-term adaptation. By focusing on the present, planning for near-term developments, and laying foundations for future innovation, logistics businesses can enhance their resilience and competitiveness in an unpredictable technological landscape.

Immediate steps might focus on fuel efficiency, while future plans might include transitioning to electric fleets and circular infrastructure within warehouses and distribution centres. By embedding circular principles, reducing Scope 3 emissions, and harnessing real-time data, the logistics sector can create resilient, efficient, and environmentally responsible operations.

These shifts are not merely about compliance; they represent an opportunity to transform supply chains for lasting success in a market that increasingly values sustainability. Embracing these changes now will lay the foundation for a future-ready, eco-friendly logistics industry.

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Davies Turner Air Cargo has made a significant investment in material handling equipment (MHE) at its Heathrow logistics hub.

This strategic upgrade by one of the UK’s largest independent air freight and logistics businesses is aimed at enhancing both operational efficiency and safety, solidifying the company’s commitment to maintaining industry-leading standards.

The existing fleet of materials handling equipment has been replaced with seven electric forklift trucks, three reach trucks and one battery changing truck. All are fitted with high tech batteries and chargers.

From the Bobcat MHE range, the 11 vehicles have been procured on a lease contract from Rushlift, a national full-service suppliers of multi-brand materials handling and ground support equipment, with which Davies Turner Air Cargo has partnered for nearly 30 years.

The new MHE fleet will ensure that Davies Turner Air Cargo’s Heathrow hub continues to operate at peak performance, even as demand and operational complexities grow.

Safety remains a top priority for Davies Turner Air Cargo, and the new fleet includes advanced safety technologies designed to reduce accidents and improve operational safety, underlining the company’s commitment to HSE matters.

Among the key innovations are perimeter proximity lights, which surround the equipment, enhancing visibility and safety in crowded or low-light conditions, which are complemented by the addition of flat LED chevron strip lights fitted on the counterweight.

Progressive directional arrow safety lights that appear on both the front and back of the equipment, depending on the direction of travel, have replaced the traditional blue spot reverse light, offering clearer directional guidance, when shone on the floor, in the directional path of the vehicle.

Fork cameras provide operators with better visibility when the forks are raised, or through the mast, reducing the risk of accidents during operation; whilst pedestrian detection cameras identify people within a set proximity, automatically slowing down the truck to prevent collisions.

Each truck is fitted with an RFID beacon to detect other trucks on a potential collision course. These beacons interact with red flashing beacons on door frames and blind spots to alert other operators, further reducing the risk of accidents.

“As part of one of the UK’s leading freight and logistics businesses, Davies Turner Air Cargo is always striving to improve our operational capabilities and the safety of our workforce,” said Oliver Simmons, general manager – Heathrow Services at Davies Turner Air Cargo.

“This investment in cutting-edge MHE technology at our Heathrow facility is a testament to our commitment to innovation and excellence in the logistics industry. We are confident that these upgrades will enhance our service delivery, ensuring that we continue to meet and exceed the expectations of our clients.”

Andrew Gazzard, key account manager at Rushlift added: “Working with Davies Turner over many years has enabled a true working relationship to develop, affording a greater understanding of ever-changing needs.

“Its commitment to ensuring it has the most up-to-date reliable and safe equipment, along with around the clock support has meant that with our flexible and consultative approach to business, our long partnership continues to thrive.

“We are pleased to introduce the new Bobcat range of forklift trucks along with recently launched safety innovations from our partners FTC, and where suitable, to supply equipment outside of the Bobcat portfolio with confidence.”

This significant investment reaffirms Davies Turner Air Cargo’s position as a leader in the logistics industry, with a focus on combining advanced technology with operational excellence.

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Railways have long been a reliable mode of transporting goods. However, in recent years, road transport has taken the lead, offering faster and more flexible delivery options. Now, with decarbonisation goals in focus, rail is making a comeback as a powerful solution for reducing emissions.

Intermodal solutions, especially rail transport, have proven effective in reducing emissions. When powered by green energy sources, rail can significantly cut emissions by up to 65%1. Thanks to the long distances covered by a single train, equivalent to 20–30 fully loaded trailers, the railway network offers a safe, sustainable, and efficient way to transport goods for long distances across Europe.

High-value goods on trains

With supply chains accounting for a large portion of companies’ overall emissions, up to 90% in some cases 2, shifting a significant portion of transport to rail can greatly impact carbon footprints. One example is a leading cosmetics company that decided to move up to 80% of its high-value goods transport to the railway network. By transporting up to 1500 fully loaded trailers, only in 2022, the company achieved a significant 80% reduction3 in emissions compared to traditional road transport.

“We knew the company wanted to make significant strides in reducing emissions, so we explored possible solutions together, analyzing all available alternatives. Thanks to our extensive network and minimal changes to operations, we utilized rail transport effectively. Paired with our broad trucking network, from and to terminals, we have delivered a large volume of goods most conveniently and sustainably,” says Larisa Senkevičienė, Intermodal Business Development Manager from Girteka, the company securing the deliveries.

This case, as the majority of the loads were transported via railway, required precise coordination with the customer to plan both loading and unloading. Time slots were established to align with production and delivery schedules, knowing the need for smooth transitions between rail and road. Internally, planning teams collaborated with the customer to manage every step, adjusting resources to fit the rail transport requirements. This co-creation approach optimized logistics, allowing for on-time deliveries with minimal delays.

Combination of sustainable solutions

Though the railway network has its limitations, when combined with alternative fuels like HVO100 or battery-electric vehicles (BEVs), emission reductions can reach up to 100%, while using clean green energy. Another example from the food and beverages sector involved optimizing both the start and end of the transport process to reduce emissions. Due to network limitations, the company opted for a combined transport method, using both the railway network and HVO-fueled trucks for delivery to and from train terminals. The results were impressive.

“We had to approach this differently, as the entire supply chain couldn’t be covered solely by intermodal transport. However, with our trucks being compatible with alternative fuels like HVO, we used this option to handle the transport to and from the railway terminal. The outcome? A 90% reduction4 in emissions, which can be easily reported,” explains Senkevičienė.

Measuring Impact through Data

Reporting and data collection are crucial for evaluating the efficiency and real impact of sustainable solutions. The goal is simple: reduce emissions as much as possible without compromising the timing or stability of supply chains.

“Monitoring and data are essential for us, therefore we provide the option to oversee the full cargo journey, and our calculations of reduced emissions from chosen sustainable transport solution, customer can receive a comprehensive report on the exact number of kg of CO2 reduction. In a time of data approach and ESG reporting soon in place, this value information is additional benefit customer receive,” – emphasizes Senkevičienė.

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Sustainability through Circularity and Real-Time Solutions

A new study released today by FedEx, forecasts that parcel carriers will collectively distribute 1.29 bn shipments across the UK between October and December 2024, 10.9% more than in the same period in 2023.

The independent study was conducted by Effigy Consulting, which analysed its courier, express and parcels (CEP) database with 500,000 data points on more than 300 carriers in 41 countries.

The data shows a significant increase on the UK figures for 2023, up from 1.17bn parcels to 1.29bn in 2024. The UK will be the busiest market for parcels this Peak season, representing 21% of the total deliveries made, equating to 12 parcels per person across the UK and Europe.

Germany and France will be the second and third busiest markets, with Germany accounting for 17% (1.1 bn) and France making up 8.4% (524 mil) of the total parcels delivered across Europe. This growth is being driven by a rise in e-commerce which accounts for nearly 70% of shipments going directly to consumers across the European market.

Alun Cornish, Vice President Network Operations at FedEx commented: “Peak season is a critical period for UK businesses, with many relying on transportation and logistics to meet increased demand and deliver for their customers. Online shopping, ecommerce, and a shift towards deferred services will continue through this year’s peak, reflecting changing consumer behaviour and ongoing cost-consciousness in the market.”

FedEx’s networks will scale and adapt to meet the UK’s increased demand, with options for air and road transportation, as well as more predictive technologies to manage potential disruptions and make the ‘golden quarter’ a success.”

Across the whole of Europe, 6.2bn shipments will be made between October and December 2024, 9.0% more than in the same period in 2023. The UK is one of the fastest growing major European countries with a growth of 10.9% on last year, outpaced only by Portugal and Poland and countries such as Turkey, Croatia and Bulgaria.

To illustrate the scale of the Peak, the total European volume (4.878 bn cubic feet) would equate to filling the entire structure of Wembley Stadium thirty-four times over. The total weight of goods transported across Europe at this Peak will be almost 7.5m tonnes, which equates to around 15 kg for every person living in the EU and the UK.

The countries with the highest volume of shipments during this Peak season are the UK (1.3bn) and Germany (1.1bn), followed by France with just over half a billion (524m), with twelve parcels sent for every person in the UK and EU during the three-month period.

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Navigating Black Friday Logistics

In the ever-growing and highly competitive logistics sector, automation has become indispensable, with the latest innovations in the form of Artificial Intelligence (AI) transforming business dynamics more radically than ever before. The potential of this technology to enhance productivity is almost unfathomable, positively affecting both the profitability and efficiency of companies, as well as their ability to foster economic growth.

According to 2023 statistics from the US International Trade Administration, the UK AI market was worth more than £16.8 billion and is expected to grow to £801.6 billion by 2035, while government research suggests that around one in six UK businesses has embraced at least one form of the technology.

This growth in AI adoption opens up a range of possibilities for companies in the logistics sector. Taking the data that can be gleaned from connected devices, AI can transform it into useful insights to be managed by Robotic Process Automation (RPA) solutions. In this way, simple and repetitive tasks, usually performed manually by employees, are automated, which generates opportunities to embrace more strategic value-added tasks.

“With the help of Artificial Intelligence, we can accurately predict the demand for goods and services and generate possible scenarios from current market conditions. This will allow logistics companies to allocate resources efficiently, plan transportation routes and optimise inventory levels, which results in a significant reduction in the operating costs that presente a management challenge: fuel, labour and vehicle maintenance,” says Erick Martins (pictured), Solutions Consultant at Descartes Systems Group.

“For players in the sector, having a tool that offers predictability, while allowing them to reduce costs and overcomes possible hurdles in processes, is strategic and makes it an indispensable resource for the coming years.” Adding operational efficiency and improving customer experience. “The application of AI to logistics operations is a trend that should expand the frontiers of the sector in the coming years,” he adds.

The implementation of automation solutions in the areas of logistics and supply chain opens up a new world of potential for companies as they allow them to work with large volumes of data, analysing it in real time, spotting trends and anomalies – and making decisions that result in tangible business benefit.

Here, therefore, are four reasons to incorporate AI and machine learning-based connectivity tools:

1. High return on investment by reducing mileage, fuel consumption and driver time, thus increasing productivity. Thanks to machine learning techniques, more deliveries can be made with fewer vehicles, resulting in significant savings. These improvements not only affect the operational aspect, but also have an impact on the administrative processes of logistics, including customer service, customer retention, availability and visibility for all departments involved.

2. High availability combined with security. The Software-as-a-Service (SaaS) model is a trend that is increasingly being adopted by businesses. This approach eliminates the need to acquire, install and maintain software, as it only requires the payment of a monthly fee that allows access to various functionalities that are always updated and in compliance with current regulations.

3. Integration into a single system. Integrating all platforms with a single provider offers several advantages, such as the ability to prioritise tasks according to their importance, including route planning, last-mile execution, and delivery confirmation. The route planning tool combines information on customer restrictions, vehicles, service windows, and routes, as well as the definition of rest stops and other details that allow you to create an optimal route.

4. Global visibility of traffic (both customer and order). Today’s technology offers real-time visibility into trucks, routes, orders, and customers for all functions of every organisation. This makes it possible to compare what is planned with what is actually being executed, identify driver locations and evaluate their performance. In addition, analytical tools can be used to generate reports and dashboards, facilitating route management and adjustments.

“Given the speed at which the segment is growing and the increasingly demanding needs of consumers, AI will soon be part of a strategic approach within companies with the aim of optimising efficiency, improving service quality and maintaining competitiveness in a market as dynamic and agile as logistics,” concludes Martins.

Conclusion

The implementation of AI in logistics operations represents the next crucial step in the modernisation and optimisation of processes in this sector. With its immense potential, AI will be an indispensable tool defining the future of transportation and logistics. However, integrating these tools into existing systems and adapting processes to maximise their benefit is key.

It is essential to be willing to adapt, acquire new knowledge and skills to be prepared for the changes that AI will bring. Its strategic adoption will allow businesses to stay competitive and meet the demands of an ever-changing and evolving market.

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The International Chamber of Shipping (ICS), in collaboration with the Transport and Logistics Bureau of the Government of Hong Kong, the Hong Kong Shipowners Association and the Hong Kong Maritime and Port Board, convened nearly 300 delegates from 28 countries, including ministers and senior policymakers from 12 nations, the European Commission and international organisations, with CEOs of companies from the maritime value chain, today at the Hong Kong Global Trade Summit.

With global focus on trade the Summit addressed the challenges facing maritime trade including growing political tensions, the proliferation of protectionism and the increasingly unpredictable and disruptive global landscape.

Opening the Summit, International Chamber of Shipping Chairman Emanuele Grimaldi set the scene:
“As the world recovers from the COVID pandemic this system [the global maritime transportation system] of free trade faces significant challenges due to an increasingly volatile geopolitical environment, including threats to long-standing free-trade principles and the global maritime regulatory framework. The growing pressure of geopolitical tensions, changing political dynamics and threats to traditional norms are all creating a climate of uncertainty. The urgent need to address climate change is putting food security, energy supplies and the risk to the global economy firmly on the radar.

“We also recognise that the success of our industry is intertwined with the success of nations. At a time of increasing disruption and volatility we must seek to bring greater understanding to reduce risk and support global trade. No one wins if we all lose, so we need to find ways to ensure that we can all prosper….we already have the structures and institutions to find solutions…in our rush to address problems please remember what we already have and use them, empower them to deliver for us.”

Secretary General of the International Maritime Organization (IMO), Arsenio Dominguez, provided a keynote address and reiterated the importance of collaboration and global regulations: “It is only by working and engaging with each other that we can find solutions to the risks and disruptions that arise…I emphasise here the need for cohesive global regulations. Shipping is inherently international and unilateral and regional rules can undermine the regulatory framework agreed upon at IMO…Shipping underpins world trade. Everyone depends on shipping for the things people need and want.”

Speaking on the IMO 2023 GHG strategy and the clear ambition for international shipping to reach net zero emissions by or around 2050 Dominguez added, “Member states remain strongly committed to achieving this goal. Currently mid term measures are being developed, including a GHG fuel standard and an economic pricing mechanism, which will be finalised by the end of 2050.”

Many participants at the Summit took the opportunity to highlight the plight of the Galaxy Leader crew on the almost one-year anniversary since being taken captive on the 19 November by Yemeni insurgents. It is abhorrent that seafarers were seized by such forces and that they have been kept from their families and loved ones for this long. Industry calls on States with influence to assist in this matter.

The high-profile Summit, titled ‘Risk and resilience in an age of disruption’ took place at the Hong Kong Convention and Exhibition Centre just before the official opening of Hong Kong Maritime Week. The event was expertly moderated by Former BBC Science Editor and Visiting Professor in Practice, London School of Economics, David Shukman.

Closing the Summit was a conversation between Johanna Hill, Deputy Director General of the World Trade Organization (WTO), and Shukman. The final session brought out some interesting insights and reflections. Hill said, “The shipping industry has deep pride for the work that it is doing. It’s international nature, the critical role it plays in international trade, and the well-being of its seafarers and the well-being of society as a whole…In the trade world we see shipping as an integral part of the business that we are doing, and that is why we are here today….I welcome very much the support to a free and open trading system.”

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