More Turmoil for Shipping?

Geopolitical upheaval and legislative change: More turmoil for shipping ahead.

There’s no such thing as a typical week for shipping. Global routes form a delicate web, and disruption is to be expected. From inclement weather to economic headwinds, disruption rarely makes global headlines, as contingency planning by shippers and carriers usually shields consumers from its effects. Notable exceptions include the period following COVID-19 lockdowns, when the whole globe felt the impact of port congestion and skyrocketing shipping costs. Recent events appear similarly momentous, putting global shipping in a precarious position and highlighting endemic issues.

When lightning doesn’t just strike once

Rather than a single lightning strike, current shipping disruption can be attributed to a barrage of unforeseen geopolitical and climatic developments. Currently, attacks by Houthi rebels are disrupting shipping in the Suez Canal, which usually accommodates roughly 12% of annual world trade and 30% of all global container traffic. Meanwhile, across the globe, an ongoing drought in the Panama Canal continues to restrict shipping capacity.

The result? Shippers are experiencing significant delays, and freight costs are skyrocketing again. For example, Transporeon data shows that container shipping prices from Asia to Europe have recently spiked by 300%. And with no end to disruption in sight, this may just be the start! But geopolitical upheaval is just one of many sources of disruption facing the European maritime transportation sector, with two important legislative changes coming into force.

Introducing the EU Emissions Trading Scheme

Designed to reduce shipping emissions by encouraging carriers to invest in sustainably-fuelled vessels, the EU Emission Trading Scheme (ETS) came into force at the start of 2024. Shipping companies are now obliged to buy permits for a portion of their emissions (gradually increasing to 100% by 2027) for all inbound, outbound and transhipment vessel movements. LNG and other ‘sustainable’ fuels are exempt from EU ETS. However, these are currently used in less than 1% of maritime transportation, and it’s likely to take decades to build capacity. So, in the short term, most carriers will view EU ETS as a ‘cost of doing business’. An extra ‘ETS/fuel surcharge’ will most likely be passed onto shippers.

The end of CBER

In April, the EU will make another significant legislative change by discontinuing the 2009 Consortia Block Exemption Regulation (CBER), which allowed shipping companies to cooperate in consortia. CBER was introduced to improve service availability and market options for shippers, intended to drive down the price of maritime transportation. However, the pandemic exposed its flaws (limited oversight and information-sharing), which allowed larger carriers to consolidate and potentially exploit loopholes. This led to higher prices and reduced service options for shippers – and ultimately to the exemption’s demise.

The full implications of ending CBER aren’t clear yet. Shipping consortia will need to carefully assess whether their current cooperation agreements are compatible with general EU antitrust rules when offering joint services or sharing slots, capacity and data. However, some speculate that we could see reduced competition (and therefore capacity). Container shipping is very capital-intensive, and there’s a high barrier for carriers to add new services to a line, particularly when collaboration is limited. However, there’s also a clear expansion opportunity for carriers who already have a strong market position.

If disruption is a given, how can shippers prepare?

Ask any shipper, and they’ll tell you that delays aren’t always inherently problematic. However, a mismatch between their expectations (i.e. the timely arrival of cargo) and reality (i.e. delays) can have serious repercussions in the form of resource misallocation and unnecessary costs. These are ultimately passed onto consumers when problems stack up – so everyone loses.

Unfortunately, ‘unexpected’ delays are far too common in maritime transportation. The problem isn’t that delays happen ‘too suddenly’ for shippers to act, but that there’s a lack of information-sharing within the industry. Shippers routinely lack regular updates on the status of their freight, and if freight has been booked via a third party, tracking information is often completely unavailable.
Maritime transportation suffers from endemic data fragmentation. For instance, to track freight, shippers currently have to ‘call’ different carriers’ APIs individually for each vessel. The technology to fix this problem already exists. In recent years, it has been widely implemented across other transportation modes – to the point where real-time visibility is now becoming standard practice for road freight.

In maritime transportation, the key to minimising disruption lies in increasing cross-industry collaboration and boosting the data maturity of shippers and carriers. Ideally, early impact identification and analysis require shippers to have access to a single source of truth with data from all carriers. Though data fragmentation can’t be fixed overnight, shippers can already implement technologies that offer improved visibility into the location of freight and enable them to predict where future disruption might occur. The bottom line? Shippers can’t control the climate. Or geopolitics. Or legislative changes. But they can control how they respond to disruption.

by Lena von Fritschen, Director Market Intelligence at Transporeon, a Trimble Company.

Read more…

Industry View: Secure Your Supply Chain Now to Beat Disruption

 

More Turmoil for Shipping?

Geopolitical upheaval and legislative change: More turmoil for shipping ahead.

There’s no such thing as a typical week for shipping. Global routes form a delicate web, and disruption is to be expected. From inclement weather to economic headwinds, disruption rarely makes global headlines, as contingency planning by shippers and carriers usually shields consumers from its effects. Notable exceptions include the period following COVID-19 lockdowns, when the whole globe felt the impact of port congestion and skyrocketing shipping costs. Recent events appear similarly momentous, putting global shipping in a precarious position and highlighting endemic issues.

When lightning doesn’t just strike once

Rather than a single lightning strike, current shipping disruption can be attributed to a barrage of unforeseen geopolitical and climatic developments. Currently, attacks by Houthi rebels are disrupting shipping in the Suez Canal, which usually accommodates roughly 12% of annual world trade and 30% of all global container traffic. Meanwhile, across the globe, an ongoing drought in the Panama Canal continues to restrict shipping capacity.

The result? Shippers are experiencing significant delays, and freight costs are skyrocketing again. For example, Transporeon data shows that container shipping prices from Asia to Europe have recently spiked by 300%. And with no end to disruption in sight, this may just be the start! But geopolitical upheaval is just one of many sources of disruption facing the European maritime transportation sector, with two important legislative changes coming into force.

Introducing the EU Emissions Trading Scheme

Designed to reduce shipping emissions by encouraging carriers to invest in sustainably-fuelled vessels, the EU Emission Trading Scheme (ETS) came into force at the start of 2024. Shipping companies are now obliged to buy permits for a portion of their emissions (gradually increasing to 100% by 2027) for all inbound, outbound and transhipment vessel movements. LNG and other ‘sustainable’ fuels are exempt from EU ETS. However, these are currently used in less than 1% of maritime transportation, and it’s likely to take decades to build capacity. So, in the short term, most carriers will view EU ETS as a ‘cost of doing business’. An extra ‘ETS/fuel surcharge’ will most likely be passed onto shippers.

The end of CBER

In April, the EU will make another significant legislative change by discontinuing the 2009 Consortia Block Exemption Regulation (CBER), which allowed shipping companies to cooperate in consortia. CBER was introduced to improve service availability and market options for shippers, intended to drive down the price of maritime transportation. However, the pandemic exposed its flaws (limited oversight and information-sharing), which allowed larger carriers to consolidate and potentially exploit loopholes. This led to higher prices and reduced service options for shippers – and ultimately to the exemption’s demise.

The full implications of ending CBER aren’t clear yet. Shipping consortia will need to carefully assess whether their current cooperation agreements are compatible with general EU antitrust rules when offering joint services or sharing slots, capacity and data. However, some speculate that we could see reduced competition (and therefore capacity). Container shipping is very capital-intensive, and there’s a high barrier for carriers to add new services to a line, particularly when collaboration is limited. However, there’s also a clear expansion opportunity for carriers who already have a strong market position.

If disruption is a given, how can shippers prepare?

Ask any shipper, and they’ll tell you that delays aren’t always inherently problematic. However, a mismatch between their expectations (i.e. the timely arrival of cargo) and reality (i.e. delays) can have serious repercussions in the form of resource misallocation and unnecessary costs. These are ultimately passed onto consumers when problems stack up – so everyone loses.

Unfortunately, ‘unexpected’ delays are far too common in maritime transportation. The problem isn’t that delays happen ‘too suddenly’ for shippers to act, but that there’s a lack of information-sharing within the industry. Shippers routinely lack regular updates on the status of their freight, and if freight has been booked via a third party, tracking information is often completely unavailable.
Maritime transportation suffers from endemic data fragmentation. For instance, to track freight, shippers currently have to ‘call’ different carriers’ APIs individually for each vessel. The technology to fix this problem already exists. In recent years, it has been widely implemented across other transportation modes – to the point where real-time visibility is now becoming standard practice for road freight.

In maritime transportation, the key to minimising disruption lies in increasing cross-industry collaboration and boosting the data maturity of shippers and carriers. Ideally, early impact identification and analysis require shippers to have access to a single source of truth with data from all carriers. Though data fragmentation can’t be fixed overnight, shippers can already implement technologies that offer improved visibility into the location of freight and enable them to predict where future disruption might occur. The bottom line? Shippers can’t control the climate. Or geopolitics. Or legislative changes. But they can control how they respond to disruption.

by Lena von Fritschen, Director Market Intelligence at Transporeon, a Trimble Company.

Read more…

Industry View: Secure Your Supply Chain Now to Beat Disruption

 

Baltic Sea Development Includes Klaipeda

Friday March 1st marked the date when Samskip took the next step in its strategic Baltic Sea development by increasing service capacity and adding the port of Klaipeda to its network.

The extended service follows the successful establishment of Samskip’s dedicated Baltic Sea shortsea service in November 2023. Since its kick-off, the Samskip Baltic Sea service has aimed to provide a market-leading scheduling reliability, supported by good customer experience.

As part of the extended Baltic Sea service, Samskip will increase capacity by deploying two 803 TEU container vessels on the trade route and add the Lithuanian port of Klaipeda to the fixed-day weekly sailing schedule which connects the UK and the Netherlands with Finland and the Baltic States.

Klaipeda Port

In addition, Samskip will relocate its UK port of call from Hull to the neighboring Humber port of Immingham. This move further guarantees schedule integrity, allowing for even smoother connectivity with Samskip’s owned truck fleet based in Immingham for ‘last mile’ deliveries.

The newly extended service is in answer to customer demand for a reliable shortsea service in Finland and the Baltic States combined with a strong focus on Customer Centricity. These two core values are now available to Lithuanian exporters who can benefit from market-leading transit times between Lithuania and the UK. Samskip vessels will depart from Klaipeda every Saturday morning to arrive three days later in Immingham on Tuesday morning.

Samskip Regional Director – Baltic Sea, Johan van der Pijl, said: “Service, reliability and the continuous enhancement of our customers experience have been and will remain our core values in this corridor. Fueled by the shortsea expertise in our DNA, our dedication to these values has driven Samskip to deliver market-leading reliability and customer experience since the kick-off of our Baltic Sea service last November. We are excited to roll out these customer focused values to the Lithuanian market. Adding our own truck fleet based in Immingham, we are able offer customers a care-free and seamless door-to-door transport experience.”

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Immingham Training Facility Aims to Reduce Forklift Accidents

 

 

Battery Technology with Accelerated Throughput

EnerSys® (NYSE:ENS), a global leader in stored energy solutions for industrial applications, announces an advancement in thin plate pure lead (TPPL) battery technology with the introduction of an optional Accelerated Throughput Package (ATP)* for select NexSys® TPPL batteries.

NexSys® TPPL batteries equipped with the new ATP offer a significant increase in daily energy throughput compared to standard NexSys® TPPL batteries – making them ideal for harder-running,
higher-reaching Class 1 and 2 equipment applications formerly requiring battery changing. This additional energy capability provided with the ATP upgrade is achieved via improved thermal
management that enables faster, more efficient energy uptake during brief charging periods such as operator breaks, shift changes or any period of non-use.

Battery Technology

Harold Vanasse, Senior Director of Marketing, Motive Power Global at EnerSys, explains, “Switching from battery changing to opportunity charging significantly alters battery selection. With changing, the battery is removed from equipment and recharged separately, over an extended period of time. This means the critical factor is overall energy storage capacity – determining how long equipment can work before needing a battery change. Opportunity charging equipment during breaks and other brief intervals adds energy intake efficiency as a consideration to maintain charge levels. Our TPPL technology, known for its high charging efficiency is further enhanced with the ATP, providing accelerated recharging without compromising the maintenance-free experience synonymous with our NexSys® battery line. NexSys® TPPL with ATP is particularly suited for applications requiring additional energy capabilities to support high-volume, multi-shift operations.”

EnerSys® will feature NexSys® TPPL with the new ATP upgrade at their upcoming trade shows: Intermodal (Booth M010) in Sao Paulo, Brazil from March 5-7, 2024, and LogiMAT (Booth 10B09) in Stuttgart, Germany from March 19-21, 2024.

Read more

EnerSys Launches Wireless AGV Charger

 

Optimizing the Expansion of Automation

As warehouse logistics become increasingly automated with a mixed portfolio of devices, robots and systems, the need to connect and orchestrate the various solutions is ever more urgent.
Consequently, the very latest multi-agent orchestration (MAO) technology, SnapControl, will be one of the main features at this year’s MODEX 2024 – at booth #A12509.

Developed by warehouse management technology innovator, Synergy Logistics, SnapControl offers a device-agnostic and unified approach to automation, seamlessly connecting all warehouse devices and robots in real time. It is suitable for both new (greenfield) and existing (brownfield) automated portfolios.

Synergy Logistics’ Chief Product & Delivery Officer, Smitha Raphael, said: “We are excited to have the opportunity to highlight SnapControl to visitors at this year’s MODEX event. By uniquely interpreting bi-directional communication between machines and advanced WMS, SnapControl facilitates efficient and accurate decision-making, which are critical components of the second wave of automation recognized by leading industry analysts.”

Multi-agent orchestration

The virtues of SnapControl have already been tested rigorously by a rapidly expanding US online retailer, resulting in a sixfold increase in productivity over the first few months of implementation. Having invested in a new 300,000 sq. ft warehouse, featuring automated mobile robots (AMRs), carton right-sizing equipment, and automated packaging systems, the retailer required a MAO that could generate real-time data and make smart decisions from those integrations, with little or no human involvement.

For this e-tailer, the return on investment (ROI) in automated resources has amounted to labour savings of over half a million dollars. On average, the company now saves over $40,000 per week, with an impressive investment payback period of just 23 weeks.

Raphael added: “Not all MAOs are the same, because while most providers can integrate with a host of software and robotics vendors, a simple connection is as far as it goes. A true MAO platform, such as SnapControl, is the conductor of the orchestra. It provides the why and where, while connecting and controlling all devices at once, for a complete 360-degree picture of your operation.”

Raphael and her colleagues are also offering practical 30-minute demonstrations at Booth #A12509 of the highly flexible and award-winning SnapFulfil WMS – showcasing how it can be changed or modified in minutes without custom code for quick and easy implementation and a rapid response to evolving fulfillment demands.

Read more

SnapControl – Warehouse Automation Connectivity

 

Optimizing the Expansion of Automation

As warehouse logistics become increasingly automated with a mixed portfolio of devices, robots and systems, the need to connect and orchestrate the various solutions is ever more urgent.
Consequently, the very latest multi-agent orchestration (MAO) technology, SnapControl, will be one of the main features at this year’s MODEX 2024 – at booth #A12509.

Developed by warehouse management technology innovator, Synergy Logistics, SnapControl offers a device-agnostic and unified approach to automation, seamlessly connecting all warehouse devices and robots in real time. It is suitable for both new (greenfield) and existing (brownfield) automated portfolios.

Synergy Logistics’ Chief Product & Delivery Officer, Smitha Raphael, said: “We are excited to have the opportunity to highlight SnapControl to visitors at this year’s MODEX event. By uniquely interpreting bi-directional communication between machines and advanced WMS, SnapControl facilitates efficient and accurate decision-making, which are critical components of the second wave of automation recognized by leading industry analysts.”

Multi-agent orchestration

The virtues of SnapControl have already been tested rigorously by a rapidly expanding US online retailer, resulting in a sixfold increase in productivity over the first few months of implementation. Having invested in a new 300,000 sq. ft warehouse, featuring automated mobile robots (AMRs), carton right-sizing equipment, and automated packaging systems, the retailer required a MAO that could generate real-time data and make smart decisions from those integrations, with little or no human involvement.

For this e-tailer, the return on investment (ROI) in automated resources has amounted to labour savings of over half a million dollars. On average, the company now saves over $40,000 per week, with an impressive investment payback period of just 23 weeks.

Raphael added: “Not all MAOs are the same, because while most providers can integrate with a host of software and robotics vendors, a simple connection is as far as it goes. A true MAO platform, such as SnapControl, is the conductor of the orchestra. It provides the why and where, while connecting and controlling all devices at once, for a complete 360-degree picture of your operation.”

Raphael and her colleagues are also offering practical 30-minute demonstrations at Booth #A12509 of the highly flexible and award-winning SnapFulfil WMS – showcasing how it can be changed or modified in minutes without custom code for quick and easy implementation and a rapid response to evolving fulfillment demands.

Read more

SnapControl – Warehouse Automation Connectivity

 

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