International Supply Chain Professionals Day 2026: Global Supply Chain by the Numbers - Key Stats Every Freight Professional Should Know

International Supply Chain Professionals Day, observed on 28 June, was established by E2open to recognise the essential role of supply chain practitioners in keeping global commerce moving. For freight professionals, the day is also a useful opportunity to step back from the day-to-day and look at the macro picture: how big is the industry they work in, how much has it shifted in the past two years, and what do the numbers actually tell us about where disruption, digitalisation, and decarbonisation are heading?

This guide collects the key data points across ocean freight volume, trade lanes, disruption economics, digital adoption, and sustainability - sourced from industry bodies, port authorities, and research organisations through 2025 and early 2026. For freight forwarders, logistics managers, and supply chain professionals, these are the numbers worth knowing.

Why Numbers Tell the Story of Global Trade Better Than Anything Else

How Data Has Become the Freight Forwarder's Most Valuable Tool

Freight markets are no longer predictable on the basis of seasonal patterns alone. The combination of geopolitical disruption - sustained Red Sea rerouting, US-China trade reorientation, shifting tariff regimes - and the ongoing structural digitisation of carrier systems and documentation has made data literacy one of the most valuable skills a freight professional can carry. Forwarders who can read rate indices, interpret vessel tracking data, and translate cargo volume statistics into actionable booking strategy are operating at a fundamentally different level than those who cannot.

The statistics in this guide are not academic. Each data point has a direct operational implication: for when to book, which route to take, how long to expect clearance to take, and how to advise a client whose supply chain touches the affected corridors. On International Supply Chain Professionals Day, these numbers are also a reminder of the scale of the industry that supply chain professionals keep running.

What International Supply Chain Professionals Day Highlights in 2026

E2open's International Supply Chain Professionals Day was created to bring visibility to the work of the men and women who manage global supply chains. In 2026, the event falls at a moment of significant transition: the freight industry is simultaneously managing the longest sustained routing disruption since the COVID-19 pandemic (the Red Sea crisis, now approaching three years), absorbing a record year of container volume in 2025, navigating the early stages of a regulatory-driven decarbonisation shift, and beginning to meaningfully adopt digital documentation standards that have been technically available for decades. The numbers below tell that story in data.

The Scale of Global Trade - How Big Is the Supply Chain World?

Total Global Container Volume and TEU Throughput

Global container volumes reached a record 192.9 million TEUs in 2025, according to data from Container Trades Statistics (CTS). This represented a 4.7% increase over the 184.3 million TEUs recorded in 2024, itself a significant jump from the 173 million TEUs of 2023. The progression is striking: the industry moved from a post-pandemic plateau in 2022-2023 to back-to-back record years in 2024 and 2025, driven by front-loading of US-bound cargo ahead of tariff implementations, sustained European import growth from the Far East - where monthly liftings reached unprecedented levels of up to 1.8 million TEUs - and the capacity absorption effect of Red Sea rerouting, which required more vessel deployments to move the same cargo volumes on longer routes.

Eight out of twelve months in 2025 exceeded the 16 million TEU monthly threshold, a level that had been reached only three times in all of 2024. In a further milestone, Linerlytica estimates that global port throughput crossed 1 billion TEUs for the first time in 2025, when counting both laden and repositioning moves through terminal systems.

The Value of Goods Moving by Sea, Air, and Road

Approximately 80-90% of global trade by volume and around 70% by value moves by sea, according to UNCTAD's Review of Maritime Transport. The global logistics market is projected to reach $8.14 trillion by 2030, according to industry analysis published in 2025, driven by expanding e-commerce, globalisation of manufacturing, and increasing demand for faster last-mile delivery. The US-China trade corridor alone saw approximately $165 billion in trade volume redirected to new geopolitical partners and regional hubs in 2025, following tariff escalation that pushed US tariff rates to their highest levels since World War II, according to McKinsey.

How Many People Work in Supply Chain and Logistics Globally

The global supply chain and logistics sector employs hundreds of millions of people across transportation, warehousing, customs, procurement, and planning functions. In the United States alone, the Bureau of Labor Statistics projects logistics employment to grow 17% through 2034 - significantly faster than average across all occupations - driven by e-commerce expansion and the increasing complexity of international supply chain management. In 2025, an estimated 53% of companies were actively recruiting for new supply chain management roles, against a backdrop where 62% of industry leaders identified skilled supply chain talent shortage as a primary concern, according to KPMG. The 1:3 ratio of unemployed workers to job openings in logistics - three open positions for every available candidate - is one of the defining structural features of the 2025 and 2026 labour market in the sector.

Ocean Freight by the Numbers

The World's Busiest Trade Lanes and Their Annual TEU Volumes

The three dominant ocean trade lanes by container volume are Asia-Europe (Far East to North Europe and Mediterranean), Trans-Pacific (Asia to US West Coast and East Coast), and the intra-Asia corridor. The Far East to Europe lane recorded particularly strong growth in 2025, with monthly liftings reaching up to 1.8 million TEUs - levels never previously recorded on this route. The import-export imbalance on this lane widened to 3.3:1 (imports:exports) by end-2025, from 2.9:1 in 2024, reflecting the sustained dominance of Chinese manufacturing exports to European consumer markets. The Trans-Pacific lane was affected by US tariff policy, with North America the only major region to record an overall decline in imports in 2025, down approximately 2% year on year.

Average Transit Times Across Major Corridors

Under normal routing conditions, standard ocean transit times across the major trade lanes are approximately 25-30 days from Asia to North Europe via the Suez Canal, 18-22 days from Asia to the US West Coast, 28-35 days from Asia to the US East Coast, and 18-25 days from Europe to GCC ports. These benchmarks have been significantly disrupted by Red Sea rerouting, which has extended Asia-Europe transits to approximately 45-55 days via the Cape of Good Hope. The data is covered in detail in the Disruption section below.

Blank Sailing Rates and Their Cost to Shippers

Blank sailings - carrier decisions to cancel scheduled vessel departures on a given lane - are one of the most operationally consequential events a freight forwarder manages. In high-disruption periods, blank sailing rates on major trade lanes have reached 10-15% of scheduled sailings, meaning roughly one in seven to ten departures is cancelled. The cost to shippers is not limited to the rebooking inconvenience: blank sailings on time-sensitive cargo can trigger expediting costs, demurrage charges if alternatives involve port dwell, and potential contractual penalties where delivery timelines are missed. Carriers typically provide 7-14 days of advance notice for blank sailings, though last-minute cancellations do occur during periods of acute capacity adjustment.

How Much Freight Moves Through the Top 10 Container Ports

China and Hong Kong together account for just under 400 million TEUs of annual port throughput, representing the largest single-country concentration of container handling capacity in the world. Shanghai retained its position as the world's busiest container port for the 16th consecutive year in 2025, handling 55.06 million TEUs - a 6.9% increase over 2024. The Yangshan Phase III terminal surpassed 10 million TEUs for the first time. Singapore's PSA handled 44.5 million TEUs in 2025, an 8% increase, with the port growing its role as a transshipment hub for Southeast Asian cargo.

Disruption - What the Data Shows

The Financial Cost of Supply Chain Disruption Per Year

Supply chain disruptions cost businesses an estimated $184 billion annually, according to Swiss Re figures cited in the 2025 J.S. Held Global Risk Report and subsequent analyses by Marsh and other risk consultancies. This figure covers direct costs including logistics rerouting, expediting, inventory write-downs, and customer penalty payments, as well as indirect costs from production stoppages and missed sales. A separate analysis from supply chain risk consultancy OptimizePros estimates that each dollar lost by a disrupted firm generates $2.40 in downstream sales losses for customer companies, illustrating the cascading nature of supply chain failure across interconnected value chains.

A Maersk survey of 2,000 European shipping customers, published in early 2025, found that 76% had experienced supply chain disruptions that delayed their business operations in the prior year, with 22% reporting more than 20 disruptive incidents in the same period. In 2025, extreme weather became the single largest cause of supply chain disruption for the first time in nearly a decade, surpassing cyber-related outages, according to the Business Continuity Institute.

How Long the Average Disruption Lasts

The duration of supply chain disruptions varies significantly by cause. Port congestion events typically resolve within days to weeks. Major geopolitical disruptions - the Red Sea crisis being the most current example - can persist for months or years. McKinsey research has found that significant supply chain disruptions lasting a month or more occur, on average, every 3.7 years for individual companies, and that the cumulative financial impact of such events typically exceeds the annual logistics cost savings that companies seek through lean inventory and single-source procurement strategies. The implication is that resilience investment is economically rational even when disruptions appear unlikely.

Red Sea Rerouting: The Numbers Behind the Crisis

The Houthi attack campaign on commercial shipping in the Red Sea and Gulf of Aden, which began in November 2023, has produced the most sustained routing disruption to global container shipping since the COVID-19 pandemic. More than 190 attacks had been recorded by late 2024, and as of 2025 most major carriers continue to route via the Cape of Good Hope as the default for Asia-Europe and Asia-US East Coast services.

The scale of the disruption in numbers: Suez Canal container transits fell approximately 90% from 2023 levels by early 2025, stabilising at around 36 ships per day by late 2025 versus 74 per day in 2023. The Cape of Good Hope rerouting adds 10-15 days to Asia-Europe transit times, increasing the typical 25-day voyage to 45-55 days, and boosts fuel consumption by 30-40% per voyage. Transit times from Southeast Asia to the US East Coast have increased by approximately 47%, and from China to Europe by approximately 25%, according to data from supply chain visibility platform project44.

Port Congestion: Dwell Times Before and After Peak Events

Port dwell time - the number of days a container sits at a port between vessel discharge and gate-out - is one of the most operationally costly metrics for importers. Under normal conditions, dwell times at major hub ports range from 3-5 days for efficient terminals to 7-10 days at congested facilities. During peak congestion events - the Southern California port backlog of 2021-2022 being the most extreme recent example - dwell times exceeded 20-30 days at the ports of Los Angeles and Long Beach, generating demurrage and detention costs that ran into billions of dollars across the affected shipper base. Post-Red Sea rerouting, transshipment hub dwell times at Jebel Ali and Singapore's Port of Tanjung Pagar have periodically spiked as vessel schedule bunching creates uneven arrival patterns.

Customs and Compliance - The Numbers Behind the Delays

How Many Shipments Are Held for Customs Inspection Globally

Customs inspection rates vary significantly by country, cargo type, and risk profile. In the United States, US Customs and Border Protection (CBP) physically examines approximately 3-5% of all container imports, though the document review and targeting process covers a far higher proportion. In the European Union, the proportion of container shipments subject to documentary or physical examination ranges from 2-7% depending on the port and the origin market of the cargo. High-risk origins, sensitive commodity classifications, and first-time importers typically attract significantly higher examination rates. The practical implication for freight forwarders is that any cargo with incomplete documentation, HS code irregularities, or origin-market risk flags faces a materially elevated probability of a hold that can add 3-10 working days to the clearance timeline.

The Cost of HS Code Misclassification

HS code misclassification - the incorrect assignment of a commodity to the wrong tariff heading in the Harmonised System - is one of the most common and most expensive compliance errors in international freight. The financial consequences operate in two directions: underpayment of duties, which triggers retrospective duty demands plus interest and penalties; and overpayment, where the shipper has been paying higher duty rates than the correct classification requires. US customs duty assessments from misclassification have been cited in published enforcement cases at values ranging from tens of thousands to several million dollars, depending on the volume and duration of the error. In a tariff environment where US rates on Chinese-origin goods have reached levels not seen since World War II, the cost of a single misclassification error on a high-volume trade lane has increased substantially.

Average Customs Clearance Times by Region

Customs clearance times under normal operating conditions vary considerably by market. GCC countries typically clear standard commercial shipments within 1-3 working days when documentation is complete, though this window extends to 7-10 days or more during holiday periods such as Eid al-Adha and Eid al-Fitr. The European Union's Customs Union processes most standard commercial consignments within 1-2 days under the Union Customs Code, though complex goods subject to sanitary and phytosanitary controls or dual-use export controls can take significantly longer. US CBP targets a 24-hour release for compliant electronic filings under the Automated Commercial Environment (ACE) system, though the practical average including examination queues is 2-5 days. In South Asia - Pakistan and Bangladesh in particular - standard clearance times of 5-10 days are common outside holiday periods, extending significantly during Eid al-Adha.

Digital Transformation in Freight - Where the Industry Stands

eBL Adoption Rates Across Major Trade Lanes

The electronic bill of lading (eBL) has been technically available since the 1990s but has been strikingly slow to displace the paper bill of lading that underpins most international trade finance and cargo title transfer. The adoption curve is finally bending. In 2021, approximately 1-2% of bills of lading were issued electronically. By August 2025, that figure had risen to approximately 11% by transaction volume, according to data from the UK law firm Lester Aldridge and industry association surveys. The International Chamber of Commerce's 2024 survey found that nearly half (49%) of firms now use eBLs in some capacity, up from 33% in 2022.

The nine DCSA member carriers - including MSC, Maersk, CMA CGM, and Hapag-Lloyd - have committed to 100% eBL adoption by 2030. Legal recognition frameworks are expanding: the UK's Electronic Trade Documents Act (2023) gave eBLs equal legal standing with paper documents under English law. In 2025, the Netherlands joined France and Germany in recognising eBLs as legally valid. The UNCITRAL Model Law on Electronic Transferable Records (MLETR) had been enacted in more than 17 jurisdictions by early 2026, including Singapore, Bahrain, and Abu Dhabi.

What Percentage of Freight Is Still Booked Manually

Despite the growth of digital freight platforms, a substantial proportion of ocean freight bookings - particularly for SME shippers and smaller forwarders - continues to involve manual email-based negotiation, telephone confirmation, and paper or PDF documentation. Industry estimates suggest that the majority of the market by number of transactions (as opposed to volume) still operates through traditional brokerage and manual workflows. The structural shift toward digital rate platforms and automated booking tools is accelerating at the enterprise level but has been slower among small and mid-size forwarders who lack the system integration capability to connect their TMS directly to carrier APIs.

TMS Penetration Among Small and Mid-Size Forwarders

Transport management system (TMS) adoption among large freight forwarders and third-party logistics providers (3PLs) is well advanced, with the major global players operating sophisticated multi-modal TMS platforms integrated with carrier systems and customer ERPs. Among small and mid-size forwarders - typically defined as those handling fewer than 50,000 TEUs annually - TMS penetration remains significantly lower. Many in this segment continue to manage bookings through spreadsheets, email, and carrier-specific web portals, without a unified system providing cross-carrier rate comparison, shipment tracking, and documentation management. The global logistics automation market is projected to grow from $67.6 billion in 2025 to over $163 billion by 2035, suggesting a significant capital deployment into the sector over the next decade.

Sustainability and Emissions - The Numbers Shippers Need to Know

How Much CO2 Ocean Freight Produces Annually

International shipping accounted for approximately 2.3% of global CO2 emissions in 2023, according to the International Council on Clean Transportation (ICCT), and the OECD estimates that global maritime transport CO2 emissions rose from 889.5 million tonnes in 2019 to 972.8 million tonnes in 2024 - an increase of 9.3% over the period. The 2024 increase was driven partly by the Red Sea rerouting crisis, which forced vessels onto significantly longer Cape of Good Hope routes, increasing voyage distances and fuel consumption per tonne-mile of cargo delivered.

In terms of emissions intensity by mode, ocean freight remains by far the most carbon-efficient way to move cargo internationally: a typical large container ship emits 10-20 grams of CO2 per tonne-kilometre of cargo transported, compared to 50-150g for road trucking and 400-1,000g for air freight. The ratio of air to sea freight carbon intensity is approximately 20-50 times, a figure that is central to Scope 3 emissions reduction discussions when shippers assess modal shift options.

The Impact of CII Ratings on Transit Times

The IMO's Carbon Intensity Indicator (CII), in force since January 2023, rates ships on an A-to-E scale based on their annual operational carbon efficiency relative to a reference baseline. Ships rated D or E face increasing regulatory pressure and risk charter market disadvantage as shipper ESG requirements tighten. In practice, one of the most significant CII compliance strategies adopted by carriers has been slow steaming - reducing vessel speed to lower fuel consumption and emissions per voyage. Slow steaming at 14-16 knots versus the historical norm of 20-23 knots adds approximately 4-7 days to a standard Asia-Europe transit, effectively increasing the average transit time on this lane even before accounting for the additional impact of Red Sea rerouting. For shippers planning delivery schedules, understanding a carrier's CII management strategy has become a material input into transit time forecasting.

Modal Shift: What Moving Cargo from Sea to Rail Actually Saves

For cargo moving between Asia and Europe, the Trans-Siberian Railway and the Belt and Road Initiative rail corridors offer transit times of approximately 12-18 days, compared to 45-55 days by Cape-routed ocean freight in the current disruption environment. Rail freight emissions are approximately 2-5 times higher per tonne-kilometre than ocean freight under normal routing, but when the comparison is made against the Red Sea rerouting scenario - where ocean vessels are consuming 30-40% more fuel on longer routes - the emission differential narrows. For shippers under time pressure who are also managing Scope 3 commitments, the 2025-2026 environment has made rail-ocean modal shift economics more favourable than at any prior point in the post-pandemic period, though geopolitical route risks across Russia and Central Asia remain a constraint on rail corridor reliability.

References

• Container Trades Statistics (CTS) / PortCalls Asia - Global container volumes hit record 192.9M TEUs in 2025
• Maritime Fairtrade - 2025: A Record-Breaking Year for Global Container Volumes
• Maritime Executive - Shanghai Exceeds 55 Million TEU in Container Throughput for 2025
• Seatrade Maritime - PSA posts 5% global container volume growth in 2025
• J.S. Held Global Risk Report 2025 / Swiss Re - Supply chain disruption cost estimate
• Marsh - Supply chain trends in 2026
• project44 - The Red Sea crisis: Ceasefire collapse leaves Red Sea in tumultuous state
• Logistics Outlook - Red Sea crisis: How fast will lines return and at what cost?
• ICC / Boston Consulting Group / HKUST - Survey shows steady rise of global adoption of electronic bills of lading
• Lester Aldridge - Where the Shipping Industry Stands on the Adoption of Electronic Bills of Lading in 2025
• OECD Statistics Working Papers 2025/03 - Analysing recent trends and drivers of maritime transport CO2 emissions
• ICCT - Maritime shipping emissions overview
• McKinsey - US-China trade corridor reorientation 2025
• Tradeverifyd - 79 Supply Chain Statistics To Know in 2026
• E2open - International Supply Chain Professionals Day