What is the Maritime Industry? A Complete Guide to the Shipping Industry in 2026
Updated: 6 days ago
Table of Contents
Introduction to the Maritime & Shipping Industry
More than 80% of world trade by volume is carried by sea, making maritime transport essential to international commerce. It connects manufacturers, energy producers, agricultural exporters and consumers through shipping routes, ports and logistics networks that span the globe.
The scale of this activity is substantial. Global maritime trade reached 12.72 billion tonnes in 2024, an increase of 2.2% from the previous year. At the start of 2026, the global merchant fleet comprised approximately 116,000 vessels of at least 100 gross tons, including cargo-carrying and non-cargo-carrying ships. These figures describe different aspects of the sector: cargo volume measures trade transported by sea, while fleet statistics measure the vessels supporting maritime activity. Neither is a measure of the industry's monetary value.
As of October 2026, shipping companies and port operators must navigate these pressures while responding to digitalisation, changing fuel requirements, emissions regulation and evolving supply-chain needs. Understanding the industry requires looking beyond fleet size or market forecasts to examine how vessels, infrastructure, regulation and commercial relationships work together.
This guide explains the structure of the maritime industry, the main types of ships, leading shipping companies, vessel ownership, technology and sustainability developments, and the factors shaping maritime operations in 2026.
What is the Maritime Industry?
The maritime industry refers to the entire ecosystem of activities, businesses, and professions connected to ocean and sea operations. It is broader than shipping alone and includes:
Commercial Shipping — transporting cargo and passengers across oceans
Shipbuilding & Repair — designing, constructing, and maintaining vessels
Port Operations — infrastructure and logistics for loading/unloading cargo
Maritime Law & Insurance — legal and financial frameworks governing sea trade
Naval & Defence — military maritime operations and coast guard services
Offshore Energy — oil, gas, and wind energy operations at sea
Maritime Education & Training — developing skilled seafarers and maritime professionals
How shipping fits into the maritime industry
Shipping is a core component of the maritime industry, focused specifically on moving people and cargo. The wider maritime sector also includes the infrastructure, services, technology and professional expertise needed to build, maintain, insure, regulate and support marine operations.
This distinction matters when comparing companies and market statistics. A container carrier's fleet capacity, a port operator's cargo throughput, a shipbuilder's orderbook and the value of global merchandise trade are different measures. They should not be treated as interchangeable indicators of industry size.
For context, UNCTAD estimated that global goods trade reached approximately US$13.7 trillion in the first half of 2026. This is the value of goods traded internationally during that period, not the market value of the maritime industry and not a measure of revenue earned by shipping companies.
Sources: UNCTAD, Review of Maritime Transport 2025; UNCTAD, global merchant fleet statistics; UNCTAD, Global Trade Update, July/August 2026.
History and Evolution of the Maritime Industry
Ancient Beginnings
Maritime trade traces back over 5,000 years when ancient Egyptians crafted papyrus boats to navigate the Nile River and Mediterranean Sea. These early vessels carried precious goods like spices, silk, and gold between civilizations, establishing the foundation for international commerce.
During the Middle Ages, the Age of Exploration from the 16th to 18th centuries revolutionized maritime trade. European powers built larger, more sophisticated vessels that could traverse vast oceans, opening new trade routes between continents and establishing global supply chains that connected distant markets.
Technological Advancements Over Time
The 19th century brought steam-powered ships, dramatically reducing journey times and increasing reliability. This innovation freed vessels from wind dependency, allowing for scheduled services and predictable delivery times that transformed commercial shipping.
The 1950s marked another pivotal moment with containerization's introduction. Malcolm McLean's revolutionary idea of standardized shipping containers transformed cargo handling, cutting loading times from weeks to hours and reducing transportation costs by up to 90%.
Modern maritime commerce has embraced the "mega-ship" era, with vessels now capable of carrying over 24,000 TEU. These floating giants maximize efficiency through economies of scale, though they also present new challenges for port infrastructure and supply chain management.
The Current State of the Maritime & Shipping Industry in 2026
Maritime trade remains essential to international supply chains, but changes in trade policy, energy markets, routing and fleet capacity affect the volume and cost of transportation.
According to UN Trade and Development (UNCTAD), global maritime trade volumes reached approximately 12.72 billion tonnes in 2024, an increase of 2.2% from the previous year. The same analysis found that ton-miles—the distance over which cargo is transported—grew by 5.9%. Longer routes can increase demand for vessel capacity even when the physical volume of cargo grows more slowly.
Trade value is not shipping market value
Global trade figures need careful interpretation. UNCTAD estimated that the value of global goods trade reached approximately US$13.7 trillion in the first half of 2026, up 12.5% from the same period in 2025. The organization noted that higher prices, including energy and transport costs, contributed to this increase.
That figure measures the value of goods traded internationally. It is not the annual revenue of shipping companies, the market value of the global vessel fleet or the size of the container-shipping market.
This distinction is important because trade value and cargo volume can move differently. Higher commodity prices may increase trade value without a corresponding increase in the tonnes transported. Longer routes can increase ton-mile demand without increasing cargo volume by the same proportion.
Fleet capacity and vessel supply
UNCTAD's fleet data indicates that, at the start of 2026, the global merchant fleet comprised around 116,000 vessels of at least 100 gross tonnage, with approximately 2.5 billion deadweight tonnes (DWT) of carrying capacity. The count includes cargo-carrying and non-cargo-carrying vessels.
Oil tankers and bulk carriers accounted for 69% of total carrying capacity in that dataset.
Source: UNCTADstat, World Fleet Capacity.
Fleet capacity does not automatically translate into higher earnings. The commercial outcome depends on vessel availability, cargo demand, freight rates, operating expenses, financing costs and the distance vessels must travel.
For example, a longer voyage can keep a ship occupied for more days and reduce the capacity available for other cargoes. Conversely, additional vessels entering a market can increase competition for available cargo.
Geopolitics and route disruption
Conflicts, sanctions, canal restrictions and changes in port access can alter the routes used by commercial vessels. Rerouting may increase voyage distance, fuel consumption, transit time and insurance costs. It can also change the regional balance between vessel supply and cargo demand.
Companies therefore monitor both cargo demand and the practical availability of shipping routes. A disruption may benefit one vessel segment or route while increasing costs and uncertainty elsewhere.
The 2026 outlook should be read as a changing operating environment, not as a uniform growth forecast for every maritime business. UNCTAD's maritime transport research provides updated analysis of trade flows, fleet capacity and transport risks.
Main ship types and their commercial uses
Vessel design determines the cargo a ship can carry, the ports it can serve and the commercial markets in which it can operate. The following table summarizes the principal categories.
Ship type | Typical cargo | Main commercial purpose |
Container ship | Standardized containers | Scheduled transportation of manufactured and packaged goods |
Crude oil tanker | Unrefined crude oil | Moving crude from producing regions to refineries |
Product tanker | Refined fuels and petroleum products | Distributing gasoline, diesel, jet fuel and other products |
Chemical tanker | Industrial and specialty chemicals | Transporting liquid chemicals under cargo-specific requirements |
LNG carrier | Liquefied natural gas | Moving natural gas in specialized cryogenic containment systems |
LPG carrier | Liquefied petroleum gas | Transporting propane, butane and other liquefied gases |
Dry bulk carrier | Iron ore, coal, grain and other bulk commodities | Moving unpackaged raw materials in large cargo holds |
RoRo vessel | Cars, trucks and wheeled equipment | Carrying vehicles that can be driven or rolled aboard |
Reefer vessel | Temperature-sensitive cargo | Maintaining specified conditions for perishable goods |
Heavy-lift or multipurpose vessel | Oversized equipment and project cargo | Transporting machinery and cargo that needs specialized handling |
Source for formal ship-category terminology: International Maritime Organization.
Container Ships: The Backbone of Global Commerce
Container ships transport standardized containers between ports. Containerization enables cargo to move between ships, trains and trucks without unloading individual goods at every transfer point.
Capacity is commonly measured in twenty-foot equivalent units (TEU). One standard 20-foot container equals one TEU; a 40-foot container typically equals two TEU. A vessel's nominal TEU capacity is not the same as the amount of cargo it carries on a particular voyage.
The largest container ships have nominal capacities exceeding 24,000 TEU. Their size can support economies of scale on high-volume routes, but they require appropriate port infrastructure, terminal equipment and sufficient cargo demand.
Tanker Ships: Liquid Cargo Specialists
Tanker Ships specialize in transporting liquid commodities, representing one of shipping's most technically demanding and safety-critical segments. These vessels carry crude oil, refined petroleum products, chemicals, vegetable oils, and liquefied gases across global trade routes that supply the world's energy and industrial needs.
Crude Oil Tankers range from small coastal vessels to massive Ultra Large Crude Carriers (ULCCs) exceeding 400,000 deadweight tons. Very Large Crude Carriers (VLCCs) typically transport 2 million barrels of oil, while smaller Suezmax and Aframax tankers serve routes with draft restrictions or smaller cargo parcels. Double-hulled construction, mandated by international regulations, provides crucial protection against spills by creating a barrier between cargo and the ocean.
Product Tankers transport refined petroleum products like gasoline, diesel fuel, and jet fuel. These vessels feature multiple segregated cargo tanks with specialized coating systems to prevent contamination between different products. Advanced pumping and heating systems ensure efficient cargo handling across varying product specifications and port facilities.
Chemical Tankers represent the most specialized segment, designed to safely transport hazardous chemicals, acids, and specialty liquids. These ships feature elaborate safety systems, specialized tank coatings resistant to corrosive cargoes, and sophisticated ventilation systems to manage toxic vapor emissions. Crew members require extensive specialized training to handle these dangerous cargoes safely.
LNG Carriers transport liquefied natural gas at temperatures of -162°C using sophisticated insulation systems and specialized containment technologies. These highly technical vessels feature either spherical tanks with advanced insulation or membrane-type cargo systems integrated into the ship's structure. As global demand for cleaner-burning natural gas increases, LNG shipping has become one of the industry's fastest-growing segments.
Bulk Carriers: Moving the World's Raw Materials
Bulk Carriers transport dry commodities that form the foundation of global industrial production, including iron ore, coal, grain, fertilizers, salt, and forest products. These vessels feature large, unobstructed cargo holds designed for efficient mechanical loading and unloading using specialized port equipment like conveyor systems and grab cranes.
Capesize Bulk Carriers represent the largest dry bulk vessels, typically ranging from 150,000 to 400,000 deadweight tons. These ships transport iron ore from Australia and Brazil to steel mills in Asia, coal for power generation, and grain from major agricultural exporters. Their size restricts them to deep-water ports and specific trade routes, particularly the iron ore triangle connecting Australia, Brazil, and China.
Panamax and Supramax Vessels offer greater trading flexibility while maintaining substantial cargo capacity. Panamax ships can transit the Panama Canal, opening additional route options, while Supramax vessels serve medium-sized ports that cannot accommodate larger ships. These vessels often carry diverse cargoes including grains, coal, fertilizers, and forest products.
Self-Unloading Bulk Carriers feature onboard conveyor systems and boom assemblies that allow cargo discharge without relying on shore-based equipment. This capability provides access to smaller ports lacking specialized bulk handling facilities and reduces port time significantly. These ships are particularly valuable for serving remote locations or ports with limited infrastructure.
Specialized Bulk Carriers include cement carriers with pneumatic discharge systems, wood chip carriers with large cargo holds optimized for low-density forest products, and ore carriers designed specifically for iron ore transportation with reinforced cargo holds and high-capacity unloading systems.
Specialized Ships: Serving Niche Markets
Roll-on/Roll-off (RoRo) Ships transport wheeled cargo including automobiles, trucks, trailers, and construction equipment. These vessels feature multiple vehicle decks connected by ramps, allowing cargo to be driven directly onto the ship. Pure Car Carriers (PCCs) specialize in automobile transportation, with adjustable decks that maximize vehicle capacity while protecting cargo from weather and salt spray.
Heavy-Lift Ships handle oversized and super-heavy cargo that exceeds normal container or bulk carrier capabilities. These specialized vessels transport oil rig components, power plant equipment, locomotives, yachts, and industrial machinery using powerful onboard cranes and specialized cargo-handling equipment. Project cargo often requires customized loading plans and specialized securing arrangements.
Refrigerated Ships (Reefers) maintain temperature-controlled environments for perishable goods including meat, fish, fruits, vegetables, and dairy products. Modern reefer ships feature sophisticated climate control systems with multiple temperature zones, controlled atmosphere capabilities for extending produce freshness, and backup systems ensuring cargo protection throughout long voyages.
Livestock Carriers transport live animals including cattle, sheep, and poultry between major agricultural regions. These highly specialized vessels feature ventilation systems, feeding areas, veterinary facilities, and waste management systems designed for animal welfare during extended sea voyages.
Multi-Purpose Vessels (MPVs) combine container capacity with heavy-lift capabilities, project cargo space, and bulk cargo holds. These flexible ships serve smaller trade routes and specialized cargoes that don't justify dedicated vessel types, particularly in developing markets with diverse transportation needs.
Shipping Methods and Service Types
The maritime industry employs various service models and operational approaches to match vessel capabilities with cargo requirements and customer needs. Understanding these different shipping methods helps explain how global trade operates across different commodity sectors and geographic regions.
Liner Shipping: Scheduled Maritime Services
Liner Shipping operates on fixed schedules between established ports, providing regularly scheduled services similar to bus routes on land. Major container shipping lines publish detailed sailing schedules months in advance, allowing shippers to plan supply chain operations around predictable vessel departures and arrivals.
Container Liner Services dominate manufactured goods transportation, with weekly or bi-weekly sailings between major port pairs. Shipping alliances coordinate schedules to offer comprehensive global coverage while sharing vessel capacity and costs. These services provide standardized rates, regular sailings, and integrated logistics services including inland transportation and customs clearance.
Breakbulk Liner Services handle general cargo that doesn't fit standard containers, including machinery, steel products, forest products, and project cargo. These services typically operate on monthly or bi-monthly schedules, serving routes where cargo volumes don't justify container services.
Reefer Liner Services provide scheduled refrigerated transportation for perishable goods, particularly serving agricultural export regions. These services coordinate with harvest seasons and market demands, providing reliable transportation for time-sensitive products.
Tramp Shipping: Flexible Cargo Transportation
Tramp Shipping provides flexible services for irregular cargo movements, operating without fixed schedules or routes. Like maritime taxis, tramp ships go wherever cargo demands take them, providing cost-effective transportation for bulk commodities and specialized cargoes.
Bulk Tramp Services dominate dry bulk and tanker markets, with vessels chartered for specific cargo movements based on market conditions and shipper requirements. Freight rates fluctuate based on supply and demand dynamics, seasonal factors, and geopolitical events affecting trade flows.
Project Cargo Tramp Services handle oversized, heavy, or specialized equipment requiring customized transportation solutions. These services coordinate with project timelines, often involving multiple vessels and complex logistics arrangements to deliver complete industrial installations.
Main vessel charter types
Charter type | Basic arrangement | Typical cost and responsibility allocation |
Voyage charter | Vessel carries an agreed cargo between specified ports | Owner generally bears voyage operating expenses under the contract; freight and demurrage terms apply |
Time charter | Vessel is hired for an agreed period | Owner generally provides the vessel and crew; charterer typically pays bunkers and specified voyage expenses |
Bareboat charter | Vessel is leased without the owner providing the usual crew and operational management | Charterer typically assumes responsibility for crewing, maintenance, insurance and vessel operation |
Charter Shipping involves leasing vessels for specific periods or voyages, providing flexibility for shippers while generating steady income for ship owners. Charter arrangements vary significantly based on duration, operational responsibility, and risk allocation between parties.
Voyage Charters cover specific cargo movements between designated ports, with ship owners responsible for vessel operation, crew, fuel, and port expenses. Charter rates typically include all voyage costs, providing shippers with predictable transportation expenses for single cargo movements.
Time Charters lease vessels for extended periods, typically six months to several years, with charterers gaining operational control while owners retain vessel management responsibilities. Time charter rates cover vessel availability and crew costs, while charterers pay for fuel, port expenses, and operational decisions.
Bareboat Charters transfer complete operational control to charterers, who assume responsibility for crew, maintenance, insurance, and regulatory compliance. These long-term arrangements, often lasting several years, provide vessel access without ownership capital requirements while giving charterers maximum operational flexibility.
Actual allocation of costs and responsibilities depends on the charterparty and any agreed clauses. These arrangements should not be treated as interchangeable.
For shipowners, charter structure affects revenue visibility, operating exposure and the ability to respond to changing freight markets. For charterers, it affects flexibility, cost control and responsibility for vessel deployment.
Intermodal and Multimodal Transportation
Intermodal Transportation combines sea, land, and air transport modes to optimize efficiency, cost, and service quality. Standardized containers enable seamless transfers between ships, trucks, and trains without handling individual cargo items, reducing transportation costs and improving supply chain reliability.
Door-to-Door Services integrate ocean transportation with inland logistics, providing complete supply chain solutions from shipper's factory to consignee's warehouse. These services include customs clearance, inland transportation, warehousing, and distribution services, simplifying international trade for smaller shippers.
Land Bridge Services use rail transportation across continents to connect ocean routes, reducing transit times and costs compared to all-water routes. The Trans-Siberian Railway connects Asia-Europe trade, while North American land bridges link Pacific and Atlantic ports for faster Asia-Europe connections.
Digital Integration enables real-time cargo tracking throughout multimodal journeys, with electronic documentation and automated systems coordinating transfers between different transportation modes. Advanced logistics platforms optimize routing decisions, predict potential delays, and provide supply chain visibility from origin to destination.
Supply Chain Orchestration integrates various transportation modes with warehousing, inventory management, and distribution services. These comprehensive solutions help manufacturers and retailers optimize global supply chains while reducing complexity and improving service quality.
Major Players in the Shipping Industry
Container shipping is concentrated among a relatively small number of large carriers. Capacity rankings are commonly measured in TEU, but they can change as new ships are delivered, vessels are chartered, and companies buy, sell or redeploy capacity.
According to Alphaliner's ranking dated 23 October 2026, the leading container operators by operated capacity were:
Rank | Operator | Operated capacity |
1 | Mediterranean Shipping Company (MSC) | 7.46 million TEU |
2 | Maersk | 4.72 million TEU |
3 | CMA CGM Group | 4.49 million TEU |
4 | COSCO Group | 3.67 million TEU |
5 | Hapag-Lloyd | 2.41 million TEU |
Source: Alphaliner Top 100, 23 October 2026.
These figures represent operated container capacity at the stated date, not annual revenue, profit or cargo carried. The ranking should be updated before publication if the source has changed.
Top container shipping companies
The container shipping market is led by a small group of global carriers operating fleets across major trade routes. Their competitive positions reflect fleet capacity, service networks, vessel deployment, terminal access and integrated logistics capabilities. The following ranking uses operated container fleet capacity reported by Alphaliner on 23 October 2026; capacity is measured in twenty-foot equivalent units (TEU).
Rank | Container carrier | Operated fleet capacity | Share of global container fleet |
1 | Mediterranean Shipping Company (MSC) | 7.46 million TEU | 21.5% |
2 | A.P. Moller–Maersk | 4.72 million TEU | 13.6% |
3 | CMA CGM Group | 4.49 million TEU | 12.9% |
4 | COSCO Shipping Group | 3.67 million TEU | 10.6% |
5 | Hapag-Lloyd | 2.41 million TEU | 6.9% |
6 | Ocean Network Express (ONE) | 2.20 million TEU | 6.3% |
7 | Evergreen Line | 2.04 million TEU | 5.9% |
Source: Alphaliner Top 100, 23 October 2026. Capacity reflects ships operated, whether owned or chartered, and may change as vessels enter or leave service.
Mediterranean Shipping Company (MSC)
Mediterranean Shipping Company (MSC) is the world's largest container carrier by operated fleet capacity. Alphaliner recorded approximately 7.46 million TEU across 1,018 vessels on 23 October 2026, representing 21.5% of global container fleet capacity. The privately held, Swiss-based group operates international liner services and has expanded its fleet and network across major and regional trade lanes.
MSC's scale gives it a substantial presence in global container transport. Its position should be assessed through fleet deployment, service coverage, port connectivity and capacity commitments, rather than vessel size alone. As with other carriers, the commercial value of its network depends on demand, utilisation, freight rates, operating costs and disruption along key routes.
A.P. Moller–Maersk
A.P. Moller–Maersk ranked second, with approximately 4.72 million TEU across 749 vessels in Alphaliner's 23 October 2026 ranking. The Danish group combines ocean container transport with logistics and supply-chain services, including inland transportation, warehousing and related freight-management capabilities.
This integrated model positions Maersk to serve customers that want to coordinate ocean freight with other parts of their supply chains. Its operational collaboration with Hapag-Lloyd, known as the Gemini Cooperation, began on 1 February 2025 and covers East–West ocean freight trades. The arrangement replaced Maersk's former 2M partnership with MSC; it is a vessel-sharing and network cooperation, not a merger of the two companies.
Sources: Alphaliner Top 100 and Maersk's Gemini Cooperation overview.
CMA CGM Group
CMA CGM Group ranked third, with approximately 4.49 million TEU across 731 vessels as of 23 October 2026. Headquartered in France, the group operates container shipping services and has developed a broader logistics business, including CEVA Logistics. It also has air-cargo operations, extending its activities beyond ocean freight.
CMA CGM's competitive position reflects its international service network, logistics capabilities and fleet investment. Evaluating the group requires distinguishing its container shipping capacity from the performance of its wider logistics and transport businesses. Fleet size alone does not indicate profitability or the quality of individual trade routes.
COSCO Shipping Group
COSCO Shipping Group ranked fourth, with approximately 3.67 million TEU across 566 vessels in the October 2026 Alphaliner ranking. The group includes COSCO Shipping Lines and OOCL within Alphaliner's consolidated carrier figures, and has interests across shipping and port-related activities.
Its network connects major Asian export centres with markets in Europe, the Americas and other regions. The group’s scale and links to port infrastructure are relevant when assessing its role in global supply chains. Claims about individual terminal ownership or strategic investments should be checked against current company disclosures and the relevant port operator's records.
Other major container carriers
Other significant operators include Hapag-Lloyd, Ocean Network Express (ONE), Evergreen Line, HMM, Yang Ming and ZIM. Their positions differ by fleet size, regional focus, service coverage and commercial strategy.
Hapag-Lloyd ranked fifth in October 2026, with approximately 2.41 million TEU. Its former participation in THE Alliance ended as it moved into the Gemini Cooperation with Maersk in February 2025. ONE, formed by the integration of the container shipping businesses of three Japanese carriers, remained among the largest operators. Evergreen, HMM and Yang Ming also continue to play important roles in international liner shipping.
For current comparisons, use a dated fleet ranking rather than older vessel counts or capacity estimates. A carrier's ranking can change as newbuildings enter service, charter arrangements change and fleets are consolidated in industry datasets.
Strategic shipping alliances and cooperation
Gemini Cooperation: Maersk and Hapag-Lloyd
The Gemini Cooperation between Maersk and Hapag-Lloyd began operations on 1 February 2025. It covers East–West ocean freight services and uses a hub-and-spoke network design, combining mainline services with regional shuttle connections.
The arrangement followed the conclusion of the 2M Alliance between Maersk and MSC in January 2025. It is therefore inaccurate to describe Maersk and MSC as current 2M partners or to present Hapag-Lloyd as a member of THE Alliance. Gemini is an operational cooperation between two independent carriers, not a corporate merger.
Ocean Alliance
Ocean Alliance includes CMA CGM, COSCO Shipping, OOCL and Evergreen. Its members coordinate container shipping services under a vessel-sharing arrangement across major international trades. Cooperation enables participating carriers to offer connected services while maintaining separate corporate ownership, commercial identities and customer relationships.
The alliance's scale should not be confused with the fleet capacity of a single carrier. Carrier rankings count capacity at the operator or group level, while alliance capacity describes the combined capacity associated with a service-cooperation arrangement. These are different measures and should not be compared as if they were interchangeable.
Premier Alliance
The Premier Alliance comprises HMM, Ocean Network Express (ONE) and Yang Ming. The agreement took effect on 9 February 2025, following the restructuring of the previous alliance arrangements after Hapag-Lloyd's departure.
The US Federal Maritime Commission identifies the agreement as allowing the three carriers to share vessels on services connecting the United States with Asia, the Middle East and Europe. The precise scope of cooperation should be described from the relevant agreement and current service announcements rather than inferred from the combined fleet sizes of its members.
Commercial benefits and competition considerations
Vessel-sharing arrangements can help carriers spread vessel deployment across service networks, improve port connectivity and offer customers more routing options. Their actual benefits depend on how the networks are implemented, the reliability of connections, available capacity and conditions on each trade lane.
Alliances also raise questions about market concentration, service choice and the effects of coordination between competitors. Regulatory oversight varies by jurisdiction and agreement. It is more accurate to describe the specific arrangements and their regulatory treatment than to claim that a fixed number of alliances controls a particular share of global capacity without a current, clearly defined source.
How to interpret container fleet and trade figures
Container fleet capacity, annual maritime trade volume and the monetary value of international trade describe different aspects of the industry. TEU measures container-carrying capacity; tonnes measure cargo weight; and monetary trade values measure the value of goods exchanged. These metrics should not be substituted for one another.
For context, UN Trade and Development (UNCTAD) reported that total maritime trade reached 12.72 billion tonnes in 2024, up 2.2% from 2023. This figure represents the volume of seaborne trade across cargo types, not the monetary value of container shipping or the capacity of container fleets. UNCTAD's September 2025 review projected average annual growth in total maritime trade of 2% over 2026–2030, while noting continuing uncertainty around trade patterns, geopolitical disruption and shipping routes.
Tanker Shipping Giants
Tanker shipping serves energy and industrial supply chains by transporting crude oil, refined petroleum products, chemicals and liquefied gases. The sector is distinct from container shipping because vessels are designed for specific cargoes, and operators must manage cargo compatibility, pollution prevention, vessel safety and specialised terminal requirements. Commercial performance depends on fleet composition, voyage distances, vessel availability, charter coverage, fuel costs and changes in commodity trade flows.
Teekay Corporation and Teekay Tankers
Teekay Corporation provides crude-oil marine transportation and related services through its controlling interest in Teekay Tankers. Its business is centred on crude-oil and product tankers, including Suezmax, Aframax and LR2 vessels, alongside marine services such as ship-to-ship transfer and lightering support.
Teekay Tankers combines spot-market employment with fixed-rate time charters. This mix exposes the business to changes in tanker freight rates while providing some contracted revenue. Its results therefore depend on market conditions, vessel utilisation, operating costs and the proportion of its fleet employed under different charter structures.
Teekay should not be characterised as a current LNG shipping and FPSO operator. The company's reported business structure has changed from earlier periods, and its current disclosures focus on tankers and marine services.
Sources: Teekay Corporation, 2025 annual report and Teekay Corporation, second-quarter 2026 update, 29 July 2026.
CMB.TECH and the Euronav tanker business
Euronav NV changed its corporate name to CMB.TECH NV on 1 October 2024. The name change reflected a broader group strategy covering fleet diversification and decarbonisation. The Euronav name remains in use for the group's crude-oil tanker and offshore-oil activities.
CMB.TECH is therefore the appropriate corporate name when referring to the wider group, while Euronav remains relevant when discussing its crude-oil tanker business. The group spans multiple maritime segments, so its total fleet should not be presented as though every vessel were a crude-oil tanker.
For analysis, distinguish the performance and assets of the tanker business from the wider group's activities in dry bulk, container transport, chemicals and other maritime services. This distinction matters when comparing fleet composition, earnings exposure and capital requirements with specialist tanker operators.
Other Major Tanker Operators include Frontline, International Seaways, and Scorpio Tankers, each bringing specialized expertise to different segments of the liquid cargo market. These companies navigate volatile freight markets, changing trade patterns, and evolving environmental regulations while maintaining the high safety standards essential for transporting hazardous materials.
Other major tanker operators
Several listed companies specialise in crude-oil or refined-product transportation. Their business models vary according to vessel size, cargo type and chartering strategy.
Frontline operates large crude-oil tankers, including VLCCs, Suezmaxes and LR2/Aframax vessels. Its fleet and earnings are exposed to demand for long-haul crude transportation and changes in tanker freight rates. Frontline reported 73 owned vessels with aggregate capacity of approximately 17.1 million deadweight tonnes as of 30 June 2026.
International Seaways operates both crude-oil tankers and product carriers. Its fleet includes VLCC, Suezmax and Aframax crude tankers, alongside LR2, LR1 and MR product carriers. The mix provides exposure to more than one liquid-cargo segment.
Scorpio Tankers focuses on refined petroleum product transportation. Its fleet includes medium-range and long-range product tankers used to transport cargoes such as diesel, gasoline and naphtha.
Fleet figures must be dated and compared on a consistent basis. Owned vessels, chartered-in vessels, vessels under construction and vessels held for sale may be counted differently across company disclosures. Deadweight tonnage (DWT), rather than TEU, is the relevant capacity measure for comparing tanker fleets.
Sources: Frontline, interim report for the six months ended 30 June 2026, International Seaways fleet information and Scorpio Tankers fleet.
Regional and emerging shipping companies
The global shipping industry includes large international groups, state-linked operators and companies focused on particular countries or trade routes. Their competitive positions depend on fleet scale, access to finance, cargo demand, port infrastructure, technical capabilities and the commercial relationships needed to secure cargoes and charters. Regional companies may specialise in domestic transport, energy imports, coastal services, offshore support or selected international routes rather than competing directly with the largest global carriers.
Regional operators and specialised markets
Regional operators can serve important roles in energy security, domestic trade and specialised maritime services. In India, for example, the Shipping Corporation of India operates tankers, bulk carriers, liner services and offshore supply vessels. Its published fleet overview includes crude-oil and product tankers, gas carriers and VLCCs. This illustrates how a national shipping company can serve several maritime segments rather than operating exclusively as a container or tanker carrier.
Regional presence alone does not establish that a company is growing faster than global competitors or gaining international market share. Such claims require comparable evidence, such as fleet additions, operating capacity, new service routes, contracted cargo volumes or audited financial results.
Technology and operational change
Technology affects shipping companies through vessel monitoring, voyage optimisation, maintenance planning, cargo documentation and port coordination. Operators are also assessing fuel-efficiency measures and alternative-fuel technologies in response to operating costs and evolving emissions requirements. The pace and commercial value of adoption vary by vessel type, route, infrastructure availability and the cost of retrofitting or replacing existing ships.
Autonomous vessels and digital logistics platforms are areas of development, but they should not be presented as universal or mature solutions across the commercial fleet. Claims about adoption, investment or measurable efficiency gains should be supported by specific company disclosures or independently verifiable project data.
For related context, see Shipfinex's guides to marine and shipping technology and offshore vessel types and companies.
Assessing competitive position
A company's fleet size is only one indicator of its position in the shipping market. A more useful assessment considers vessel type and age, ownership versus charter exposure, route and cargo concentration, charter duration, operating costs, debt obligations, regulatory compliance and capital expenditure requirements.
For tanker companies in particular, freight-market exposure and vessel specialisation can materially affect results. For regional operators, access to domestic cargo, infrastructure and long-term contracts may be important. Comparisons should therefore use metrics appropriate to the business segment and clearly dated sources rather than broad claims about which companies are leading the industry.
Technology in the Maritime Industry
Digital Transformation
Digital tools are changing how shipping companies monitor vessels, manage cargo and plan operations. Their value depends on data quality, system integration and measurable improvements in reliability, safety or cost.
Artificial intelligence: AI and machine learning can support predictive maintenance, voyage planning and operational forecasting. Results depend on reliable data and appropriate human oversight.
Blockchain and smart contracts: Blockchain technology can support shared records and document verification. Smart contracts can automate defined steps when agreed conditions are met, but do not eliminate legal or operational disputes.
Internet of Things (IoT): Onboard and port sensors can track engine performance, equipment condition and cargo conditions. This information supports maintenance planning, monitoring and operational decisions.
Autonomous Shipping
Autonomous shipping ranges from decision-support systems and remote monitoring to remotely operated and highly automated vessels. Trials and commercial applications remain dependent on vessel type, route, communications, safety systems and regulatory requirements.
Autonomy should not be treated as a universal replacement for crews. Operators must address emergency response, human oversight, responsibility for decisions and the ability to operate safely when communications or automated systems fail.
Cybersecurity Challenges
Greater digital connectivity exposes shipping companies to cyber risks across vessel systems, ports and logistics networks. Disruption can affect navigation, cargo handling, booking systems and business continuity.
Shipping operators need risk-based cybersecurity measures, including access controls, system updates, network separation, staff training, incident response plans and tested recovery procedures. The maritime digitisation overview provides related context.
Environmental Technologies
Exhaust gas cleaning systems (scrubbers) help vessels comply with sulfur emission regulations by removing pollutants from engine exhaust. While effective at reducing air pollution, scrubbers raise concerns about marine environment impacts.
Alternative fuel development focuses on ammonia, hydrogen, and advanced biofuels as replacements for traditional marine fuels. These technologies show promise but require significant infrastructure investments and regulatory support.
Maritime Industry Trends in 2026
Shipping decarbonisation is likely to require a combination of measures rather than a single technology. Options include lower-carbon fuels, improved vessel and propeller design, wind-assisted propulsion, slower steaming, shore power where available and more efficient voyage planning.
The best solution depends on vessel class, route, fuel availability, retrofit feasibility and total lifecycle emissions. A fuel described as low-carbon should not be assumed to be zero-emission without considering its production and supply chain.
See Shipfinex's guide to green shipping.
Digitalisation and smart ports
Ports are adopting digital systems to improve cargo visibility, equipment utilisation, gate management and coordination between terminals and shipping lines. Depending on the facility, these systems may include automated cranes, guided vehicles, sensors and data platforms.
Automation does not guarantee shorter turnaround times at every port. Performance also depends on terminal layout, labour processes, customs clearance, hinterland connections and coordination with other supply-chain participants.
For related context, see Shipfinex's guide to the world's largest ports.
Supply-chain resilience
Analytics tools can combine weather forecasts, vessel positions, port congestion and cargo information to help operators anticipate delays. Better visibility can support rerouting and contingency planning, but forecasts remain uncertain and depend on the timeliness and accuracy of the underlying data.
Resilience also requires practical alternatives: available vessels, flexible port options, reliable suppliers and clear communication with cargo owners. Digital systems are most useful when they support decisions that operations teams can implement.
Sustainability in the shipping industry
Environmental impact and emissions
Shipping is a significant source of greenhouse gas emissions, alongside air pollutants and other environmental impacts. The IMO's Fourth Greenhouse Gas Study estimated that total shipping accounted for 2.89% of global anthropogenic greenhouse gas emissions in 2018. This is a dated baseline, not a 2026 emissions estimate.
Reducing emissions requires attention to both vessel efficiency and the fuels used. Environmental performance should be assessed with a clear boundary, such as ship-level emissions or lifecycle emissions, and a stated reporting year.
Regulatory framework
MARPOL is the principal international convention addressing pollution from ships. Its annexes cover issues including oil pollution, harmful substances, sewage, garbage and air pollution. Separate international rules address ballast water management and the prevention of harmful aquatic organisms spreading between ecosystems.
For air pollution, the global MARPOL fuel-sulphur limit has been 0.50% by mass since 1 January 2020, with a stricter 0.10% limit in designated emission control areas. Ships must comply through suitable fuel or an approved equivalent method, where permitted.
Operators should check the relevant convention, amendments, flag-state implementation and port or coastal-state requirements before treating a measure as universally applicable.
Sources: IMO, Sulphur 2020 and IMO, MARPOL overview.
Alternative fuels and the transition
LNG can reduce some air pollutants and may lower tank-to-wake carbon dioxide emissions compared with conventional marine fuels in certain operating conditions. However, methane slip and upstream emissions can reduce its climate benefit. LNG should not be described as a zero-carbon fuel.
Hydrogen, ammonia, methanol and biofuels have different potential benefits and limitations. Their viability depends on lifecycle emissions, sustainable production, engine compatibility, onboard storage, safety procedures and supply infrastructure. No single fuel currently suits every vessel and route.
Shipowners evaluating newbuildings or retrofits should consider fuel availability over the vessel's operating life, regulatory requirements, capital cost and the risk of investing in infrastructure or technology that may not be suitable for future standards.
Waste and ballast water management
Ballast water can carry organisms between ecosystems, creating a risk of introducing invasive aquatic species. The IMO Ballast Water Management Convention requires applicable ships to manage ballast water and sediments under the relevant standards.
Treatment systems may use technologies such as ultraviolet treatment or electrochlorination. The appropriate system depends on vessel design, operating conditions, water characteristics and applicable certification requirements.
Waste management is also an operational and compliance issue. Ships must follow applicable requirements for garbage, sewage, oil residues and other waste streams, including rules on retention, treatment and discharge.
Careers in the Shipping Industry
Offshore Opportunities
Deck officers navigate vessels and manage cargo operations, requiring specialized training and international certifications. Career progression typically advances from Third Officer to Chief Officer and eventually Master Mariner.
Marine engineers maintain and operate ship propulsion and auxiliary systems. These technical professionals need strong mechanical skills and the ability to troubleshoot complex problems in challenging environments.
Onshore Positions
Maritime lawyers specialize in shipping contracts, insurance claims, and regulatory compliance. This field offers excellent career prospects as international trade becomes increasingly complex.
Port operations managers coordinate vessel arrivals, cargo handling, and logistics services. These roles require strong organizational skills and the ability to manage multiple priorities simultaneously.
Supply chain analysts optimize cargo flows, reduce costs, and improve delivery times. Growing e-commerce demand creates numerous opportunities for professionals with analytical and technical skills.
The Future of the Maritime & Shipping Industry
Technological Transformation
Artificial intelligence will continue revolutionizing shipping operations, enabling fully automated ports, predictive maintenance, and optimized route planning. These technologies will reduce costs while improving service quality and environmental performance.
Economic Outlook
Emerging markets will drive future shipping demand as economic development increases trade volumes. Africa, Southeast Asia, and Latin America offer significant growth potential as infrastructure investments improve connectivity.
Sustainability Requirements
Decarbonization will fundamentally reshape the industry as companies invest in alternative fuels, energy-efficient vessels, and carbon offset programs. Early movers in sustainability will gain competitive advantages as environmental regulations tighten.
Challenges and Opportunities
Cybersecurity threats require ongoing vigilance and investment as shipping systems become increasingly digital. Companies must balance efficiency gains from technology adoption with security risks from cyber attacks.
Regulatory compliance will become more complex as environmental standards tighten and digital documentation requirements expand. Organizations that proactively adapt to changing regulations will outperform reactive competitors.
Conclusion
The shipping industry stands at a transformative crossroads in 2026, balancing traditional maritime practices with cutting-edge technologies and environmental responsibilities. Digital transformation, sustainability initiatives, and changing trade patterns are reshaping how goods move across oceans.
Success in this evolving landscape requires adaptability, innovation, and strategic planning. Companies that embrace technology, prioritize environmental stewardship, and maintain operational excellence will thrive in the maritime industry's next chapter.
The future of shipping promises exciting developments in autonomous vessels, alternative fuels, and smart logistics systems. As global trade continues expanding, the maritime industry will remain essential to international commerce while evolving to meet 21st century challenges and opportunities.
FAQs on the Maritime Industry & Shipping Industry
What is the maritime industry?
The maritime industry encompasses all commercial, industrial, and governmental activities related to ocean and sea operations, including shipping, port management, shipbuilding, maritime law, offshore energy, and naval operations. It is one of the world's oldest and most economically vital sectors.
What is the difference between the maritime industry and the shipping industry?
The shipping industry is a subset of the broader maritime industry. While shipping focuses specifically on transporting cargo and passengers by sea, the maritime industry also covers shipbuilding, port operations, maritime law, offshore energy, and coast guard/naval services.
What is the current state of the global maritime and shipping industry in 2026?
In 2026, the maritime industry is navigating a major transformation — balancing geopolitical pressures, decarbonization mandates, and digital innovation. The shipping sector moves over 90% of global trade and is projected to grow significantly, driven by offshore wind expansion and emerging market demand.
What are the major types of ships in the shipping industry?
Key vessel types include container ships, crude oil tankers, product tankers, LNG carriers, bulk carriers, RoRo ships, and offshore support vessels. Each serves specific cargo types and trade routes within the global maritime network.
How is technology transforming the shipping industry?
Technology is reshaping maritime operations through AI-powered route optimization, autonomous vessels, smart port automation, blockchain documentation, IoT sensors, and predictive maintenance systems, all improving efficiency, safety, and environmental compliance.
What are the biggest sustainability challenges facing the maritime industry?
The maritime industry accounts for roughly 3% of global greenhouse gas emissions. The IMO's 2050 net-zero target is pushing rapid adoption of alternative fuels like ammonia, hydrogen, and methanol, alongside energy-efficient hull designs and wind-assisted propulsion systems.
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Vivek Seth
Ex. Sr. Vice President
Vivek Seth is Chairman of Shipfinex, bringing decades of maritime operational expertise and leadership to the platform. As the former Senior Vice President of Marine Services at ADNOC Logistics & Services, he has experience across tanker operations, LNG markets, and marine asset management. His industry background provides practical insight into maritime operations and the commercial considerations involved in managing marine assets.
LinkedIn: https://www.linkedin.com/in/vivekkseth/
