Shipping and Port Insurance in India: Managing Maritime Operational Risks

India's maritime sector handles approximately 95 percent of the country's trade by volume and 68 percent by value, with 12 major ports and over 200 minor and intermediate ports forming the backbone of this critical infrastructure. The combined cargo throughput across major ports exceeded 800 million tonnes in FY 2024-25, with Deendayal Port (Kandla), Paradip, Visakhapatnam, and JNPT consistently ranking among the busiest terminals. The Indian shipping fleet, while modest relative to global tonnage, approximately 1,500 vessels totalling around 13 million gross tonnage, is expanding under the Maritime India Vision 2030 and Maritime Amrit Kaal Vision 2047 frameworks that target doubling port capacity and quadrupling the Indian-flagged fleet by 2047.

From an insurance perspective, the maritime sector presents a layered and interconnected market spanning hull and machinery coverage for vessel owners, protection and indemnity liability for third-party claims, marine cargo insurance for goods in transit, port operator liability for damage to vessels and cargo during port operations, and specialised covers for container freight stations and inland container depots. The total marine insurance premium pool in India is estimated at over INR 8,000 crore annually, yet penetration remains uneven, while large corporate shipping lines and major port trusts maintain complete insurance programmes, the coastal shipping segment, inland vessel operators, and smaller private port terminals frequently carry inadequate coverage.

The regulatory architecture governing maritime insurance in India is diverse. The Marine Insurance Act 1963, adapted from the UK Marine Insurance Act 1906, provides the foundational legal framework for marine insurance contracts, defining principles of utmost good faith, insurable interest, indemnity, and subrogation specific to marine risks. The Merchant Shipping Act 1958, administered by the Directorate General of Shipping, mandates compulsory insurance requirements for vessel owners including oil pollution liability under the Civil Liability Convention and wreck removal obligations. The Major Port Authorities Act 2021, which replaced the colonial-era Major Port Trusts Act 1963, has restructured port governance to enable greater private participation, introducing new liability dynamics that insurers and port operators must handle. Understanding these interlocking regulatory frameworks is essential for any underwriter evaluating maritime risks in India.

Hull and machinery insurance forms the foundational cover for ship owners, protecting the vessel's physical structure, main engines, auxiliary machinery, and equipment against perils of the sea, fire, collision, grounding, and other named risks. For the Indian fleet, hull insurance carries distinctive characteristics shaped by the age profile of vessels, trading patterns, and classification society oversight.

The average age of the Indian-flagged fleet remains a material underwriting concern. While leading operators such as Shipping Corporation of India, Great Eastern Shipping, and Essar Shipping maintain relatively modern tonnage, a significant proportion of Indian coastal and offshore vessels exceed 20 years of age — a threshold beyond which hull claim frequency and severity increase markedly. Underwriters must scrutinise class survey records from the Indian Register of Shipping (IRS) or other IACS-member classification societies, paying particular attention to special survey status, condition of assessment programme compliance, and any outstanding class recommendations or conditions of class.

The Institute Time Clauses (Hulls) 1983, commonly used as the basis for hull policies in the Indian market, provide cover against named perils including perils of the seas, fire, violent theft, jettison, piracy, contact with dock infrastructure, earthquakes, and machinery accidents. However, standard hull policies carry critical exclusions that Indian ship owners must understand; war and strikes risks require separate cover under the Institute War and Strikes Clauses, and crew negligence claims are typically subject to the Inchmaree clause. The assured's duty of disclosure under Section 20 of the Marine Insurance Act 1963 is particularly stringent; non-disclosure of material facts such as changes in trading area, detention by port state control, or previous machinery failures can void the policy entirely.

For Indian coastal vessels operating on fixed routes between domestic ports, hull insurance must account for the specific navigational hazards of the Indian coastline: cyclonic activity in the Bay of Bengal and Arabian Sea between May and December, shallow water risks in the Gulf of Khambhat and Hooghly approaches, congested anchorage areas at major ports, and seasonal monsoon weather that significantly elevates grounding and collision risks. Hull premium rating for coastal vessels typically factors in the vessel's age, deadweight tonnage, classification society, trading limits, claims record over five years, and the owner's overall fleet management quality. Deductibles for Indian hull policies generally range from 0.5 to 2 percent of the insured value depending on vessel age and claims history.

Protection and indemnity insurance (universally known as P&I) covers the ship owner's third-party liabilities arising from the operation of the vessel. While the majority of the world's ocean-going tonnage is entered with one of the 12 International Group P&I Clubs based in London, Bermuda, and Scandinavia, Indian ship owners' P&I arrangements present a more fragmented picture that underwriters and risk managers must evaluate carefully.

The scope of P&I cover is extensive and covers liabilities that can dwarf the insured value of the vessel itself. Key heads of cover include crew injury and death claims under the Merchant Shipping Act 1958, collision liability excess (the one-fourth not covered by the hull policy under the running down clause), damage to fixed and floating objects including port infrastructure, wreck removal costs mandated by harbour authorities under the Merchant Shipping Act, cargo liability for damage to goods carried, pollution liability for oil spills and hazardous substance releases, and quarantine and disinfection expenses. The Admiralty (Jurisdiction and Settlement of Maritime Claims) Act 2017 has significantly modernised India's admiralty jurisdiction framework, expanding the scope of maritime claims against vessels and enabling in rem arrests of ships in any Indian High Court with admiralty jurisdiction. A development that directly impacts the frequency and quantum of P&I claims in Indian waters.

For Indian ship owners, oil pollution liability represents the most catastrophic single exposure. India ratified the International Convention on Civil Liability for Oil Pollution Damage 1992 (CLC Convention), and the Merchant Shipping Act mandates that every vessel carrying more than 2,000 tonnes of oil in bulk must maintain insurance or financial security to cover pollution liability. The maximum liability under the CLC Convention for vessels up to 5,000 gross tonnage is approximately SDR 4.51 million, scaling up to SDR 89.77 million for larger vessels. However, underwriters should note that India has not ratified the International Oil Pollution Compensation Fund 1992 (IOPC Fund), meaning that compensation beyond the ship owner's CLC limit must be pursued through separate legal channels: a gap that leaves port authorities, fishermen, and coastal communities at risk in a major spill event.

P&I claims frequency in Indian waters has increased steadily over the past decade, driven by port congestion leading to anchorage collisions, crew injury claims supported by increasingly assertive legal representation, and heightened regulatory enforcement of wreck removal timelines. Indian P&I correspondents report that average claim quantum has also risen materially, particularly for personal injury claims where Indian courts have awarded increasingly generous compensation under the Merchant Shipping Act and general tort law. Underwriters evaluating Indian shipping P&I exposure must account for these trends when assessing the adequacy of club entry limits and the financial strength of the P&I provider.

India's port sector is undergoing a structural transformation driven by the Sagarmala programme, a flagship initiative of the Ministry of Ports, Shipping and Waterways. Launched in 2015, Sagarmala involves port modernisation, port-led industrialisation, coastal community development, and coastal shipping enhancement across 574 identified projects with a total investment outlay exceeding INR 6 lakh crore. For insurers, Sagarmala represents both a massive expansion of insurable assets and a fundamental shift in the liability market as port governance transitions from public trust models to corporatised and private structures.

The Major Port Authorities Act 2021 replaced the Major Port Trusts Act 1963, converting India's 12 major ports from trust structures into statutory authorities with greater operational and financial autonomy. This corporatisation has introduced professional board governance, performance-linked management, and, critically for insurance purposes, clearer delineation of liability between the port authority, concessionaire operators, and other service providers within the port ecosystem. Port operators now bear explicit contractual liability for cargo damage during handling, vessel damage from berth or crane operations, environmental contamination within port limits, and worker safety under the Dock Workers (Safety, Health and Welfare) Act 1986.

Port operator liability insurance must cover a spectrum of exposures that intensify as throughput increases. Physical damage to vessels during berthing, loading, and unberthing operations, caused by pilot error, tug failures, or fender system inadequacies, generates some of the highest-value individual claims. A single allision between a container vessel and a shore crane at a major Indian port can produce combined damage claims exceeding INR 500 crore. Cargo damage liability, particularly for containerised cargo damaged by improper handling, stacking collapses, or flooding in container yards during monsoon, represents a high-frequency exposure that requires careful deductible structuring.

The expansion of port capacity under Sagarmala has introduced construction-phase risks that demand contractor's all-risk and erection all-risk coverage during the building of new berths, breakwaters, dredging operations, and mechanised cargo handling systems. Several greenfield port projects, Vadhavan in Maharashtra, the proposed Machilipatnam port in Andhra Pradesh, and Tajpur in West Bengal, represent individual construction values of INR 10,000 to 65,000 crore, each requiring sophisticated insurance programme design covering construction risks, advance loss of profits, and third-party liability during the build phase. Underwriters evaluating port construction risks must account for India-specific challenges including cyclonic storm exposure during construction, monsoon-related delays, and the geological complexities of building port infrastructure on India's diverse coastline.

Cargo damage within port premises represents one of the most persistent and commercially significant sources of marine insurance claims in India. The risk arises at multiple points in the port handling chain — during discharge from the vessel, transfer to the storage yard, storage duration, and loading onto the evacuation mode whether rail, road, or coastal vessel. Indian ports, many of which operate at or above designed capacity, face elevated cargo damage exposure from congestion, inadequate storage infrastructure, and monsoon weather that compounds handling risks.

Container damage and loss is a growing exposure as India's containerisation rate increases. JNPT, Mundra, Chennai, and Krishnapatnam collectively handle over 20 million TEUs annually, with container dwell times at some ports averaging 5 to 7 days: significantly higher than the global benchmark of 3 to 4 days. Extended dwell times increase exposure to weather damage, pilferage, container stack collapses from improper stacking practices, and reefer container failures that spoil temperature-sensitive cargo. Claims arising from reefer unit power failures at Indian ports have increased substantially, particularly for pharmaceutical, seafood, and agricultural commodity shipments where cold chain integrity is critical.

Bulk cargo damage at Indian ports is dominated by moisture-related losses. Iron ore, coal, food grains, and fertiliser (which collectively account for over 60 percent of major port throughput by volume) are susceptible to moisture absorption, contamination from mixed storage, and degradation from extended open storage during monsoon months. The practice of storing bulk cargo on open plots without adequate drainage, particularly at ports with legacy infrastructure such as Kolkata, Mormugao, and New Mangalore, results in recurring claims for cargo quality deterioration. Underwriters should evaluate the port's covered storage capacity relative to monsoon-season throughput when assessing cargo damage exposure.

The legal framework for cargo liability at Indian ports is governed by a combination of the Indian Carriage of Goods by Sea Act 1925 (which incorporates the Hague Rules), individual port tariff regulations, and the terms of custody transfer between the shipping line, stevedore, and port operator. Demarcation of liability between these parties is frequently contested in cargo damage claims, creating subrogation complexity for marine cargo insurers. The shift toward automated cargo handling systems (ship-to-shore gantry cranes, rubber-tyred gantry cranes, and automated stacking cranes at ports like Mundra and JNPT's fourth terminal) is expected to reduce handling damage frequency but introduces new machinery breakdown and software malfunction exposures that require dedicated engineering insurance coverage.

Insurers must also consider the risk of cargo theft and pilferage at Indian ports, which remains a material exposure despite improvements in port security infrastructure following the ISPS Code implementation. High-value containerised cargo, particularly electronics, textiles, and consumer goods, is vulnerable during the container freight station unstuffing process and during transit between the port gate and the consignee's premises. Institute Cargo Clauses (A), which provide all-risks coverage including theft, are essential for high-value shipments transiting Indian ports.

India's inland waterway sector, historically underdeveloped compared to road and rail freight, is experiencing a transformative expansion under the Jal Marg Vikas Project and the broader National Waterways programme. The Inland Waterways Authority of India (IWAI) now administers 111 declared national waterways, with National Waterway 1 (Ganga (Haldia to Varanasi, 1,620 km) and National Waterway 2 (Brahmaputra) Dhubri to Sadiya, 891 km) designated as priority corridors receiving substantial infrastructure investment. The Jal Marg Vikas Project, funded with World Bank support at an estimated cost of INR 5,369 crore, is developing navigational infrastructure on NW-1 including multimodal terminals at Varanasi, Haldia, and Sahibganj, fairway development for 2.5 to 3 metre draft vessels, and river information systems.

This expansion creates an entirely new category of maritime insurance demand that the Indian market has limited experience underwriting. Inland vessels operating on national waterways face a distinct risk profile compared to ocean-going and coastal tonnage. River navigation hazards include shifting channel depths due to seasonal water level fluctuations, submerged obstacles, sharp bends with limited visibility, bridge clearance restrictions, and monsoon flooding that can render waterways unnavigable for extended periods. Hull insurance for inland vessels must be tailored to these specific exposures, with seasonal lay-up clauses during monsoon months when many waterways become non-navigable.

The Inland Vessels Act 2021, which replaced the archaic Inland Vessels Act 1917, has modernised the regulatory framework for inland shipping by introducing uniform registration across states, mandatory safety standards, and, critically, compulsory insurance requirements for inland vessels. Section 34 of the Act mandates that no inland vessel shall operate without a valid insurance policy covering third-party risks. This statutory requirement has created a new insurance market that the Indian insurance industry is still developing underwriting frameworks and rating structures to serve. The Act also establishes a central database of inland vessels, which over time will provide the claims data needed for actuarial modelling of inland waterway risks.

Multimodal terminal operations at river ports introduce cargo handling exposures similar to coastal ports but with additional complications. River bank erosion affecting terminal infrastructure, flooding of storage yards during monsoon, and the logistical challenges of transferring cargo between shallow-draft river vessels and road or rail transport create coverage gaps that standard marine cargo policies may not adequately address. Underwriters must develop bespoke cargo-in-transit wordings that seamlessly cover the multimodal journey from origin factory to river terminal to coastal port to destination, without leaving coverage gaps at the modal transfer points.

The insurance opportunity in inland waterways is substantial but requires patience and investment in risk data. Early movers among Indian non-life insurers who develop specialised inland marine underwriting capabilities (including dedicated survey panels, loss adjustment expertise, and relationships with IWAI) will be well positioned as cargo volumes on national waterways scale up toward the government's target of 10 percent modal share for waterways in India's freight mix.

Port congestion in India has evolved from an operational nuisance into a systemic insurance risk that affects vessel owners, cargo interests, and port operators simultaneously. Average vessel turnaround time at Indian major ports, while improved from 4.5 days in FY 2015-16 to approximately 2.5 days in FY 2024-25, remains above global best practices. During peak cargo seasons and monsoon-disrupted periods, individual ports can experience severe congestion with vessel waiting times at anchorage extending to 7 to 15 days. This congestion amplifies multiple insurance exposures: anchorage collisions between vessels awaiting berth, deterioration of perishable cargo, demurrage and detention costs, and increased crew fatigue leading to handling errors during eventual port operations.

Climate risk is an intensifying dimension of maritime insurance exposure in Indian waters. The frequency of severe cyclonic storms in the Bay of Bengal and Arabian Sea has increased notably, with cyclones Amphan (2020), Tauktae (2021), Biparjoy (2023), and Michaung (2023) each causing significant damage to port infrastructure and vessels. Cyclone Tauktae resulted in the sinking of the accommodation barge P305 off the Mumbai coast with the loss of 86 lives — a catastrophic P&I event that highlighted the vulnerability of offshore support vessels to cyclonic storms. Port infrastructure damage from cyclonic storms, including destruction of container cranes, breakwater breaches, and flooding of cargo storage areas, can produce aggregate losses of INR 2,000 to 5,000 crore at a single port.

Sea-level rise and coastal erosion present longer-term but increasingly material risks for Indian port infrastructure. Ports at Mumbai, Chennai, Kolkata, and Kochi are identified in IPCC assessments as particularly vulnerable to rising sea levels, with projected increases of 20 to 50 centimetres by 2100 under moderate emission scenarios. For insurance purposes, the practical implications include increased frequency of storm surge flooding, accelerated deterioration of marine structures, and the potential need for asset relocation. Catastrophe modellers are beginning to integrate these projections into their Indian coastal flood models, and forward-looking underwriters should engage with these evolving risk assessments.

The accumulation of insured values within Indian port complexes creates significant natural catastrophe exposure for the insurance market. A single major port like Mundra or JNPT can have aggregate insured values across vessels in port, cargo in transit and storage, port infrastructure, and third-party liability exposures exceeding INR 50,000 crore at any given time. A direct hit from a severe cyclone on a major container port during peak operational hours represents a realistic disaster scenario with total insured losses potentially exceeding INR 10,000 crore. Reinsurance programme design for Indian port and marine portfolios must incorporate catastrophe modelling that accounts for the spatial correlation of these exposures and the potential for cascading losses across interconnected assets.

Effective underwriting of India's maritime sector requires a structured approach that integrates vessel-specific technical assessment, port and route risk evaluation, regulatory compliance verification, and loss prevention engineering. The following best practices are drawn from established maritime risk management frameworks and adapted to the specific conditions of the Indian shipping and port environment.

For hull and machinery risks, underwriters should anchor their assessment on the vessel's classification society records, giving preference to Indian Register of Shipping and IACS-member societies with established survey networks in India. Key evaluation parameters include the vessel's age relative to its type, special survey and intermediate survey compliance status, condition of assessment programme results, port state control detention history (particularly PSC inspections under the Indian Ocean MOU), main engine and auxiliary machinery maintenance records, and the owner's safety management system certification under the International Safety Management Code. Vessels with clean class records, zero PSC detentions in the preceding three years, and documented planned maintenance systems should receive favourable underwriting treatment relative to vessels with outstanding class conditions or repeated detentions.

For port operator risks, the underwriting assessment should examine the port's cargo handling technology and automation level, crane and equipment maintenance programmes, storm preparedness protocols, fire detection and suppression systems for covered storage areas, and compliance with the ISPS Code security requirements. Ports that have invested in vessel traffic management systems, automated mooring systems, and real-time weather monitoring with proactive vessel movement restrictions during adverse conditions present materially superior risk profiles. The port's historical loss record, particularly frequency and severity of cargo damage claims, vessel damage during berthing, and worker injury incidents under the Dock Workers Act, should be analysed over a minimum five-year period.

Loss prevention for maritime risks in Indian conditions must specifically address monsoon and cyclone preparedness. Vessel owners should maintain documented heavy weather contingency plans, ensure adequate ballast management for vessels at anchorage during cyclone warnings, and comply with port authority directives for vessel evacuation from harbour limits when cyclone warnings are issued. Port operators must have tested cyclone preparedness plans including crane tie-down procedures, container stack height reduction protocols, evacuation plans for hazardous cargo, and post-cyclone damage assessment and resumption procedures.

The adoption of technology-driven risk management tools is rapidly improving the underwriting information available for maritime risks. Satellite-based vessel tracking via AIS data enables underwriters to monitor trading patterns, port calls, and compliance with agreed trading warranties in real time. IoT sensors on cargo containers provide temperature, humidity, and shock data that support cargo damage claim investigation and risk selection. Predictive analytics applied to hull condition monitoring data from classification societies can identify vessels with elevated machinery breakdown risk before a loss occurs. Insurers who invest in integrating these data sources into their maritime underwriting workflows will achieve superior risk selection and portfolio performance in an increasingly competitive Indian marine insurance market.