BACKGROUND

The maritime industry has crossed a threshold: the era of relying on manual noon-reports to estimate fuel consumption is dead. Today, carbon emissions are a direct financial liability. Shipowners and operators are facing immense pressure to quantify, verify, and manage their emissions in near real-time. Failing to do so doesn’t just invite regulatory fines; it directly erodes commercial viability.

With EU regulations (EU ETS and Fuel EU maritime), there is already a carbon pricing in the industry for international ship owner/operators to reference and trade carbon credits. Also, with green ship financing, some banks are also looking for digital platforms to provide assurance of emissions targets.

SIGNIFICANCE OF PROBLEM

Many ship operators currently face challenges in:

• Quantifying emissions exposure in near real time across their fleets
• Translating operational data into reliable emissions reporting metrics
• Reconciling emissions data across multiple reporting frameworks and stakeholders
• Demonstrating credible emissions performance for regulators, charterers, and financial institutions

Without reliable systems for emissions monitoring, verification, and assurance, shipowners may face difficulties managing carbon costs, complying with regulatory reporting requirements, and meeting the expectations of investors and financing partners.

POTENTIAL MARKET SIZE

1. The Hardware Segment (Sensors, CEMS, and Edge Telemetry)
The physical infrastructure required to accurately measure exhaust gases (like CO2, methane slip, and NOx) and fuel consumption at the edge is expanding rapidly. Current Valuation (2026): The global marine emission control and monitoring systems market is currently valued at approximately US$ 8.35 billion.
2035 Projection: Driven by the retrofitting of global merchant fleets and the integration of alternative fuels (which require complex slip detection), this hardware segment is projected to reach US$ 17.38 billion by 2035, growing at a CAGR of roughly 8.5%.

2. The Software Segment (MRV Platforms, Digital Twins, and Analytics)
Hardware only provides raw telemetry; the software layer normalizes this data, verifies it against regulatory frameworks, and executes predictive routing to minimize carbon exposure.
Current Valuation (2026): The broader maritime decarbonization technology market is valued at roughly US$ 13.8 billion, with digital carbon management and reporting software representing a rapidly growing core of this expenditure.
2035 Projection: The specific sub-segment for transportation and logistics carbon management software is projected to reach US$ 8.2 billion by 2035. When combined with predictive vessel performance analytics and dynamic weather routing platforms, the software ecosystem enabling maritime carbon accountability will easily exceed US$ 12 billion by 2035.

EXISTING EFFORTS

Classification Societies have digital platforms that centralises fleet emissions data and provides verified reporting outputs. This helps shipowners comply with EU ETS, CII, and FuelEU Maritime requirements. They also provide scenario simulations to estimate impacts of voyage choices on emissions and carbon allowances.

Additional Real-Time Emissions Monitoring Platforms are still required, for example:

• Systems that continuously calculate vessel emissions based on operational and fuel consumption data
• Dashboards that provide fleet-level emissions visibility for operators
• Carbon Exposure Management Tools
• Platforms that estimate carbon pricing exposure under frameworks such as EU ETS
• Decision-support tools that help operators manage carbon cost risks
• Automated Regulatory Reporting Systems
• Digital tools that translate operational data into regulatory reporting format
• Integration with emissions monitoring, reporting, and verification (MRV) framework