How We Reduced the Carbon Footprint of Our Banana Boats by 20 Percent

Moving bananas from farms to customers requires a carefully coordinated cold-chain network. Ocean transport is one part of that system, connecting growing regions with markets while preserving freshness, quality, and food safety throughout the journey.

Fresh Del Monte Produce has reduced the carbon footprint of its banana vessels by 20 percent through a combination of operational improvements, fuel-efficiency measures, route planning, and closer monitoring of maritime performance. The work reflects a practical approach to decarbonizing logistics: identify the largest sources of emissions, improve how assets are used, and measure results consistently.

This progress forms part of a wider sustainability strategy covering agriculture, packaging, water, energy, biodiversity, communities, and responsible business practices. The company’s broader environmental priorities are described through its sustainability platform, where transportation is considered alongside the impacts of production and distribution.

Why Maritime Emissions Matter

Banana vessels are specialized ships. They transport large volumes of perishable produce and operate refrigerated systems that must maintain stable conditions over long distances. The energy required for propulsion, refrigeration, onboard operations, and port activity contributes to the overall carbon footprint of each shipment.

For this reason, shipping efficiency has a direct connection to responsible food production. A banana can be grown using careful agricultural practices, yet the environmental benefit is weakened if unnecessary fuel is consumed during transport. Reducing vessel emissions helps connect farm-level sustainability with the final stages of the supply chain.

The 20 percent reduction also demonstrates the value of focusing on operational emissions that can be influenced every day. Small gains in speed management, voyage preparation, equipment performance, and maintenance can accumulate across a large fleet and repeated routes.

The Route To A Smaller Footprint

A central part of the effort is improving voyage efficiency. Ships can consume substantially different amounts of fuel depending on speed, weather, currents, loading conditions, and route selection. Reviewing these variables helps operators identify practical ways to maintain reliable delivery while avoiding avoidable fuel use.

Route planning supports this process. Voyage teams can assess expected conditions before departure and adjust decisions as circumstances change. Better coordination between vessel crews, shore-based teams, ports, and logistics planners helps reduce waiting time, inefficient sailing patterns, and unnecessary engine hours.

Vessel maintenance also plays an important role. Clean hulls, well-maintained propellers, efficient engines, and properly calibrated systems help ships move through the water with less resistance. Preventive maintenance protects reliability while contributing to lower fuel consumption and fewer emissions per nautical mile.

What Changed Across The Voyage

The reduction comes from a portfolio of measures rather than one isolated technology. Fuel and emissions data can reveal where performance differs between voyages, allowing teams to prioritize actions with the greatest potential. This data-led approach makes carbon reduction part of routine fleet management.

Operational improvements may include optimizing sailing speed, improving trim and ballast decisions, reducing idle time, and ensuring refrigerated cargo systems operate efficiently. Each measure must be balanced with cargo quality, delivery schedules, crew safety, and the strict temperature requirements of fresh produce.

Measuring The 20 Percent Reduction

A credible emissions reduction depends on a clear baseline. The 20 percent figure is meaningful because it compares current vessel performance with an earlier reference point using consistent operational information. Fuel consumption, voyage distance, cargo activity, and operating conditions can all influence the result, so reliable measurement is essential.

Monitoring also helps distinguish a one-time improvement from sustained progress. When data is reviewed across multiple journeys, teams can identify whether gains are repeatable, where performance varies, and which actions deserve further investment. This creates a feedback loop between measurement, decision-making, and operational learning.

The approach is aligned with the broader movement toward carbon accounting in freight and logistics. Shipping emissions are increasingly assessed through indicators such as fuel consumed, greenhouse gas emissions, cargo carried, and distance traveled. Using these measures gives the company a stronger basis for setting future efficiency goals.

Protecting Product Quality While Cutting Emissions

Lower-carbon shipping must preserve the quality that customers expect from fresh bananas. Refrigerated transport is essential because bananas continue to mature after harvest, and temperature changes can affect ripening, appearance, and shelf life. Efficiency measures therefore have to work within precise cold-chain requirements.

Reducing food loss is an important part of the environmental picture. When produce reaches customers in good condition, the land, water, energy, labor, packaging, and transport used to produce it provide greater value. Reliable vessels and careful cargo management help prevent emissions from being associated with food that is never consumed.

The shipping program also strengthens resilience across the supply chain. Efficient vessels, better planning, and improved performance data can support more predictable logistics while helping manage fuel-price volatility and future environmental requirements. Sustainability and business continuity reinforce each other when improvements are designed around real operational needs.

Keeping Progress Moving

The 20 percent reduction provides a foundation for continued action. Future progress will depend on maintaining current practices, identifying additional efficiency opportunities, and evaluating lower-emission technologies as they become commercially viable. Fleet performance can improve further through digital monitoring, advanced weather routing, cleaner fuels, and vessel designs that reduce energy demand.

The most effective priorities are those that connect measurable environmental outcomes with safe and dependable operations:

• Expand voyage-performance monitoring across routes and vessels.
• Continue preventive maintenance for engines, hulls, propellers, and refrigeration systems.
• Train crews and shore teams to recognize fuel-saving opportunities during every voyage.
• Evaluate lower-carbon fuels and technologies alongside their safety, availability, and lifecycle impacts.
• Use consistent emissions data to guide future targets and investment decisions.

Collaboration will remain essential. Ship crews, engineers, port partners, growers, logistics specialists, and sustainability teams each influence the journey from farm to market. Sharing performance information and applying lessons across operations can help ensure that successful practices become standard rather than isolated examples.

Turning Efficient Shipping Into Long-Term Impact

Reducing the carbon footprint of banana boats by 20 percent shows how focused action in logistics can support a wider sustainability strategy. The achievement is grounded in practical decisions: sail efficiently, maintain equipment, manage refrigeration carefully, coordinate the supply chain, and use data to verify progress.

As Fresh Del Monte Produce continues improving its agricultural and distribution systems, maritime efficiency will remain an important part of responsible food production. Every well-managed voyage can reduce fuel use, protect product quality, and contribute to a lower-emission cold chain.

Explore the company’s sustainability priorities and progress at Fresh Del Monte CSR and follow how improvements in transportation connect with environmental protection, healthy food, and resilient communities.