For logistics, ESG is moving closer to the core of the business.

More than 80% of international trade in goods by volume moves by sea. Ports and logistics networks therefore influence a significant part of how global supply chains operate, from transportation and cargo handling to warehousing, inland connectivity and energy use.

As companies strengthen sustainability targets and reporting, they are looking more closely at the footprint of these activities. Energy consumption, transport choices, equipment efficiency, safety, water, waste and governance are increasingly part of how logistics operations are assessed.

This is bringing ESG strategy into infrastructure planning, procurement and day-to-day operations.

Sustainability and Operational Performance Are Closely Linked

In logistics, many sustainability gains come from running operations better.

Lower vehicle idling reduces fuel use. Better cargo planning improves asset utilisation. Efficient equipment lowers energy consumption. Stronger visibility can reduce dwell time, congestion and unnecessary movement.

At the scale of a port or logistics network, small improvements can add up across thousands of cargo movements and equipment operating hours.

This is why sustainable business practices are becoming part of operational performance. The focus is increasingly on using energy, infrastructure and transport capacity more efficiently while maintaining reliability.

Sustainable Transportation Can Make a Significant Difference

Transport mode has a direct effect on the footprint of freight.

In India, around 71% of freight moves by road, while rail accounts for approximately 18%, according to NITI Aayog. As freight volumes continue to grow, strengthening rail connectivity can help shift suitable long-distance cargo away from roads while improving logistics efficiency.

Rail freight is significantly less carbon-intensive than road transport, making sustainable transportation an important consideration for logistics networks.

India’s Dedicated Freight Corridors support this transition through higher rail capacity, faster transit times and greater network efficiency. A kilometre-long freight train on the Eastern Dedicated Freight Corridor can replace approximately 72 trucks, helping ease congestion and improve freight movement.

For ports and cargo owners, stronger links between terminals, freight corridors and inland destinations can improve efficiency while lowering the emissions intensity of freight movement.

Supply Chain Sustainability Depends on Better Coordination

A shipment may pass through factories, transporters, warehouses, container freight stations, ports and distribution centres before reaching its destination.

Delays or inefficiencies at any stage can increase resource use across the wider network. Longer dwell times require more storage. Poor planning can create unnecessary trips. Weak inventory visibility can lead to excess movement or stock losses.

This is where supply chain sustainability becomes closely linked to coordination.

The impact is particularly visible in food logistics. FAO estimates that about 13% of food produced globally is lost between harvest and retail. Food loss and waste also account for an estimated 8–10% of global greenhouse gas emissions.

Better storage, faster handling, temperature control and more reliable transport can reduce these losses. These are central elements of sustainable supply chain management, where stronger operational performance can directly reduce waste.

Green Logistics Starts with Infrastructure

Logistics assets operate for years, often decades. Decisions around energy, equipment and connectivity can therefore have a long-term impact.

At terminals and warehouses, green logistics can include renewable electricity, electrified or hybrid equipment, efficient lighting, water treatment and responsible waste management.

Across transportation networks, the focus can extend to route planning, rail connectivity, cargo consolidation and better vehicle utilisation.

Location also matters. A well-positioned warehouse can reduce unnecessary transport. A rail-connected terminal gives cargo owners more options for inland movement. Digital coordination can help reduce waiting and improve equipment use.

A green supply chain is built when these improvements work together across the cargo journey.

ESG Reporting Is Making Logistics Data More Important

Sustainability performance increasingly needs to be measurable.

For logistics providers, ESG reporting places greater importance on reliable operational data.

Terminals already track cargo movements, equipment use and dwell times. Warehouses generate inventory and energy data. Transport systems capture route and fleet information. Safety, water and waste systems add further indicators.

When connected effectively, this information can support better decisions.

Energy data can highlight high-consumption equipment. Transport data can identify opportunities for modal shifts or better utilisation. Safety records can show recurring operational risks. Water and waste data can point to areas where processes need improvement.

ESG reporting becomes more useful when it strengthens operational management.

Building More Sustainable Port-Linked Logistics

PSA India is applying several of these principles across its network.

PSA Mumbai operates on 100% renewable electricity, supported by 10 MW of captive solar, 3.7 MW of open-access wind and 1 MW of on-site solar capacity. These initiatives are expected to reduce more than 16,000 tonnes of CO₂ emissions annually.

PSA Chennai has 692 kWp of on-site solar capacity, while PSA Ameya operates a 1 MW solar energy plant alongside initiatives in water treatment, energy-efficient lighting and waste management.

These measures sit alongside port operations, inland connectivity, CFS services and warehousing. Together, they support more efficient cargo movement while reducing the resource intensity of logistics infrastructure.

Looking Ahead

Sustainability in logistics is becoming increasingly practical.

Transport mode affects emissions and cost. Energy choices shape the long-term footprint of infrastructure. Better storage and cargo planning reduce losses. Digital visibility improves utilisation and supports ESG measurement.

These are everyday logistics decisions with long-term business implications.

As supply chains grow and reporting expectations increase, sustainable supply chain management will depend on how well businesses connect infrastructure, transport, energy and data.

For logistics providers, the opportunity lies in making these systems more efficient, measurable and resilient. That is where ESG can create lasting value across the supply chain.

Frequently Asked Questions

1. Why is sustainability becoming a priority in logistics?

Sustainability is increasingly linked to energy use, operating efficiency, infrastructure investment, supply-chain resilience and customer reporting requirements.

2. What is green logistics?

Green logistics refers to practices that reduce the environmental impact of storing and moving goods through renewable energy, efficient transportation, improved equipment and better resource use.

3. How does sustainable transportation support supply chain performance?

Sustainable transportation can improve freight efficiency through better mode selection, rail connectivity, vehicle utilisation and transport planning.

4. What role does ESG reporting play in logistics?

ESG reporting helps businesses measure areas such as energy use, emissions, water, waste and safety, while providing data that can support operational improvement.

5. What is sustainable supply chain management?

Sustainable supply chain management integrates environmental, social and governance considerations across transportation, storage, infrastructure and supplier relationships.