EduAsiaNews, Jakarta – Logistics is the backbone of the economy. Nearly every product we use daily has undergone a long journey—from production sites, warehouses, and ports to distribution centers before finally reaching consumers. When logistics systems are disrupted, production slows, commodity prices rise, and economic competitiveness weakens.
Despite its vital role, the logistics sector is also highly energy-intensive and a significant source of greenhouse gas (GHG) emissions. Trucks, ships, aircraft, warehouses, cargo-handling equipment, and various distribution facilities continue to rely heavily on fossil fuels. According to the World Bank, freight transport and logistics account for approximately 10–11 percent of global greenhouse gas emissions. As global freight movement continues to expand, logistics-related energy consumption and emissions are projected to increase, particularly in developing countries, unless fundamental changes are implemented.
For this reason, green logistics must be positioned as a strategic national priority—not only to reduce environmental impacts but also to improve operational efficiency, strengthen supply chain resilience, and enhance Indonesia’s economic competitiveness.
Logistics: An Economic Driver and a Major Source of Emissions
The challenge of green logistics stems from the very nature of the logistics sector. The movement of goods involves multiple stakeholders, transportation modes, geographical regions, and information systems. Every stage requires energy—from transporting raw materials, warehousing, packaging, and distribution to handling returned products.
Globally, freight transport is estimated to account for around 40 percent of carbon dioxide emissions from the transport sector. Meanwhile, road transport emissions exceeded 6 billion tonnes of CO₂ in 2024, with approximately one-third generated by heavy-duty trucks.
The issue extends beyond the sheer number of vehicles. Empty return trips, inefficient routing, traffic congestion, aging fleets, inadequate vehicle maintenance, and heavy reliance on road transport all contribute to excessive fuel consumption.
For Indonesia, logistics efficiency is also closely linked to economic competitiveness. The 2025–2029 National Medium-Term Development Plan (RPJMN) reports that logistics costs represented 14.29 percent of Indonesia’s Gross Domestic Product (GDP) in 2022, with the government targeting a reduction to approximately 12.5 percent by the end of the planning period.
This demonstrates that efficiency improvements and emission reductions can be pursued simultaneously. Reducing empty trips, optimizing delivery routes, maximizing vehicle load capacity, and improving warehouse management not only lower emissions but also significantly reduce operational costs.
Green Logistics Is More Than Fleet Electrification
Green logistics is often narrowly interpreted as the adoption of electric vehicles. While electrification is undoubtedly important—particularly as electricity generation becomes increasingly low-carbon—replacing conventional vehicles without improving logistics systems merely shifts the source of emissions rather than solving the underlying problem.
Green logistics encompasses the entire supply chain, including raw material procurement, supplier selection, packaging design, warehouse management, transportation modes, route optimization, load consolidation, and reverse logistics, which enables the recovery and reuse of products, packaging, and recyclable materials.
Modal shift also plays a crucial role. For suitable commodities and transport corridors, shifting freight from road transport to railways or waterways can substantially reduce emissions. The World Bank estimates that moving freight from roads to rail or inland water transport—where geographically and operationally feasible—can reduce greenhouse gas emissions per tonne-kilometer by at least 70 percent.
Therefore, green logistics is not simply about cleaner vehicles. It is fundamentally about designing a logistics system capable of moving goods using the least possible distance, energy, time, and resources while maintaining high service quality.
Carbon Inventory: Emission Management Begins with Reliable Data
Companies cannot reduce emissions if they do not know where those emissions originate or how much they produce. Consequently, the first step toward low-carbon logistics transformation is establishing a carbon inventory, or greenhouse gas emissions inventory.
The principle is straightforward: emissions are calculated by multiplying activity data by the appropriate emission factor.
Activity data may include fuel consumption, electricity usage, vehicle mileage, number of trips, freight weight, equipment operating hours, or warehouse energy consumption. Emission factors indicate the amount of greenhouse gas emitted for each unit of activity.
For example, vehicle emissions can be calculated based on fuel consumed or total kilometers traveled. Emission factor values, units, reference years, and data sources should all be carefully documented to ensure transparency and consistency.
Collecting activity data should therefore not be viewed as an administrative burden. Instead, it forms the foundation for identifying major emission sources, setting priorities, establishing reduction targets, and evaluating the effectiveness of mitigation measures.
A comprehensive carbon inventory may reveal that the largest emission sources are not limited to vehicle fleets but also include empty return trips, energy-inefficient warehouses, refrigeration systems, single-use packaging, or suppliers located far from production facilities. Such insights can only emerge through systematic and consistent emissions accounting.
Technology Matters, but Partnerships Determine Success
Digital technologies can significantly accelerate green logistics transformation. Transportation Management Systems (TMS) optimize delivery routes, minimize waiting times, and consolidate shipments. Telematics monitor fuel consumption and driver behavior, while sensors measure warehouse energy usage. Artificial intelligence can forecast demand more accurately, reducing excess inventory and unnecessary transportation.
However, technology alone cannot transform an entire logistics ecosystem. Efficiency gains achieved by individual companies may not translate into system-wide improvements if ports, warehouses, freight operators, cargo owners, energy providers, and government institutions continue to operate independently.
Green logistics requires strong collaboration among stakeholders.
Governments play a critical role by establishing standards, developing infrastructure, providing incentives, and ensuring regulatory certainty. Businesses must invest in cleaner technologies and redesign operational processes. Universities and research institutions contribute scientific methodologies, technological innovation, and capacity building. Financial institutions provide financing mechanisms that enable companies—including small and medium-sized enterprises—to undertake low-carbon transitions.
Partnerships are equally important for preventing greenwashing. Claims regarding emission reductions should always be supported by clearly defined accounting boundaries, traceable data, consistent methodologies, and independently verifiable results.
From Environmental Compliance to Business Excellence
Green logistics should not be viewed merely as a regulatory compliance obligation. In many cases, emission sources are also sources of operational inefficiency. Wasted fuel, empty trips, excessive waiting times, underutilized vehicle capacity, and unnecessary electricity consumption all translate directly into higher operating costs.
Companies capable of effectively managing their emissions will also be better positioned to meet evolving market expectations. International buyers increasingly evaluate the carbon footprint of products, including emissions generated throughout transportation and distribution. Likewise, financial institutions are incorporating environmental performance into risk assessments and lending decisions.
Ultimately, green logistics brings together three mutually reinforcing objectives: economic efficiency, greenhouse gas emission reduction, and enhanced competitiveness. These objectives should not be viewed as conflicting but rather as complementary drivers of sustainable economic growth.
Indonesia Must Move from Green Initiatives to Systemic Logistics Transformation
Indonesia is not lacking in pilot projects, innovative ideas, or technological solutions. The real challenge lies in integrating these initiatives into a measurable, scalable, and nationwide low-emission logistics ecosystem.
Transformation should begin with a credible carbon inventory, followed by clear emission reduction targets, a comprehensive implementation roadmap, and concrete actions focused on the most significant emission sources.
Fleet electrification represents one important solution, but it must be complemented by route optimization, higher vehicle utilization, modal shift, renewable energy adoption, digital transformation, and the development of skilled human resources.
Green logistics is not merely about making vehicles appear greener. Its true essence lies in fundamentally redesigning how goods are produced, stored, transported, consumed, recovered, and reintegrated into the economy.
If implemented consistently, low-carbon logistics will not only help Indonesia achieve its climate commitments but also pave the way for a logistics system that is more efficient, resilient, and globally competitive.
