In the past year, Euroports has been focused on enhancing its emission measurement methods and identifying ways to reduce them. We are actively working to decrease carbon emissions and promote environmental sustainability by improving energy efficiency, utilising renewable energy, minimising waste and managing water usage.
GHG Emissions
Euroports is dedicated to reducing its greenhouse gas (GHG) emissions by 40% by 2030 compared to its 2020 baseline. The company uses the Greenhouse Gas Protocol methodology for emission calculation and collaborates with external consultants to validate its data across all Euroports and Manuport Logistics facilities.
Decrease in CO2 Per Ton
Euroports has made significant progress in reducing emissions, achieving an 8% reduction in absolute emissions and a 33% decrease in tonnes of CO2 per kt handled compared to its 2020 baseline. The declines are attributed to initiatives like the use of Hydrotreated Vegetable Oil (HVO), the transition towards electric vehicles & equipment, more efficient data collection, terminal operations optimisations, and energy management.
These efforts demonstrate Euroports’ commitment to sustainability and proactive measures to meet its ambitious emissions reduction goal.
Scope 1
Emissions are our direct emissions, mainly caused by the use of diesel and other fuels for operating our cranes and other port equipment. It also includes emissions from heating our buildings and the fuel consumption of company cars. Scope 1 emissions make up about 75% of our total emissions.
Scope 2
Emissions are our indirect emissions related to the procurement of energy. These result from the consumption of purchased electricity and district heating and make up about 18% of our total emissions.
Scope 3
Emissions contain the indirect emissions up and down our value chain. We currently limit the mapping of Scope 3 emissions to those resulting from our employees’ commuting and business travel. This part represents about 7% of our total emissions.



Electric Equipment, Vehicles and Terminal Optimisation
In Euroports China, we have invested in electric forklifts and terminal tractors after a thorough trial period. Similarly, our entities in Germany and Finland have adopted advanced Dual Engine Motor material handling equipment. This is supported by our new procurement policy, which prioritises the acquisition of sustainable equipment for our (new) terminal locations.
As part of our broader electrification efforts, we are accelerating the transition of our company vehicles to electric power and installing charging stations at both our offices and terminal parking locations. We also focus on operational improvements through increased efficiency, including reduced driving distances for equipment transport and introducing more efficient handling equipment like in Euroports Belgium. Additionally, we have implemented measures such as reducing terminal speed in Euroports Germany to increase safety and lower emissions.
HVO, Renewables and Energy management
We are currently evaluating the favourable outcomes of implementing HVO (Hydrotreated Vegetable Oil) in our terminal operations in Finland, exploring its potential integration across the broader Euroports group.
Our Scope 2 emissions decreased due to reduced electricity consumption and green initiatives, including purchasing green certificates and installing solar panels. These efforts involve transitioning to renewable energy sources, which saw a 28,5% year-on-year increase and optimising operations to minimise energy consumption.
(1) Gray
(2) Certified green or produced on site

Building on last year’s successful transition to electric terminal tractors and lift trucks, we are developing a comprehensive roadmap to achieve a fully electric fleet by 2030.
This initiative not only supports our commitment to sustainable terminal operations but also aligns with the Group’s 2030 emission reduction targets. By investing in advanced electrification technologies and green energy solutions, we aim to significantly reduce our environmental impact while maintaining high operational efficiency and reliability for our customers.
Euroports is committed to ensuring that all waste generated during its operations is collected. The waste streams primarily consist of paper, cardboard, scrap, and hazardous materials from maintenance activities. Although Euroports does not treat its waste by itself, it uses reputable third-party waste treatment companies that responsibly manage most of it through recycling and reuse.
The amount of waste generated increased from 2021 to 2022 because of increasing volumes (post Covid). While volumes increased further in 2023, the amount of waste decreased in 2023 due to our ongoing reduction efforts but also a shift in certain commodity volumes.
Waste streams are split in recovered waste (including reuse, recycling, and other recovery operations as per CSRD reporting) and not-recovered waste (meaning landfill, incineration without energy recovery or any other or unknown disposal method).
As the total amount of waste that we produce is volume and commodity dependent, our initial objective is to further reduce the percentage of not-recovered waste by implementing more effective recovery strategies, favouring recycling and reuse.
(3) Waste numbers have been adjusted compared to 2022 reporting due to a change in reporting scope as well as improved reporting and data collection processes.
Our water usage includes the use in office facilities, for maintenance and cleaning activities, and for dust reduction. We are improving our definitions and data collection methods for future reporting, to include not only intake (withdrawal) numbers but also consumption and discharge amounts.
For the purpose of dust reduction, our water use strongly depends on volumes and type of commodities.
We therefore switched to reporting on water intensity rather than consumption. The water intensity metric is based on our water withdrawal per kiloton handled.
The increased intensity over the past two years can be explained by a decrease in precipitation and an increase in volumes of dust sensitive products driving a need for increased irrigation.
Regarding our water consumption, we use this resource in a responsible way during all our operations. In our office facilities, maintenance and also in our industrial activities.
We respect local regulations and we treat our waste water accordingly.