The CLEVER Project: Transforming Emission Calculations for a More Sustainable Transport Sector

As part of our commitment to environmental sustainability, Meo Carbon Solutions proudly supports the CLEVER project—an initiative dedicated to reshaping how greenhouse gas (GHG) emissions are calculated across the transportation sector. Through collaboration with a diverse consortium of international partners, CLEVER is pioneering a credible and standardized approach to emission factors for all transport modes, fuel types and production methods.

Harmonizing Emission Factors for Global Impact

The CLEVER project aims to establish a globally applicable, harmonized framework for GHG emission factors. This framework will address both freight and passenger transport sectors, covering a comprehensive range of fuel types—from conventional fuels to emerging energy sources not yet documented in existing databases. By establishing these industry-wide standards, CLEVER will provide a consistent basis for accurate, transparent emission calculations, which are essential for effective emission management across the sector.

In addition to covering a broad spectrum of fuels, CLEVER’s methodology framework considers the entire energy lifecycle, from production through to end-use. This comprehensive approach ensures that emissions are measured consistently and accurately—reflecting true environmental impacts. Such robust standards will support both policymakers and businesses in regulatory compliance, operational efficiency and sustainable growth.

An International Consortium for Sustainable Transport

The CLEVER project draws on the expertise of an international network of partners, including the Institut für Energie- und Umweltforschung Heidelberg gGmbH (ifeu), Smart Freight Centre, GreenRouter, Emisia SA, PNO Consultants, Alliance for Logistics Innovation through Collaboration in Europe (ALICE), Three o’clock, UITP, Ricardo plc and ZN. Together, we are working to build a unified foundation for sustainable transport, leveraging each partner’s specialized knowledge to shape a framework that will drive long-lasting impact.

As a sustainability consultancy with experience in GHG emissions calculation and sustainability certification, Meo Carbon Solutions brings insight and expertise to the CLEVER project. Our contributions support the project’s goal to create an actionable, adaptable framework that promotes both environmental responsibility and industry alignment with global sustainability goals.

The CLEVER Repository: A Hub for Emission Knowledge

One of the CLEVER project’s cornerstone resources is the CLEVER Repository. This platform consolidates essential resources on emission factors, scientific publications and relevant legislation. Designed with accessibility and usability in mind, this platform provides stakeholders with the insights they need to make informed decisions in sustainable transport. By centralizing knowledge, the CLEVER Repository supports CLEVER’s mission to empower the industry with tools to reduce emissions and advance sustainable practices across the transportation sector.

This platform is now live, offering easy access to information that can drive transformation in sustainable transport practices.

Interested? You can join the CLEVER Repository. A step-by-step guide is also available to help make the enrollment process as smooth as possible.

A Path Forward with CLEVER

Meo Carbon Solutions, together with our partners, is proud to be part of the CLEVER project—a significant step toward a greener, more sustainable transportation industry. We remain committed to providing expertise and support as the project continues to develop innovative solutions for emission reduction. Through CLEVER, we are paving the way for an environmentally responsible future in transport.

Stay connected with us for more updates as we continue our journey toward sustainable change in the transportation sector.

This project has received funding from the European Union’s Horizon Europe research and innovation program under grant agreement N° 101146908.