CarbonPro

Carbon footprint calculation methodology for logistics

CarbonPro has been designed with transport operators that work across France, Spain and the rest of Europe. The methodology harmonises operational data, vehicle classes and fuel factors for a single verifiable baseline. The resulting datasets power dashboards, ESG disclosures and API integrations while retaining the source references needed for external assurance.

Carbon footprint calculation methodology for logistics

Norms and sources we apply

Alignment with ISO 14083 and the GLEC Framework

Every calculation follows recognised international frameworks and official emission-factor libraries.

ISO 14083:2023 GLEC Framework v3.0 ADEME Base Carbone 2024 MITECO 2024

ISO 14083:2023

Structure for quantifying and reporting greenhouse-gas emissions across transport chains.

GLEC Framework v3.0

Smart Freight Centre guidance consolidating modal calculation rules and allocation logic.

ADEME Base Carbone 2024

French emission-factor catalogue applied to domestic and intra-EU transport legs.

MITECO 2024

Spanish emission factors for road, rail, and maritime segments from the Ministerio para la Transición Ecológica.

How CarbonPro calculates emissions

How CarbonPro calculates emissions

Calculating the transport carbon footprint still feels manual, opaque, and slow. Sustainability leaders demand verifiable data while operations teams need workflows that fit existing systems.

Step 1

Data intake & validation

Collect route, shipment, and vehicle data via API or secure upload. Check completeness against ISO 14083 scope definitions and flag anomalies like missing weights or inconsistent fuel volumes.

Step 2

Factor selection & allocation

Match transport legs with ADEME or MITECO factors by geography. Apply GLEC allocation across clients, products, or lanes, versioning every factor for historical comparability.

Step 3

Output & assurance

Generate KPIs by lane, vehicle, customer, and service level. Deliver ESG exports (CSV, XLSX, API) with full factor lineage plus auditor-ready assurance packs.

Illustration of validated reports

Calculation flow

Calculation flow

Four checkpoints keep the methodology auditable end to end.

Step 1

Input

Operational data harmonised across systems.

Step 2

Processing

ISO 14083-compliant emission calculation.

Step 3

Validation

Methodology checks with OCA and partner auditors.

Step 4

Output

Dashboards, ESG exports, and API payloads.

Illustration of a multi-step calculation flow

Certification status

Traceability, versioning and result verification

CarbonPro is undergoing verification to certify the calculation engine and data lineage for ISO 14083 reporting.