ISO 14067 is an international standard that specifies the principles, requirements and guidelines for the quantification and communication of the carbon footprint of a product (CFP) across its full lifecycle. Officially titled “Greenhouse gases - Carbon footprint of products - Requirements and guidelines for quantification,” it provides a consistent, science-based methodology for calculating all greenhouse gas (GHG) emissions associated with a product - from raw material extraction and manufacturing through distribution, use and end-of-life disposal or recycling. ISO 14067:2018 (the current edition) is fully aligned with life cycle assessment norms ISO 14040 and ISO 14044 and is widely referenced in regulatory frameworks including CBAM and CSRD, as well as in voluntary sustainability programmes and customer procurement requirements.
For sustainability, operations, quality and compliance leaders in process and production industries - chemicals, refining, pharmaceuticals, food & beverage, power, pulp & paper and similar sectors - ISO 14067 provides the methodological foundation for converting operational and supply-chain activity data into credible, comparable and auditable product-level CO₂ equivalent (CO₂e) metrics. An accurate CFP reveals the emission hotspots across the value chain, enables targeted reduction measures and supports transparent reporting to customers, regulators and investors. Reliable CFP calculations depend on consistent, time-aligned primary data from plant systems, energy meters, material records and supply chain partners - connected, harmonised and traceable across all relevant system boundaries.
Data integration platforms that bring operational and supply chain data into a shared semantic model accelerate ISO 14067 compliance: they automate the allocation of energy, material and process emissions to individual products or batches, reduce manual reconciliation, generate audit-ready calculation trails and enable continuous PCF monitoring rather than periodic snapshot assessments. The same consistent data foundation supports stepwise use-case development - from batch-level PCF dashboards and regulatory submissions to scenario planning for decarbonisation, CBAM certificate optimisation and explainable AI for identifying the highest-impact emission reduction measures.
Why ISO 14067 Matters
- Environmental responsibility: Identifies GHG emission hotspots across the product lifecycle so organisations can prioritise and validate reduction measures with measurable impact.
- Global standardisation: Provides an internationally recognised, LCA-based methodology for consistent, comparable and credible CFP assessments accepted by regulators, customers and auditors worldwide.
- Regulatory alignment: Underpins compliance with CBAM certificate declarations, CSRD sustainability disclosures, national GHG reporting requirements and sector-specific product carbon standards.
- Market and procurement relevance: Supports eco-labelling, environmental product declarations (EPDs) and responses to customer or tender requests for verified product carbon data.
- Stakeholder trust: Demonstrates transparency, scientific rigour and commitment to sustainability - building confidence with customers, investors and ESG rating agencies.
Typical Applications and Use Cases
- Real-time PCF calculation: automatic allocation of scope 1/2 energy and process emissions and scope 3 upstream material emissions to individual products or batches for continuous CFP tracking.
- Regulatory submissions: generating verifiable, audit-ready CFP evidence for CBAM declarations, CSRD reports, EPDs and national GHG inventories.
- Customer and supply chain reporting: providing product-specific CO₂e values to B2B customers, procurement teams and sustainability rating agencies, and integrating supplier emission data for upstream scope 3 calculations.
- Emission hotspot analysis: identifying which production phases, raw materials or process steps contribute most to the CFP to prioritise decarbonisation investments.
- Scenario modelling: quantifying the CFP impact of fuel switching, electrification, material substitution or process optimisation before committing capital investment.
- Product benchmarking: comparing CFP values across product lines, plants and batches to identify best practices and drive continuous improvement in carbon performance.