While ISO 14064 focuses on organizational and project-level carbon accounting, ISO 14067:2018 provides international principles, requirements, and guidelines for quantifying and reporting the Product Carbon Footprint (PCF). As consumer demand, scope 3 supply chain disclosures, and regulatory border mechanisms (such as the EU Carbon Border Adjustment Mechanism – CBAM) grow, quantifying the carbon footprint of individual goods and services across their lifecycle is becoming a critical commercial imperative.
Unlike individual professional certifications, ISO 14067 is a technical product quantification standard. Capgrow’s training equips professionals with the practical skills required to execute Life Cycle Assessments (LCA), define functional units, calculate embodied carbon, and prepare audit-ready PCF reports.
Important Note on Course Administration:
Capgrow provides professional executive training on ISO 14067 product carbon footprinting, LCA principles, and allocation modeling. Participants completing the course receive a professional Certificate of Completion/Attendance validating their technical knowledge in product lifecycle carbon accounting.
1. Target Audience & Prerequisites
ISO 14067 training is tailored for technical professionals and sustainability managers responsible for product-level decarbonization and supply chain reporting:
- Target Roles: Product Managers, Supply Chain Analysts, Sustainability Engineers, R&D Specialists, Environmental Consultants, and Procurement Leads.
- Recommended Prerequisites: A basic understanding of corporate carbon accounting, manufacturing processes, or environmental management systems.
2. Core Pillars of ISO 14067 Product Carbon Quantification
Capgrow’s ISO 14067 course leads participants step-by-step through the product life cycle assessment framework:
- Defining Functional Unit and System Boundaries: Establishing the declared unit (e.g., 1 kg of chemical product, 1 MWh of power, or 1 manufactured unit) and boundary options:
- Cradle-to-Gate: From raw material extraction through manufacturing up to the factory gate.
- Cradle-to-Grave: Complete product lifecycle including raw materials, manufacturing, distribution, use phase, and end-of-life disposal.
- Life Cycle Inventory (LCI) Analysis: Gathering activity data for raw material inputs, energy consumption, transportation, processing aid chemicals, direct process emissions, and waste streams.
- Allocation Rules: Handling complex multi-product systems (co-products and by-products) using physical allocation (mass, volume, energy content) or economic allocation principles according to ISO standards.
- Addressing Electricity & Energy Mixes: Applying location-based versus market-based electricity emission factors to product manufacturing processes.
- Biogenic Carbon & Land Use Change: Accounting for biogenic carbon storage, removals, and direct/indirect land use change (dLUC/iLUC) impacts.
How Capgrow Supports Your Learning:
Trainees enrolled in Capgrow’s ISO 14067 Training work with practical product models, bill of materials (BOM) datasets, and LCA emission factor databases to calculate cradle-to-gate carbon footprints hands-on.
3. Preparing PCF Reports for Third-Party Verification & Disclosures
To use product carbon footprints in commercial negotiations or public disclosures, calculations must adhere to strict transparency standards:
- Developing Product Category Rules (PCR) Alignment: Ensuring calculations comply with industry-specific PCRs for comparative assertions.
- Data Quality & Uncertainty Assessment: Evaluating primary data vs. secondary database quality, cutoff criteria (typically <1% mass/energy exclusion), and sensitivity analysis.
- Creating Auditable PCF Reports: Structuring documentation to satisfy independent third-party verification under ISO 14064-3 assurance frameworks.
4. Practical Outcomes for Your Organization
Mastering ISO 14067 methodologies enables technical and commercial teams to:
- Comply with Global Import Regulations: Meet mandatory carbon reporting requirements for export markets, such as the EU CBAM and battery passport directives.
- Gain Competitive Bidding Advantages: Provide B2B customers with verified, low-carbon product data to win sustainable procurement tenders.
- Drive Eco-Design & Cost Reduction: Identify carbon-intensive raw materials and energy hot-spots in product design to reduce operational costs and embodied carbon.
5. Continuing Education & Professional Development
Completing Capgrow’s ISO 14067 training earns Continuing Professional Development (CPD) hours or professional development units (PDUs) applicable toward maintaining professional credentials with international engineering, environmental, and sustainability bodies.
For more information on certification, please refer here.
