While ISO 14064-1 addresses corporate-level carbon accounting, ISO 14064-2:2019 provides international specifications and guidance at the project level for quantifying, monitoring, and reporting activities intended to cause greenhouse gas (GHG) emission reductions or removal enhancements. It serves as the global technical standard behind carbon offset project design, carbon credit generation, and verifiable climate mitigation initiatives.
Capgrow’s training equips professionals with the practical tools required to design project baselines, demonstrate additionality, establish monitoring plans, and prepare carbon projects for third-party validation.
Important Note on Course Administration:
Capgrow provides professional executive training on ISO 14064-2 project design, baseline setting, and quantification methodologies. Participants completing the course receive a professional Certificate of Completion/Attendance validating their technical capability in GHG mitigation project accounting.
1. Target Audience & Prerequisites
ISO 14064-2 training is tailored for leaders and technical specialists involved in developing or reviewing climate mitigation projects:
- Target Roles: Carbon Project Developers, Sustainability Engineers, Renewable Energy Managers, Energy Efficiency Consultants, Forestry/LULUCF Specialists, and Carbon Market Analysts.
- Recommended Prerequisites: Familiarity with basic climate change concepts, environmental engineering, or organizational GHG accounting (ISO 14064-1 or GHG Protocol).
2. Core Pillars of ISO 14064-2 Project Quantification
Capgrow’s ISO 14064-2 course leads participants step-by-step through the project development lifecycle:
- Defining the Project & Baseline Scenario: Establishing the hypothetical reference scenario that represents what would have occurred in the absence of the project activity.
- Demonstrating Additionality: Proving that emission reductions or removal enhancements go beyond business-as-usual practices and regulatory compliance mandates.
- Identifying Sources, Sinks, and Reservoirs (SSRs): Categorizing project-controlled, project-related, and project-affected GHG sources and sinks.
- Quantifying Emission Reductions & Removals: Calculating the net difference between baseline scenario emissions and actual project emissions over defined reporting periods.
- Leakage & Uncertainty Management: Identifying indirect unintended emissions outside the project boundary (leakage) and establishing data quality controls.
How Capgrow Supports Your Learning:
Trainees enrolled in Capgrow’s ISO 14064-2 Training work with real-world case studies across renewable energy, industrial energy efficiency, methane capture, and carbon removal projects to build audit-ready Project Design Documents (PDDs).
3. Preparing for Project Validation & Verification (ISO 14064-3)
To issue carbon credits or substantiate corporate climate claims, projects must pass third-party assessment:
- Project Validation: Assessing prospective project design documents, baseline assumptions, and monitoring plans before project execution.
- Project Verification: Auditing historical performance data to verify actual achieved emission reductions prior to carbon credit issuance.
4. Practical Outcomes for Your Organization
Mastering ISO 14064-2 methodologies allows sustainability and engineering teams to:
- Structure Bankable Carbon Projects: Align projects with major voluntary carbon market standards (e.g., Verra, Gold Standard) and compliance offset programs.
- Verify Internal Decarbonization Investments: Provide executive leadership and investors with auditable proof of return on climate capital expenditures (CapEx).
- Mitigate Greenwashing & Credibility Risks: Ensure carbon reduction claims are backed by standardized, conservative, and scientifically sound accounting methods.
5. Continuing Education & Professional Development
Completing Capgrow’s ISO 14064-2 training earns Continuing Professional Development (CPD) hours or professional development units (PDUs) applicable toward maintaining credentials with international sustainability, engineering, and environmental boards.
For more information on certification, please refer here.
