ISO 14064 Greenhouse Gas (GHG) Accounting Lead Verifier Training Course – Live Virtual Tutor-Led (Cognicert)

About Course

The ISO 14064 Greenhouse Gas (GHG) Accounting Lead Verifier Training Course – Cognicert Certified is an advanced live virtual tutor-led programme designed to equip participants with the knowledge and practical skills required to quantify, assess, and verify greenhouse gas emissions in accordance with ISO 14064 standards.

This course focuses on greenhouse gas accounting principles, emissions inventory development, verification techniques, and validation processes. It prepares participants to evaluate organizational GHG statements and ensure accuracy, transparency, and compliance with internationally recognized climate reporting frameworks.

Through interactive virtual sessions, case studies, and practical exercises, learners gain the competence required to conduct or lead GHG verification assignments and support sustainability, ESG reporting, and carbon management initiatives.

Understand ISO 14064 standards and GHG accounting principles.
Develop and manage greenhouse gas inventories.
Apply verification and validation methodologies.
Assess emissions data accuracy and completeness.
Conduct risk-based GHG verification activities.
Prepare GHG verification reports and statements.
Support ESG and sustainability reporting frameworks.
Lead GHG verification engagements.
Improve organizational carbon management systems.
Prepare for Cognicert Lead Verifier certification.

Course Content

Introduction to Climate Change and GHG Accounting
Fundamentals of climate change science Greenhouse gas concepts and terminology Overview of carbon accounting frameworks Importance of ISO 14064 standards

ISO 14064 Standards Overview
ISO 14064-1: Organizational GHG quantification and reporting ISO 14064-2: Project-level emissions and removals ISO 14064-3: Verification and validation principles Structure and application of ISO GHG standards

GHG Inventory Development
Boundary setting (organizational and operational) Emission source identification Data collection and management Emission factors and calculation methods

Quantification of Emissions and Removals
Direct and indirect emissions (Scope 1, 2, and 3) Calculation methodologies Uncertainty assessment Data quality management

Verification and Validation Principles
Verification planning and scope definition Risk-based verification approach Evidence gathering techniques Sampling and testing methods

GHG Reporting and Documentation
GHG statement preparation Reporting formats and transparency requirements Documentation and audit trails Common reporting errors and corrections

Verification Process (ISO 14064-3)
Verification procedures and steps Materiality assessment Identifying misstatements Verification conclusions and opinions

Assurance and Audit Techniques
Interviewing and observation methods Data verification and cross-checking Use of controls in GHG systems Audit documentation and reporting

Risk Assessment in GHG Verification
Risk-based verification planning Identifying high-risk emission sources Prioritization of verification activities Managing uncertainty in GHG data

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical considerations Case studies and real-world applications

Student Ratings & Reviews

No Review Yet

ISO 14064 Greenhouse Gas (GHG) Accounting Lead Verifier Training Course – Live Virtual Tutor-Led (Cognicert)

About Course

What Will You Learn?

Course Content

Introduction to Climate Change and GHG Accounting
Fundamentals of climate change science Greenhouse gas concepts and terminology Overview of carbon accounting frameworks Importance of ISO 14064 standards

ISO 14064 Standards Overview
ISO 14064-1: Organizational GHG quantification and reporting ISO 14064-2: Project-level emissions and removals ISO 14064-3: Verification and validation principles Structure and application of ISO GHG standards

GHG Inventory Development
Boundary setting (organizational and operational) Emission source identification Data collection and management Emission factors and calculation methods

Quantification of Emissions and Removals
Direct and indirect emissions (Scope 1, 2, and 3) Calculation methodologies Uncertainty assessment Data quality management

Verification and Validation Principles
Verification planning and scope definition Risk-based verification approach Evidence gathering techniques Sampling and testing methods

GHG Reporting and Documentation
GHG statement preparation Reporting formats and transparency requirements Documentation and audit trails Common reporting errors and corrections

Verification Process (ISO 14064-3)
Verification procedures and steps Materiality assessment Identifying misstatements Verification conclusions and opinions

Assurance and Audit Techniques
Interviewing and observation methods Data verification and cross-checking Use of controls in GHG systems Audit documentation and reporting

Risk Assessment in GHG Verification
Risk-based verification planning Identifying high-risk emission sources Prioritization of verification activities Managing uncertainty in GHG data

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical considerations Case studies and real-world applications

Our Partners and clients

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Training Services

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About Course

What Will You Learn?

Course Content

Introduction to Climate Change and GHG Accounting Fundamentals of climate change science Greenhouse gas concepts and terminology Overview of carbon accounting frameworks Importance of ISO 14064 standards

ISO 14064 Standards Overview ISO 14064-1: Organizational GHG quantification and reporting ISO 14064-2: Project-level emissions and removals ISO 14064-3: Verification and validation principles Structure and application of ISO GHG standards

GHG Inventory Development Boundary setting (organizational and operational) Emission source identification Data collection and management Emission factors and calculation methods

Quantification of Emissions and Removals Direct and indirect emissions (Scope 1, 2, and 3) Calculation methodologies Uncertainty assessment Data quality management

Verification and Validation Principles Verification planning and scope definition Risk-based verification approach Evidence gathering techniques Sampling and testing methods

GHG Reporting and Documentation GHG statement preparation Reporting formats and transparency requirements Documentation and audit trails Common reporting errors and corrections

Verification Process (ISO 14064-3) Verification procedures and steps Materiality assessment Identifying misstatements Verification conclusions and opinions

Assurance and Audit Techniques Interviewing and observation methods Data verification and cross-checking Use of controls in GHG systems Audit documentation and reporting

Risk Assessment in GHG Verification Risk-based verification planning Identifying high-risk emission sources Prioritization of verification activities Managing uncertainty in GHG data

Lead Verifier Responsibilities Roles and responsibilities of a lead verifier Managing verification teams Ethical considerations Case studies and real-world applications

Student Ratings & Reviews

Our Partners and clients

Quick Links

Training Services

Subscribe

Introduction to Climate Change and GHG Accounting
Fundamentals of climate change science Greenhouse gas concepts and terminology Overview of carbon accounting frameworks Importance of ISO 14064 standards

ISO 14064 Standards Overview
ISO 14064-1: Organizational GHG quantification and reporting ISO 14064-2: Project-level emissions and removals ISO 14064-3: Verification and validation principles Structure and application of ISO GHG standards

GHG Inventory Development
Boundary setting (organizational and operational) Emission source identification Data collection and management Emission factors and calculation methods

Quantification of Emissions and Removals
Direct and indirect emissions (Scope 1, 2, and 3) Calculation methodologies Uncertainty assessment Data quality management

Verification and Validation Principles
Verification planning and scope definition Risk-based verification approach Evidence gathering techniques Sampling and testing methods

GHG Reporting and Documentation
GHG statement preparation Reporting formats and transparency requirements Documentation and audit trails Common reporting errors and corrections

Verification Process (ISO 14064-3)
Verification procedures and steps Materiality assessment Identifying misstatements Verification conclusions and opinions

Assurance and Audit Techniques
Interviewing and observation methods Data verification and cross-checking Use of controls in GHG systems Audit documentation and reporting

Risk Assessment in GHG Verification
Risk-based verification planning Identifying high-risk emission sources Prioritization of verification activities Managing uncertainty in GHG data

Lead Verifier Responsibilities
Roles and responsibilities of a lead verifier Managing verification teams Ethical considerations Case studies and real-world applications