Description
Course length: 5 days
Course description
Waste and emission reductions can be achieved through pollution prevention (P2) practices. This can be accomplished by adopting best management practices and cleaner production technologies such as reducing material inputs, re-engineering processes to reuse by-products, improving management practices, and substituting toxic chemicals with those less toxic. Some smaller facilities are able to actually get below regulatory thresholds by reducing pollutant releases through aggressive pollution prevention policies.
This course is intended to give a detailed understanding of Greenhouse Gas projects to project developers and practitioners. Several case studies from across different industry sectors are used as a means of applying the requirements of ISO 14064 in a comprehensive way. Upon completion of this course, participants will be better prepared to plan and manage GHG projects. The course is also designed to help organizations set emission reduction targets, account for their progress, meet domestic or international emissions reporting objectives, and ensure that efforts to reduce emissions are achieving their intended results.
Who should attend
- Individuals managing GHG emission projects.
- Carbon sustainability consultants
- GHG Validators
- GHG Verifiers
- Project developers
- Projects finance officers
What you will learn
- Greenhouse Gas emissions and lifecycle assessment
- Assessing of Greenhouse Gas projects (GHG).
- Effectively planning and managing GHG projects.
- Determining the Baseline Scenario.
- Understand WACC, NPV, IRR.
- Identifying GHG sources, sinks and reservoirs
- Preparing for the validation and verification of your GHG projects.
- Quantifying the GHG Emissions and Removals.
- Learn how to prove additionality by using NPV, IRR and WAC models.
- Planning the GHG Quantification
- Good Practice Guidance
- Describing the Project
- Determining the Baseline Scenario
- Baseline SSRs and Monitoring vs. Estimating
- Monitoring and Managing Data Quality
- Preparing a GHG Assertion
- Designing mitigation goal(s) based on a specific situation
- Base year emissions, base year emission intensity, or baseline scenario emissions calculations
- Allowable emissions in the target year (calculations)
- Progress assessment towards a mitigation goal during the goal period and assessing whether a mitigation goal has been achieved
- Understand the benefits, key concepts, and types of verification that can be pursued
- Report regarding the design and accounting of progress toward a mitigation goal
