
Explore scope 3 data types - primary data from specific processes and secondary industry data - and apply emission factors with supplier guidance to improve GHG inventories.
Explore the timing and minimum boundaries of scope 3 emissions across upstream and downstream value chains, using the scope 3 calculation guidance and emission factors with gwp.
Explore scope three category one and two emissions, including cradle-to-gate boundaries for purchased goods and capital goods, and apply supplier-specific, hybrid, average data, and spend-based methods with epd guidance.
Detail the scope three emissions reporting procedures, emphasizing transparent, required information and optional data such as supplier data, while noting biogenic CO2 is not included, and reports support sustainability goals.
Explore how administrative and market-based regulation reduce greenhouse gas emissions through energy efficiency, resource limits, emission standards, carbon taxes, and cap-and-trade within the supply chain.
Explore life cycle assessment (LCA) to quantify environmental impact across stages—from raw materials to disposal—evaluating the supply chain with inventories, databases, and software to measure greenhouse gas footprints.
Explore the environmental product declaration (EPD) and its life cycle data, including cradle-to-gate scope, ISO 14025 standards, PCR rules, carbon footprint with GWP and CO2 equivalents, and third-party verification.
Explore reporting greenhouse gas emissions through standards and bodies like CDP, Tcfd, GRI, and Sasb, and understand how they guide investors and stakeholders in sustainability disclosures.
Learn annual greenhouse gas reporting, define boundaries and base year, build a GHG inventory plan, set reduction targets, and track progress using CDP, GHG protocol, and ISO 14000.
Implement a climate risk management policy that reduces emissions and prepares for climate-related disasters, guided by Tcfd and ISO 14090, focusing on governance, strategy, risk management, and metrics.
Explore the ISO 14,064 verification requirements for greenhouse gas reporting, including impartiality, verifier competence, privacy and openness, and the role of major firms like KPMG and Deloitte.
Present how companies share annual greenhouse gas emissions results with stakeholders through meetings, websites, and reports, guided by GRI, CDP, and OECD, and supported by climate risk management training.
Identify and apply methods to optimize greenhouse gas emissions across scope 1, 2, and 3, including primary resources, energy efficiency, green building technologies, transport optimization, recycling, and offsetting.
Explore carbon footprint offsetting methods after the GHG optimization, including forest carbon negative projects, bio activated carbon in agriculture, renewable energy and efficiency gains, and RECs.
Welcome to the third module of Greenhouse Gas Emission Calculation Methodology by International Practices Course by HPBS BV company. The program was developed by HPBS experts and is part of an ecosystem of educational trainings in the field of sustainable development, green economy and reducing the ecological footprint.
Before starting this third part of our educational program we expect you to pass through Module 1 (Scope 1: Green Houses Emission Calculation Methodology) and Module 2 (Scope 2: Green Houses Emission Calculation Methodology), which you can find in our Instructor profile.
In this course you will learn about Greenhouse Gas Emission Calculation Methodology by Scope 3 and Reporting greenhouse gas emissions ( Standards and Bodies: CDP, TCFD, GRI), as well as Supply Chain Management and Optimization. With this course we discover international standards for the carbon inventory and reporting for companies and products. We go through scopes of GHG emissions and the structure of GHG reporting and talk about international initiatives which drive markets towards a more sustainable and low carbon economy.
With the first section you will study identification of Scope 3 emissions and perform calculations for Scope 3 emissions. This section provide you to apply theory to practice and work through some practice calculations of GHG emissions.
Second section reviews the basic standards for reporting greenhouse gas emissions, considered the requirements for verification of reporting, reviewed policies for managing climate risks. You will consider how to communicate your results to stakeholders, evaluated opportunities to optimize, offset the carbon footprint of the company.
Third section deals with supply chain optimization. The purpose of this module is to enable you to optimize your carbon footprint based on the entire supply chain during the production, or provision of services. We will discuss greenhouse gas legislation and regulation, supply chain and life cycle analysis, and product certification.