Welcome to the Core Methodologies and Practices
Welcome to the Core Methodologies and Practices section of the Emvide Knowledge Base. This section provides a comprehensive overview of the foundational principles, methodologies, and standards that underpin all Emvide-generated reports. Whether you're producing a Product Carbon Footprint (PCF) report, Life Cycle Assessment (LCA), or Environmental Product Declaration (EPD), the resources here will help you understand and leverage Emvide's capabilities.
Overview
Emvide is an AI-driven platform designed to streamline lifecycle assessment processes while maintaining compliance with international standards. This section covers key aspects of how Emvide models and processes data, including:
Methodological Approach
Data Collection and Quality Assurance
Allocation Methods
Standards and Compliance
Cut-Off Criteria
Assumptions and Limitations
1. Methodological Approach
Learn about Emvideβs core methodologies, including Process-Based LCA and its alignment with ISO and GHG Protocol standards. π Read More: Methodological Approach
2. Data Collection and Quality Assurance
Discover how Emvide ensures data integrity through AI-powered validation, industry benchmarks, and a robust five-element data quality framework.
3. Allocation Methods
Understand how emissions are distributed across lifecycle stages using default mass-based allocation or manual overrides for economic and energy-based scenarios. π Read More: Allocation Methods
4. Standards and Compliance
Explore how Emvide aligns with internationally recognised standards, including ISO 14040/44, ISO 14067, GHG Protocol, and EN 15804, to ensure credible reporting. π Read More: Standards and Compliance
5. Cut-Off Criteria
Learn how Emvide's AI-driven approach eliminates the need for traditional cut-off thresholds, ensuring comprehensive and transparent assessments. π Read More: Cut-Off Criteria
6. Assumptions and Limitations
Understand the assumptions and limitations inherent in lifecycle assessments, including data dependencies, proxies, and decomposition strategies. π Read More: Assumptions and Limitations
Next Steps
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