Emvide Knowledge Base
  • Emvide Documentation
  • Welcome to Emvide
  • Common FAQs
  • Emvide Platform Usage
    • The Emvide Platform - Overview
    • Home Dashboard and Analytics
    • Product Portfolio
    • Analysis Building Blocks
    • Using the Canvas
    • User and Account Management
    • Accessing the Help Desk and Support
  • Emvide Co-pilot
    • Your LCA Co-Pilot
    • End-to-End LCAs with Co-Pilot
      • Co-Pilot Stage 1: Data Preparation
      • Co-Pilot Stage 2: AI-Powered LCA
      • Co-Pilot Stage 3: Validate Assumptions
      • Co-Pilot Stage 4: Rapid Reporting
    • Using AI in the Platform Wizards
      • Co-Pilot Playground
      • Co-pilot in Resource Nodes
      • Co-pilot in Process Nodes
      • Co-pilot in Reporting
  • Best Practice Guidance
    • Best Practice Guidance - Overview
    • BOM to csv Best Practice
  • Core Methodologies and Practices
    • Welcome to the Core Methodologies and Practices
    • 1. Methodological Approach
    • 2. Data Collection and Quality Assurance
    • 3. Allocation Methods
    • 4. Standards and Compliance
    • 5. Cut-Off Criteria
    • 6. Assumptions and Limitations
  • Embodied Emissions in Products and Services
    • Greenhouse Gases (GHG) - A Driver for Change
    • GHG Scopes - Where Products fit in reporting?
    • Product Emissions - A Definition
    • Some Basic Rules for Emissions Measurement
    • Emissions Measurement Examples
    • How to Unlock Accurate Product Emissions?
  • The Lifecycle Assessment Method
    • Introduction to LCAs
    • Global Standards and Protocols
    • The Lifecycle Assessment Method
      • 1. Defining the Scope and Goal of Your LCA
      • 2. Understand and Document your Scope and Value Chain Process
      • 3. Compile Your Inventory
      • 4. Calculate your Emissions
      • 5. Develop Inventory Results
      • 6. Conduct Impact Assessment
      • 7. Interpretation and Reporting
      • 8. Verification
      • 9. Continuous Improvement
    • Worked Example
    • Additional LCA Resources
  • Emvide Value (Proposition and Pricing)
    • Overview
    • The Emvide Value Offering
    • How does Emvide pricing work?
    • How much does Emvide cost?
    • Emvide Commercial Tiers
    • LCA as a Service (LCAaaS)
    • Emvide Educational Licences
    • Partnership Programme
    • Ways to Pay for Emvide
    • Getting Onboard - Pilots and Trials with Emvide
    • Emvide Support Services and Pricing
    • FAQs - Pricing and Account Usage
  • EmVide API
    • Generate LCA Report from Raw Product Data
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On this page
  • Primary Standards
  • Additional Frameworks
  • Emvide’s Compliance Features
  • Key Compliance Benefits
  • Resources for Standards and Compliance
  • Further Reading
  1. Core Methodologies and Practices

4. Standards and Compliance

Emvide is designed to align with internationally recognised standards and best practices for Lifecycle Assessment (LCA) and Product Carbon Footprint (PCF) studies. This ensures that every analysis conducted is accurate, credible, and transparent, providing stakeholders with confidence in the results.


Primary Standards

ISO 14067: Greenhouse Gases — Carbon Footprint of Products

ISO 14067 defines the principles, requirements, and guidelines for quantifying and reporting the carbon footprint of products (CFP). It focuses specifically on the Global Warming Potential (GWP) impact category, ensuring:

  • Consistency: Standardised methods for calculation and reporting.

  • Transparency: Clear documentation of assumptions, data sources, and methodologies.

  • Comparability: Results are presented in a format that allows comparison across products or systems.

ISO 14040/44: Life Cycle Assessment

ISO 14040/44 provides a general framework for conducting LCAs, ensuring:

  • Comprehensive analysis of environmental impacts across the product lifecycle.

  • Structured approaches to goal definition, scope setting, data collection, and interpretation.

  • Compatibility with ISO 14067 for carbon-specific studies.

GHG Protocol Product Standard

The GHG Protocol Product Standard is a globally accepted framework for measuring and managing greenhouse gas emissions at the product level. It emphasises:

  • Scope Definition: Cradle-to-gate or cradle-to-grave boundaries.

  • Comprehensive Reporting: Inclusion of all significant greenhouse gas emissions and removals.

  • Stakeholder Relevance: Tailored results for regulatory compliance, corporate goals, and stakeholder engagement.


Additional Frameworks

EN 15804: Environmental Product Declarations

This standard is particularly relevant for products in the construction industry, focusing on the environmental impacts of building materials. It includes:

  • Specific Impact Categories: Broader coverage beyond carbon footprint.

  • Lifecycle Phases: Detailed analysis of lifecycle stages such as raw material extraction, production, and end-of-life.

EcoInvent Database Standards

The EcoInvent database underpins Emvide's secondary data capabilities, ensuring:

  • High-Quality Data: Verified lifecycle inventory data.

  • Global Applicability: Regional variations in emissions factors and industrial practices.

  • Consistency: Compatibility with ISO and GHG Protocol methodologies.


Emvide’s Compliance Features

Emvide is purpose-built to ensure compliance with these standards through:

Built-In Methodologies

  • Automated alignment with ISO 14067, 14040/44, and GHG Protocol requirements.

  • Pre-configured settings for Global Warming Potential (GWP) calculations based on IPCC factors.

Data Transparency

  • Detailed reporting of data sources, assumptions, and methodologies.

  • Full traceability of all inputs and outputs, ensuring audits are seamless.

Customisability

  • Practitioners can tailor system boundaries, allocation methods, and exclusions to meet specific study goals while maintaining compliance.


Key Compliance Benefits

  1. Regulatory Alignment: Meets the requirements of international environmental standards, reducing the risk of non-compliance.

  2. Market Credibility: Enhances the organisation's reputation through adherence to globally accepted frameworks.

  3. Stakeholder Confidence: Transparent, standards-based reporting builds trust with clients, investors, and regulators.

  4. Comparability: Ensures results can be benchmarked against other studies or products, providing valuable insights for decision-making.


Resources for Standards and Compliance


Further Reading

Previous3. Allocation MethodsNext5. Cut-Off Criteria

Last updated 5 months ago

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ISO 14067 Overview
GHG Protocol Product Standard
EN 15804 Summary
EcoInvent Database
Allocation Methods
Data Collection and Quality Assurance
ut-Off Criteria