The ecoinvent database provides a rich pool of secondary data for scope 3 GHG reporting and can help reporters fill data gaps by providing regional or global average GHG emission factors, average transport distances and modes, and regional product and technology mixes. In addition, separated scope 2 and 3 emission factors for electricity are also available.
See GHG Protocol Disclaimer at the bottom of the listing for terms and limitations.
| Summary | |
|---|---|
| Name of source | ecoinvent Database |
| Provider | ecoinvent |
| Summary text |
ecoinvent is an internationally active, mission-driven organization devoted to supporting high-quality, science-based environmental assessments. Its activities include publishing and maintaining the ecoinvent database, a comprehensive life cycle inventory database that provides reliable and transparent information on the environmental impacts of various products and services. It is used by companies, researchers, and policymakers to analyze the environmental impact of their operations, make informed decisions, and develop sustainable practices. The ecoinvent database provides a rich pool of secondary data for scope 3 GHG reporting and can help reporters to fill data gaps by providing regional or global average GHG emission factors, average transport distances and modes, and regional product and technology mixes. In addition, separated scope 2 and 3 emission factors for electricity are also available. |
| Contact | https://ecoinvent.org/contact-us/ |
| Licensing | By arrangement, contact ecoinvent for details. |
| Language(s) | English |
| Website | https://ecoinvent.org/ |
| Access – data formats and accessibility | ||
|---|---|---|
| File type | HTML (web) access to data on-line and to excel files | |
| Software needs | Microsoft office | |
| Contents – breadth and depth of datasets | ||
|---|---|---|
| Age | 1990-present | |
| Geography | More than 500 geographies including individual countries and specific regions | |
| Original Data Source(s) | Academic research, Industry statistics, Government publications, Other LCA databases | |
| Other Databases Included | Various | |
| Life cycle stages | Cradle-to-Grave | |
| Modeling approach | Process | |
| Emissions results | Total CO2e, separate GHGs | |
| Number of datasets | More than 26,000 | |
| Main topics | Accommodation services, Agriculture & Animal Husbandry, Batteries & Electronics, Building & Construction, Chemicals, Plastics, Energy including electricity and heat, Forestry & Wood, Fuels, Infrastructure, Metals, Pulp & Paper, Transport, Textiles, Waste management & Recycling, Water supply. | |
| Other topics | Environmental Product Declaration (EPDs), GHG reporting, Life Cycle Assessment (LCA), Corporate Sustainability reporting | |
| Data transparency – what metadata is provided for each dataset? | ||
|---|---|---|
| System boundaries | Yes | |
| Data Types | Unit process | |
| Allocation Methods | Yes | |
| Technology | Yes | |
| Data year | Yes | |
| Original source | Yes | |
| Uncertainty | Yes | |
| Quality – is information provided on data quality? | |
|---|---|
| Data quality score | Yes |
| Quality assurance | Yes |
| Standards represented | ISO 14040; ISO 14044; ISO/TS 14048; ISO 14025; ISO 21930; EN15804&A2:2019; GHG protocol – Corporate Value Chain (Scope 3) Standard |
GHG Protocol Disclaimer
This database is listed as an informational resource to assist users in collecting data for product life cycle and corporate value chain (Scope 3) GHG inventories.
Inclusion in this catalogue does not constitute an endorsement, quality assessment, or recommendation by the GHG Protocol. The catalogue is not exhaustive.
Some of the data in these sources may not be consistent with certain GHG Protocol standards. Before using a database, the user should review its documentation for transparency, completeness, and applicability to the GHG inventory for which the data is being collected. For example, a database may contain combustion-only emission factors that are not applicable to product life cycle GHG inventories. Data should also be evaluated using the data quality indicators described in the Corporate Value Chain (Scope 3) Accounting and Reporting Standard (chapter 7) and the Product Life Cycle Accounting and Reporting Standard (chapter 8). Users should select the highest-quality data available in the context of business objectives and the principles of relevance, completeness, consistency, transparency, and accuracy.
The databases included meet the following criteria:
- It can be used directly by inventory developers. Databases that require purchasing consulting services or proprietary software solely to access the data are not listed.
- It has a corresponding website on which users can review source documentation and additional information.
- It is currently maintained or, if not actively updated, remains accessible and documented at a stable URL.
- It is offered on terms that allow inventory developers to use the data for product life cycle or Scope 3 inventory purposes (free, paid license, or open are all acceptable; absence of any usable access is not).
- Where a database is accessible only on a paid or licensed basis, sufficient public documentation must be available for users to assess applicability before purchasing. At minimum, this requires a publicly accessible methodology description, geographic and sector coverage summary, and pricing or access information (including how to request access). Databases for which this information is not publicly available are not listed.
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