Climatiq
source

Sustamize

296872 Factors296872 Factor
133 Regions133 Region
11032 Activities11032 Activity

About Sustamize

sustamize is a climate-tech company providing a large CO2e database and digital tools to automate product and value chain carbon footprint calculations for corporate emissions management and ESG reporting. More information about the data methodology on: https://docs.sustamizer.com/knowledge-hub/database-overview/overview

Visit Sustamize website

Datasets from Sustamize

sustamize Materials Database - Metals - V3.2.0
sustamize Materials Database - Sinters - V3.2.0
sustamize Materials Database - Polymers - V3.2.0
sustamize Materials Database - Elements - V3.2.0
sustamize Materials Database - Composites - V3.2.0
sustamize Logistics Database - Packaging - V3.2.0
DATASET

sustamize Materials Database - Metals - V3.2.0

PropertyValue
Description
sustamize is a climate-tech company providing a large CO2e database and digital tools to automate product and value chain carbon footprint calculations for corporate emissions management and ESG reporting. More information about the data methodology on: https://docs.sustamizer.com/knowledge-hub/database-overview/overview
Source type
Corporate
Original dataset URLURL
Year released
2025
Geography
Multiple regions
Sector
Type of data
Activity-based
Emission results
CO2e
Data Transformation
NA

License

PropertyValue
Type of license
Commercial license (purchased)
License URL
Not specified

Data quality

PropertyValue
Data quality assurance
Vetted by Climatiq. For further information on data quality assurance, see: https://www.climatiq.io/methodology#Data-Quality
Quality flag(s)
Methodology
For some emission factors, data quality rating is either not evaluated or reported as poor according to the source.

Methodology

PropertyValue
IPCC AR method
  • AR6
LCA boundary
  • cradle_to_gate
Scope applicability
  • 3.1
Emissions breakdown
  • Total (CO2e, AR6)
Methodology description

sustamize Materials Database covers over 3,200 metals, 1,000 composites, 160 polymers, sintered materials, and chemical elements across 133 regions. All emission factors are expressed in physical units (kgCO₂e per kg of material) and are built using a bottom-up approach: starting from raw material extraction and tracing through processing steps to produce the final material form. The database is constructed from primary data, published LCA studies, and validated engineering calculations. This means that each material's emission factor reflects the production processes, energy inputs, and regional energy mixes involved.

For full details, see the sustamize database documentation: https://docs.sustamizer.com/knowledge-hub/database-overview/overview#%F0%9F%94%A7-materials-database.

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