Emission Factor
X50CrMoV15 - stainless steel - full
Interested in licensing this data?
Emission factor summary
Emission intensity of x50CrMoV15 - stainless steel - full. WNR/DIN is 1.4116. Retrieved from Sustamize v3.2.0. For further information refer to https://docs.sustamizer.com/assets/ilcd-docs/V3.2.0/materials/metals/ba067015-b8f2-455d-a57b-c99cd7d170bf.xml.
| Property | Value |
|---|---|
| Name | X50CrMoV15 - stainless steel - full |
| Sector | Materials and Manufacturing |
| Category | Metals |
| Source | Sustamize |
| Source Dataset | Sustamize Materials Database - Metals - V3.2.0 |
| Region | |
Unit Type | |
| Year | 2024 |
| Year Released | 2025 |
| Emission Factor |
|
| Scopes | 3.1 |
LCA Activity | cradle_to_gate |
Supported CO2e Calculation Method | AR6 |
| Data Versioning |
|
API Reference
Activity ID
metals-type_x50crmov15_stainless_steel-shape_full
UUID
88b09f61-e988-4b86-90e2-189ce0c5b7cf
Code Snippet
Automate emission calculations with Climatiq
Related factors
Sustamize Emission Factors
Explore All- Go to Sint-A00 sintered: iron - iron soft magnetic
Sint-A00 sintered: iron - iron soft magnetic
Materials and Manufacturing Materials and Manufacturing121 Factors121 Factor - Go to Sint-A41 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Sint-A41 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Materials and Manufacturing Materials and Manufacturing121 Factors121 Factor - Go to Sint-A50 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Sint-A50 sintered: steel (C Cu Ni) - CuSn - CuSn (graphite)
Materials and Manufacturing Materials and Manufacturing121 Factors121 Factor
Metals Emission Factors
Explore All- Go to Steel section
Steel section
Materials and Manufacturing Materials and Manufacturing8 Factors8 Factor - Go to Steel - Plate
Steel - Plate
Materials and Manufacturing Materials and Manufacturing2 Factors2 Factor - Go to Nonferrous metal (except aluminum) smelting and refining
Nonferrous metal (except aluminum) smelting and refining
Materials and Manufacturing Materials and Manufacturing323 Factors323 Factor