Emissions factor record
n-olefins in Europe
A compact benchmark for screening emissions and cost before you compare suppliers, locations, and lower-emissions alternatives.
Total emissions
2.4701
kg CO2e / kg
Indicative cost
Use AI to estimate cost for this ingredient and region.
Find lower-emissions alternatives to n-olefins with suppliers
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Benchmark summary
The public benchmark for n-olefins in Europe is 2.4701 kg CO2e / kg.
Emissions factor summary
Key fields for evaluating whether this factor fits your sourcing analysis.
- Product or activity
- n-olefins
- Region
- Europe (RER)
- Total emissions
- 2.4701 kg CO2e / kg
- Data source
- BAFU
- Year represented
- 2025
- LCA lifecycle
- At manufacturer
What this means
Use this value as a directional benchmark when screening n-olefins sourcing in Europe. It is useful for early procurement analysis, supplier conversations, and identifying where emissions reductions may be possible.
Important limitation
This page provides a public view of a single emissions factor. It is not a supplier-specific product carbon footprint and should not be used as a substitute for verified supplier data when final reporting requires primary evidence.
Common questions
What is the emissions factor for n-olefins in Europe?
The public benchmark for n-olefins in Europe is 2.4701 kg CO2e / kg, based on at manufacturer data from 2025.
How much CO2 does n-olefins produce per kg?
n-olefins in Europe produces approximately 2.4701 kg CO2e / kg. This covers the at manufacturer and is a public benchmark for screening purposes only.
What is the carbon footprint of n-olefins?
The carbon footprint benchmark for n-olefins sourced in Europe is 2.4701 kg CO2e / kg as of 2025. Use this for early procurement screening and supplier conversations.
Can this n-olefins emissions factor be used for supplier-level reporting?
Use it for screening and early sourcing decisions. For final supplier-level reporting, prefer primary supplier data, verified product carbon footprints, or documents that match your reporting boundary.
How can I find lower-emissions alternatives to n-olefins?
Use Unibloom Switch to compare alternative ingredients, suppliers, regions, costs, and emissions for n-olefins instead of relying on one static factor.
