Climatiq
Emission Factor

Urea formaldehyde resin (urea formaldehyde resin production)

123.45

Interested in licensing this data?

Emission factor summary

Emissions generated by the activity within the product supply chain as described in ecoinvent v3.10. The product urea formaldehyde resin' is a plastic product of fossil origin it is not biodegradable and it is a thermoset material. This product consists of 100% virgin material with no content of recycled material. The product is used in the following applications and sectors: widely used to cure high MW solid epoxy resins at elevated temperatures (up to 200 °C) for metal can drum and coil coatings applications. The resultant coatings have excellent chemical resistance good mechanical properties and no effects on taste (adding or taking away taste from packaged foods or drinks). The vast majority of the food and beverage cans produced in theworld today are coated internally with epoxy-formaldehyde resin coatings. The can and coil coatings generally are cross-linked with phenol melamine or urea-formaldehyde condensation products at elevated temperatures (150-200 °C) with acid catalysts. The cut-off classification is allocatable product. The activity type is ordinary transforming activity. The reference product amount is 1.

PropertyValue
NameUrea formaldehyde resin (urea formaldehyde resin production)
SectorMaterials and Manufacturing
CategoryPlastics and Rubber Products
Sourceecoinvent
Source DatasetCut-off Cumulative LCIA v3.10
Region
Year
1995
Year Released
2023
Emission Factor
  • Total CO2e0000kg/kg
Scopes
XX,XX
LCA Activity
Refer to source
Supported CO2e Calculation Method
xxx
Data Versioning
  • Status: Replaced
  • Replaced in: 20Version log
  • Replaced by: fdd922d2-ba9c-43d3-b10a-2134f869a21c

Detailed Metadata

UUID
xxxxxx-xxxx-xxxxxxxx-xxxx-xxxxxxxx
Unit Type
Unit Type

API Reference

Code Snippet
View API Docs

Automate emission calculations with Climatiq

Related factors

ecoinvent Emission Factors

Explore All

Plastics and Rubber Products Emission Factors

Explore All