Climatiq
Emission Factor

O-phenylene diamine (resorcinol production - hydrolysis of meta-phenylene diamine)

Interested in licensing this data?

Emission factor summary

The activity generating the emissions is resorcinol production, hydrolysis of meta-phenylene diamine. The Reference Product is o-phenylene diamine. O-phenylene diamine is an organic substance with a CAS no. : 000095-54-5. It is called benzene-1,2-diamine under IUPAC naming and its molecular formula is: C6H8N2. It is solid under normal conditions of temperature and pressure and may have a crystalline/flaky/powder form. It is modelled as a pure substance. Modelling this substance in a solution requires the user to add the solvent of their choice in their models. There is no publicly available information about the consumption of this substance on a consumer level. On industrial sites, the substance is used for the manufacture of products in the following sectors: laboratory chemicals, perfumes and fragrances and washing & cleaning products. This substance is used for the synthesis of other substances (use as intermediate). The Reference Product amount is 1. The cut-off classification is allocatable product. The activity type is ordinary transforming activity. Please refer to the ecoinvent documentation for full details: https://ecoquery.ecoinvent.org/3.12/cutoff/dataset/26150/documentation

PropertyValue
NameO-phenylene diamine (resorcinol production - hydrolysis of meta-phenylene diamine)
SectorMaterials and Manufacturing
CategoryChemical Products
Sourceecoinvent
Source DatasetCut-off Cumulative LCIA v3.12
Region
Year
2002
Year Released
2025
Emission Factor
  • CO2e0000kg/kg
Scopes
XX,XX
LCA Activity
source_specific
Supported CO2e Calculation Method
xxx
Data Versioning
  • Status: Current

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

Chemical Products Emission Factors

Explore All