Emission Factor

Trimethylchlorosilane(Gendorf) (made by disproportionation of dimethyldichlorosilane)

Interested in licensing this data?

Request a quote

Emission factor summary

Process description: The disproportionation of dimethyldichlorosilane produces the main product trimethylchlorosilane(Gendorf). For this purpose, the process consumes hydrochloric acid, caustic soda (50%), calcium oxide, and dimethyldichlorosilane. Utilities consumed comprise thermal energy, electricity, unspecific inorganic chemical, cement, and disposal of cement. Methyltrichlorosilane is produced as by-product. Utility demands in form of thermal energy and electricity are estimated according to the chemical park in Gendorf. For each kg of chemical product, 1.2 MJ electricity and 2 MJ thermal energy are required. A conversion rate of 95% is assumed. Process wastes are treated in municipal waste incinerators. Dataset type is technology-specific (simplified extension layer). Allocation type is allocation via mass. In case of energy co-production, allocation via avoided burden is applied for the co-produced energy. CAS RN is 75-77-4. All datasets are based on the attributional LCA approach and the methodology defined in the cm.chemicals methodology document.

PropertyValue
NameTrimethylchlorosilane(Gendorf) (made by disproportionation of dimethyldichlorosilane)
SectorMaterials and Manufacturing
CategoryChemical Products
SourceCarbon Minds
Source Datasetcm.chemicals V2.02
Region
Unit Type
Year
2023
Year Released
2025
Emission Factor
  • CO2e
    kg/kg
Scopes3.1
LCA Activity
cradle_to_gate
Supported CO2e Calculation Method
AR6
Data Versioning
  • Status: Current

API Reference

Activity ID
chemicals-type_trimethylchlorosilane_gendorf_disproportionation_of_dimethyldichlorosilane-dataset-type_technology_specific_simplified_extension_layer
UUID
0b59236c-14e2-84db-a1a6-4f772334da71
Code Snippet
View API Docs

Automate emission calculations with Climatiq

Related factors

Carbon Minds Emission Factors

Explore All

Chemical Products Emission Factors

Explore All