Average specific carbon dioxide emissions of district heat production in Finland, energy method, Finland

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Background of emission factor

Finland’s average emission factor for district heating reflects the carbon dioxide emissions from different production methods and regions. The type of fuel used plays a key role. District heating produced with fossil fuels generates more emissions than heating produced with renewable or emission-free energy sources. When district heating is produced together with electricity in combined heat and power (CHP) plants, the emissions from the fuel are divided between electricity and heat based on their respective output. This is called the energy method, and it provides a more accurate picture of the true emissions from district heating.

Emission factor category

Emissions from district heating are generated when water is heated. District heating water can be heated by waste heat from power plants or by geothermal energy. The emission factor of district heating depends on the production process and the electricity used in the production.

Average specific carbon dioxide emissions of district heat production in Finland, energy method

Emission factor category / Subcategory District heating
Country Finland
Organization Statistics Finland
Emission factor 110,00 g/kWh
CO2 / CO2 equivalent CO2
Quality of the emission factor
3 star3 star3 star3 star3 star
Updated 2025
Source OpenCO2net/ Statistics Finland, Energy in Finland 2024
More information Fuels used in combined heat and power production have been allocated to electricity and heat according to their ratios of production (energy method)

Quality of emission factor

5 star5 star5 star5 star5 star

High-quality emission factors verified by an external verifier, usually sourced directly from the supplier (primary data). The factor may be a maximum of 3-5 years old and cover all greenhouse gases (CO2e).

4 star4 star4 star4 star4 star

Unverified primary data factors, as well as new and accurate average factors based on physical quantities. The factor may be a maximum of 3-5 years old.

3 star3 star3 star3 star3 star

Average, based on physical quantities, with one of the following shortcomings: more than 5 years old, only CO2 emissions, or contains many assumptions.

2 star2 star2 star2 star2 star

Inaccurate emission factors based on physical quantities that contain several of the following shortcomings: more than 5 years old, only CO2, or contains many assumptions. The newest, highest-quality spend-based emission coefficients also fall into this category.

1 star1 star1 star1 star1 star

Old and inaccurate spend-based emission factors. Their use in emission calculations should be avoided.

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