Emission factor from DEA

LNG

Denmark · Well-to-use · 2024 onwards

Each kilowatt-hour of this fuel from 2024 counts as 0.259 kg CO₂e: 0.204 from burning it and 0.0543 for producing it and bringing it to you (estimated).

Value per kWh, net calorific value

0.259kgCO₂e/kWh

Net calorific value · Fossil only · GWP100 · AR4

FossilBio CH₄Land useBio CO₂EN 15804 GWP-fossil
2024–
Default: the latest yearUnchanged on 2023

Estimated Summed by open-climate.ai from 2 parts, 1 of them estimated by us

Region
Denmark DK
Boundary
Well-to-use
Data quality
Very lowEstimated from a broader region
Licence
Open · DEA terms

Where 0.259 comes from

  • Scope 10.20479%
  • Fuel supplyEstimatedDerived by open-climate.ai
    Scope 3, cat. 30.054321%
Derived by open-climate.ai

Σ 0.259: open-climate.ai adds up the two parts. DEA prints fuel combustion. open-climate.ai estimates fuel supply from other published figures.

Reporting this kilowatt-hour under the GHG Protocol

Scope 1 0.204 Scope 3, category 3 0.0543

You burn the fuel, so its combustion is your Scope 1.

Supplying the fuel is Scope 3, category 3 for whoever burns it.

CiteAPI

The factor, standardised

Every factor on open-climate.ai answers the same questions in the same words, whatever the publisher. Open any ⓘ for the definition.

Fuels › Gaseous fossil fuels · Denmark · per kWh · Average

Well-to-use · Fossil only · AR4

Boundary
Well-to-use
Fuel supply and fuel combustion
GWP method
IPCC AR4, 100-year horizon
Not on the record; set from DEA's method notes
CO₂e basis
Fossil onlyFossilBio CH₄Land useBio CO₂EN 15804 GWP-fossil
Not split by gas; CO₂e only

Very low quality · Open licence · 2015 to now

All values

10 values, one per year back to 2015. Every one is fossil only, AR4 GWP100, so the years compare directly. Tap a bar.

2024 onwards0.259Default valueDerived by open-climate.ai

kgCO₂e per kWh, by year, split into its 2 parts. Pick a year to read it.

What this number covers

The path of one kilowatt-hour of this fuel, from the well to your flame. DEA gives one figure for the first three steps together.

  1. Well-to-tank0.0543Scope 3, cat. 3

    1. Extraction

      Getting the fuel out of the ground

    2. Processing

      Treating it to the quality it is sold at

    3. Transport

      Moving it to your site

  2. Your meter

    1 kWh used. The factor is per kWh measured here.

  3. Burning it

    In your boiler, furnace or engine: CO₂, with a little CH₄ and N₂O

    Scope 10.204

0.0543 + 0.204 = 0.259 per kWh

Outside this boundary

  • Making the boiler that burns it
  • Building the pipelines and the network

DEA counts the fuel, not the things built to extract, move and burn it.

Gases

DEA publishes this factor as CO₂e only, with no split by gas. The CO₂e counts fossil carbon only; biogenic CO₂, biogenic methane and land-use carbon are left out.

From DEA's record to a comparable factor

DEA publishes one of the two parts; open-climate.ai estimated the others and added them all up to this total. Here is each field as printed and what open-climate.ai made of it.

The total and its parts

Each part has its own page. Use a part on its own when you report Scope 1 and Scope 3 separately; never add a part to the total.

You are here · the totalLNG, well-to-use0.259

About this factor

Source and licence

Value
Summed by open-climate.ai from its parts
Publisher
Danish Energy Agency (Energistyrelsen)
Published
11 November 2025
See the source data at DEA

The values and their metadata are served in full and may be reused with credit to the publisher.

Credit it with this lineSource: Danish Energy Agency (Energistyrelsen), Energistatistik 2024
A plain reading of the licence, not legal advice. The licence text prevails.

Cite this factor

Source: Danish Energy Agency (Energistyrelsen), Energistatistik 2024. Normalised by open-climate.ai, https://open-climate.ai/factors/libraries/dea_denmark/ (CC BY 4.0). https://open-climate.ai/factors/ef-deadenmark-lng-dk-kwh-well_to_use-4df8aa5f/?v=efv1-2f9422c92a1544ba4aa91dee9c575ecc

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