Emission factor from ICM 2019

Energy reduction, ventilation system, 6 x 120 m3/h, steel ducts, with GHE

Australia · Energy, full life cycle · Any year

Each kilowatt-hour of heat or steam bought counts as 0.468 kg CO₂e: 0.428 for process LCA (AusLCI) and 0.0396 for input-output supplement (services, capital, machinery).

Value for any year

0.468kgCO₂e/kWh

Biogenic CO₂ excluded · GWP100 · AR4

One value, for any year

ICM sets no date window, so there is no year to pick.

Reference year 2015

Region
Australia AU
Boundary
Energy, full life cycle
Data quality
MediumRated by us, not by the source
Licence
Open · CC BY 4.0

Where 0.468 comes from

Σ 0.468: the two parts add up to ICM's published total.

Reporting this kilowatt-hour under the GHG Protocol

Scope 1 + Scope 3, categories 2 and 3 0.428

This one figure covers all three together; no split between them is given.

Emissions from equipment you run are direct emissions, so they are your Scope 1.

Building the plant is a capital good: Scope 3, category 2.

Producing and delivering the fuel it burns happened upstream: Scope 3, category 3.

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.

Heat and cooling › Heat generation · Australia · per kWh · Average

Energy, full life cycle · Excl. biogenic CO₂ · AR4

Boundary
Energy, full life cycle
Fuel supply, generation, capital goods and overheads and services
GWP method
IPCC AR4, 100-year horizon
Not on the record; inferred by open-climate.ai
CO₂e basis
Excl. biogenic CO₂
Not split by gas; CO₂e only

Medium quality · Open licence · Any year

What this number covers

The path of one kilowatt-hour of heat, from the fuel to your meter. Every step on it is counted.

  1. Process LCA (AusLCI)

    IncludedScope 10.428
  2. Input-output supplement (services, capital, machinery)

    Included0.0396
  3. Your meter

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

    = 0.468

Gases

ICM publishes this factor as CO₂e only, with no split by gas. The CO₂e leaves biogenic CO₂ out.

From ICM's record to a comparable factor

ICM publishes this factor as one record with two sub-lines. 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. Never add a part to the total.

You are here · the totalEnergy reduction, ventilation system, 6 x 120 m3/h, steel ducts, with GHE, energy, full life cycle0.468

About this factor

ICM gives no description for this factor.

Source and licence

Publisher
UNSW Sydney, Integrated Carbon Metrics (ICM) Database
Library
ICM 2019
Record
325

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

Credit it with this lineWiedmann, T., Teh, S. H. and Yu, M. (2019) ICM Database - Integrated Carbon Metrics Embodied Carbon Life Cycle Inventory Database, UNSW Sydney. CC BY 4.0, https://creativecommons.org/licenses/by/4.0/
A plain reading of the licence, not legal advice. The licence text prevails.

Cite this factor

Wiedmann, T., Teh, S. H. and Yu, M. (2019) ICM Database - Integrated Carbon Metrics Embodied Carbon Life Cycle Inventory Database, UNSW Sydney. CC BY 4.0, https://creativecommons.org/licenses/by/4.0/. Normalised by open-climate.ai, https://open-climate.ai/factors/libraries/icm/ (CC BY 4.0). https://open-climate.ai/factors/ef-icm-energy_reduction-au-kwh-energy_lifecycle-3d5b046b/?v=efv1-fb3de046d15d94888a74aa6ed748ed07

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