![]() To see the full emissions factors, assumptions and calculations, download a copy of the ICE database. The below calculator will model the embodied carbon of up to three concrete mixtures.Īn example of the embodied carbon results is shown below: There is also an online version of the calculator available on this page. There is an excel version of the carbon calculator available with every download of the ICE database. The latest version of the ICE database, V3, was updated by Circular Ecology and was co-funded by Heathrow Airport, the Rail Safety and Standards Board and the Environment Agency. The ICE database was originally created as a research project at the University of Bath by Dr Craig Jones, Circular Ecology, and Professor Geoffrey Hammond. Embodied Carbon DatabaseĬircular Ecology has created an embodied carbon calculator for concrete, as part of the free embodied carbon database for materials known as the ICE database. The material pfa is also known as just fly ash. Ordinary Portland Cement, or OPC as it is also known, has a higher embodied carbon than ggbs or pfa. ![]() Materials such as ground granulated blast furnace slag (ggbs) and pulverised fuel ash (pfa), have cementitious properties and can be used in a concrete mixture to reduce the amount of cement. The specification of greener concrete mixtures has great potential to reduce the carbon footprint of construction. It also offers one of the top quick win embodied carbon reduction measures. Concrete Embodied Carbon Footprint CalculatorĬoncrete is one of the main contributors to the embodied carbon footprint of most buildings and infrastructure assets.
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