•  New Training Available 
    Two day CCaLC carbon footprinting training course in association with IChemE.
    Manchester, 25th - 26th June 2014 - Click here for details
  •  New Release 
    CCaLC V3.3 is available to download now.
    Visit the software page here for a free download of the new version
  •  New App Available 
    CCaLC LITE for Android, a simplified version of the CCaLC carbon footprinting tool, has been released - Click here for details and to download
  •  New Release 
    New version of CCaLC tools released for the PVC and bio-based sectors.
    Click here to download
  •  Latest News 
    CCaLC wins the GSK Innovation Award - Read more
  •  Latest News 
    CCaLC wins a Chemistry Innovation Award - Read more
  •  Latest News 
    CCaLC wins IChemE top prize for 'Outstanding Achievement in Chemical and Process Engineering' - Read more


The project uses a whole systems approach to develop a life cycle methodology for integrated environmental and economic analysis of carbon intensity of different industrial systems. This involves both environmental and economic aspects of carbon footprints and embodied carbon, enabling estimation of 'carbon added' and 'valued added' at each stage of the supply chain.

A general LCA database and modelling framework has been developed for use by industry as well as by policy makers. Although the emphasis of the project is on carbon-equivalent estimations, the methodological developments are not limited to carbon alone but also enable estimations of other environmental impacts. This is particularly important when assessing different options to ensure that carbon inventory is not reduced at the expense of other environmental impacts.

The methodology for estimating the economic impacts along the supply chains entails assigning values to the flows of materials and energy along the supply chain, both as a result of investment and operating costs. This enables the identification of low and high-value adding activities and processes and their relation to environmental impacts.

The methodology also incorporates suitable optimisation techniques to enable identification of optimum low-carbon material, product and technological options. To enable this, the CCaLC software tool has been developed, allowing simple as well as sophisticated modelling and estimations, depending on the end-user needs and application.