Already today, all energy, heat, and power produced at the site is based on biofuels. The recently started pilot captures CO2 emissions from these biofuels, and it is the first project in the world where the CO2 capturing equipment has been installed in a recovery boiler unit of a pulp production site. It is part of an EU-funded ACCSESS project, developing carbon dioxide capturing chemistry and technology with the goal to reach cost efficient storage of CO2 at large scale and support the society to reach net-zero and minimise climate warming.
“We have successfully phased out from using fossil fuels at our biomaterials production site. As a next step, we are very happy to be part of the ACCSESS project and test the carbon capture equipment, to further investigate the possibilities to reduce the environmental footprint of our operations and products,” says Christer Nordstrand, Director of Stora Enso’s Skutskär production site.
To make full-scale carbon capture installation viable in the future, some technical issues need to be thoroughly evaluated in the ACCSESS project. In addition, whether the captured carbon will be stored or utilised in the future, will depend on many open topics still. At Skutskär production site, the chemistry and energy integration part of the biogenic carbon value chain is tested, storage or utilisation of the captured carbon are not part of this project. The pilot at Skutskär site aims to reach two tonnes of captured carbon per day, and one of the goals is to operate the pilot using only low-temperature waste heat from the site.
Stora Enso has an ambitious goal to offer 100% regenerative products and solutions by 2050. As the largest producer of fluff pulp in Europe, Skutskär biomaterials production site is paving the way towards carbon negative products.