Duni Group’s is now using fossil free propane gas (BioLPG) at its subsidiary Rexcell Tissue & Airlaid’s paper mill in Skåpafors, Sweden. The transition to BioLPG produced from waste products primarily from the food industry is a major step forward towards an increasingly circular business model and a lower climate impact. Duni Group is reportedly the worldwide paper industry to use LPG physically produced from fully renewable raw materials, enabled by a collaboration with Kosan Gas.
"The transition to BioLPG shows that it is possible to gradually execute a green transformation of our industry. The team at Skåpafors have done a fantastic job in securing BioLPG which significantly reduces our carbon emissions. Combined with electricity ecolabelled by “Bra Miljöval” (Good Environmental Choice) for water and wind, we're closing in on our goal of a fully fossil-free production, while maintaining a solid profitability," says Robert Dackeskog, president and CEO, Duni Group.
Duni Group’s goal is to be completely climate neutral by 2030 and has already achieved an interim goal of an entirely climate-neutral range under the BioPak brand in Europe. Production operations in Europe will also be climate neutral in 2021, achieving an important milestone.
“Our paper mill in Skåpafors is an inspiring example of how sustainability work can be integrated into the entire business, and that there are great opportunities to make a difference,” says Lars Andersson, CEO, Rexcell Tissue & Airlaid AB.
Over a transition period of six years, carbon emissions are estimated to be cut by 17,000 tons, and once implementation is completed, emissions are expected to be cut by a further 12,000 tons per year, representing a reduction of up to 90%. With the first BioLPG delivery, it is understood that Duni Group will be the first in the world to fully implement this solution in the paper industry. As the available gas production volume increases, the aim is to exclusively use this fuel source in paper production by 2027. The BioLPG is supplied by Kosan Gas and is mainly produced from food industry waste.