Kemira asked some 200+ customers about their experiences during the pandemic. This is how they responded.
There’s no doubt water is vitally important. Yet, most people don’t think about it much. Or do they?
The microbiology of recycled fiber processes has been unknown territory in the pulp and paper industry. Now, after a pioneering research, Kemira R&D has created unique tools to identify and quantify the different bacteria in the recycled containerboard process – to catch and control the real troublemakers.
Dispersion barrier coatings enable sustainable and safe paper and board packaging – our expert shares 3 ways how.
In a hygienic board mill, an outbreak of bacterial spores always results in off-spec production, machine downtime, and financial losses. That’s why a high-performing spore control program is crucial.
Kemira’s new digital service for the pulp and paper industry, Kemira Predictive Wet End, helps paper, board and tissue producers to predict and prevent process disturbances at their machines. But why focusing on wet end chemistry management pays off?
Cities are saving money with new cost-effective solutions that reduce their sludge volumes, drying time and carbon footprint.
FMCG companies are under pressure to package their products sustainably. Will plastics prevail thanks to improved raw materials and recyclability?
At Metsä Board Kemi mill, the operators can see the board quality hours into the future and prevent disturbances that cause end-product defects. Predictive Wet End, a digital service by Kemira, increases transparency to the complex wet end chemistry.
In our recently published study, we prove that commercially available water treatment chemistry – solutions that are commonly used for drinking water production and wastewater purification – can effectively remove microplastics from water.
