Insights

In this webinar, we’ll introduce our new dispersion barrier that helps reduce and replace plastic in food service paper and board and enables renewable, recyclable, and repulpable fiber-based food packaging.

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.

Limiting climate change is quickly rising to the top of many companies’ agendas, and rightfully so. An increasing number of companies are trying to reduce their impacts on climate change by comitting to their own targets based on science. Kemira is one of them. Our ambition is net zero emissions by 2045.

The phenomena that impact runnability, end-product quality, and overall paper and board machine efficiency are often invisible and detected only after the damage is already done. In this webinar, we introduce Kemira Predictive Wet End, a new digital service that allows you to predict and prevent process disturbances at your machine.

As a vital member of Kemira's R&D team, it’s Pengpeng Qi's job to make sure that every single polymer product developed for cEOR applications meets the customer's exact specifications.

Learn how smart technology is effective in reducing H₂S through the utilization of dosing control in combination with unique chemistry.

The world is being rapidly transformed by the processes of urbanization and climate change. With these changes, many harmful consequences are felt, especially on water resources. Sustainable urban Drainage Systems (SuDS) offer tools to lessen the impacts of these problems by creating spaces in urban environments where rainfall can be collected by vegetation and soil.

The right dose of chemicals to the right place at the right time. The recipe for optimized water treatment performance at a pulp and paper mill is simple, but the varying conditions make it difficult in practice.