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Watch this on-demand webinar, to learn how innovative technology is positively impacting phosphorus recovery performance at a municipal wastewater treatment plant in Germany.

Today¡¯s fashion industry is faced with a great challenge ¨C textile waste. Fast fashion and accelerated trend cycles have led to mounting clothing waste and few solutions to solve it at scale. Industry innovators like the Finnish clothing brand Pure Waste are eager to help solve this problem by offering clothing made from recycled fibers. A new type of recycling based on chemistry could help make this happen.

While carbon capture and storage has been around for several decades, the utilization of captured carbon is a relatively new and growing field. As Kemira ventures into new territory with innovations for monomers made with renewable carbon, we took the opportunity to dig into carbon capture and utilization in more detail with Michael Carus, a leader from the Nova Institute and Renewable Carbon Initiative.

Christian Lenges is an innovation expert at International Flavors & Fragrances (IFF), one of Kemira¡¯s collaboration partners in the quest to develop fully biobased polymers that outperform traditional fossil-based derived products. ÀÖÌìÌÃÊÖ»úapp caught up with Christian to learn more about the challenges and opportunities of making polymers from sugar instead of fossil-based raw materials.

In the first episode of our podcast series, Chemistry with a purpose, we spoke to Matthias Staub, Development Director of Water at Veolia, a leader in municipal wastewater treatment. The company is currently testing Kemira's new Vivimag? phosphorus recovery technology, which has promising implications for the circular economy.

Anglian Water's wastewater treatment plant in southeast England has seen highly promising results from its onsite trials with Kemira KemConnect? P. This smart digital solution for phosphorus removal has helped them reduce consumption of ferric sulfate by almost 15%%.

Mari Zabihian, Director, Global Digital Services at Kemira, discusses the change in the papermill working culture when algorithms and people join forces and start learning from each other.

The amount of energy consumed in wastewater treatment plants across the world is estimated at 1-3%% of global energy output. Learn how wastewater treatment plants can tackle increasing energy prices, scarcity of resources, and tightening regulations, while maintaining stable and future-proof operations.

A hydrometallurgical facility in the African copper belt was struggling with froth, a common issue in plants that process highly carbonaceous material. Not only was the froth causing operational issues, it constrained capacity, leading to production losses of approximately $5 million a day. Kemira KemFoamX^TM 9980 brought it under control.

In this webinar, you will learn how municipal wastewater treatment plants can use innovative technology to optimize energy-intensive processes, while maintaining stable operations and compliance with tightening regulatory requirements.