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Stories category: Webinar

Balancing tissue strength and cost 

Balancing tissue strength and cost – discover how advanced dry strength chemistry helps tissue manufacturers optimize fiber mix and reduce costs without compromising quality. Watch the latest KemTalks episode featuring FennoBond™ 777E and real-world mill success stories.
Carbon footprint assesment of chemical and biological wastewater treatment

Carbon footprint of different wastewater treatment plant configurations

Watch this webinar to hear the findings of a study investigating three different wastewater treatment plant configurations – pre-precipitation, simultaneous precipitation, and biological phosphorus removal – to understand the differences in environmental efficiency in terms of carbon footprint, energy balance, and impact of stricter effluent limits.

KemTalks: Stronger board with less fiber

This KemTalks episode explores how recycled board mills can boost profitability and performance using next-generation dry strength chemistry. Gain practical insights on how to create stronger board with less fiber while improving machine runnability, reducing costs, and boosting productivity.
Wastewater disinfection methods for stormwater treatment, bathing water compliance and reuse

Disinfection for bathing, reuse and stormwater

Water scarcity and reuse, stormwater management, regulatory compliance and pressure to cut costs and find sustainable solutions, are key drivers impacting wastewater disinfection. This webinar discusses safe and sustainable disinfection using performic acid as an emerging method with low capital investment and energy needs.

Webinar: Phosphorus control in wastewater

Join our on-demand webinar to explore phosphorus removal, understand the regulatory landscape, and learn from real customer cases at wastewater treatment plants. Discover how they minimize chemical consumption while meeting strict discharge limits.

Shift to renewable polymers

Watch this on-demand webinar, to learn about pioneering customer cases from cities who are shifting away from conventional fossil-based polymers, toward renewable solutions in their wastewater treatment processes.
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