The answer is yes. Water-intensive industries can now transform their sustainability performance, with one simple switch: from fossil-based polymers to renewable biomass-balanced chemistries from Kemira.

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.

Every day our global logistics team crunches the numbers to figure out the best way to get our chemistry to customers with as little carbon footprint as possible. Learn more about our climate targets and how we’re decarbonizing our logistics.

The Lotsbroverket wastewater treatment plant in Mariehamn has seen excellent results after implementing Kemira´s KemConnect™ PT digital service. This data-driven solution for primary wastewater treatment has reduced the energy consumption and cut ferric sulfate consumption at the plant.

PFAS, or per- and polyfluoroalkyl substances, are behind the excellent heat, oil, and water resistance in countless industry and consumer products. However, their enduring nature raises severe concerns about environmental and health hazards. Before industries can transition away from these “forever chemicals”, a collective effort is required to develop safe and sustainable alternatives.

Renewable chemistry innovations hold promise for revolutionizing the packaging landscape, providing innovative alternatives to traditional fossil-based materials. Let’s explore the transformative benefits of one such innovation: PHA (polyhydroxyalkanoate) as a renewable barrier coating for paper, board, and molded fiber packaging.