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%%.
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 KemFoamXTM 9980 brought it under control.
Achieving considerable process improvements in wastewater treatment, requires consistent and accurate monitoring. Digitally enhanced chemical treatment helped the Dutch city of Arnhem reduce their carbon footprint, while optimizing the plant's operational performance.
Are you looking for ways to enhance the sustainability of your wastewater treatment operations? We have put together several best-practice municipal case studies, chemistry application videos, on-demand webinars and other valuable insights on data-driven, sustainable wastewater treatment. Download your free copy now!
Sustainability focus is changing the way municipalities manage wastewater. But change doesn’t happen overnight. Utilities everywhere can take inspiration from Copenhagen’s wastewater treatment, where in-house researchers are reducing greenhouse gas emissions, and contributing to the circular economy by increasing biogas output.
Tekniska verken is a utility provider for one of the world's most resource-efficient regions – the Swedish city of Linköping and the surrounding area. Today they’re offering biogas to more customers than ever before thanks to Kemira’s chemistry and applications expertise.
The lively city of Prague is known for its Baroque architecture, rich history and vibrant culture. At Kemira, we believe the city’s wastewater treatment deserves a bit of the spotlight too. Our customer Veolia is keeping Prague’s water pristine by meeting strict phosphorus requirements and reducing their CO2 footprint - all while saving costs.
Wastewater treatment plants can increase capacity while reducing their carbon footprint. The city of Fredrikstad is proof. Learn how this Norwegian municipality is expanding its capacity with circular design and energy efficiency in mind.
The Kakolanmäki wastewater treatment plant in Turku, Finland chose Kemira’s flocculant, Superfloc® XD, for its quality, value and secure supply.
After over a decade of research and evaluation, Kemira’s KemConnect™ DEX has proved to be an advantageous choice among the alternatives now available for wastewater disinfection.
