Filtralite® boosts water treatment efficiency and sustainability

Published in SWM Print Edition 23 - September 2024

Interviews
Geir Norden in Smart Water Magazine.

Water pollution is one of the most pressing environmental challenges today, and utilities around the world are searching for smarter and more sustainable treatment solutions. According to Geir Norden, Research and Development Expert at Filtralite, high-porosity Filtralite® filter media can significantly enhance filtration efficiency and reduce the need to expand or build new treatment plants.

With its unique structure, Filtralite retains and absorbs more contaminants than traditional materials such as sand, allowing larger volumes of water to be treated using the same filter capacity. In practice, this means longer filtration cycles, fewer backwashes, and lower energy use. The material’s lightweight nature also reduces the carbon footprint during transport and operation.

Filtralite has achieved excellent results in diverse applications, from desalination plants to drinking and wastewater treatment. It enables utilities to improve water quality while cutting operational costs and energy consumption, contributing to more resilient and sustainable water services. 

Learn more about Filtralite’s global research, innovation, and customer success stories in the full interview with Geir Norden, R&D Expert at Filtralite.

Read the full interview here

Explore our solutions below to learn how we can help with your project
Drinking Water & Desalination
Enhance drinking water filtration with high-porosity filter media that increases capacity, extends filter runs, and boosts output.
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Wastewater Treatment
Improve biological and tertiary filtration with lightweight filter media that supports biofilm growth and captures more contaminants.
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Odour Treatment
Filter larger air volumes efficiently with high-porosity media that promotes biofilm growth and reduces odours.
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Onsite Water Remediation
Manage stormwater challenges and decentralized wastewater treatment with filter media that removes solids, phosphorus, and heavy metals.
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