Dutch Innovation Wins Aquatech Award for Micro-Pollutant Solution
Netherlands, Wednesday, 12 March 2025.
Royal HaskoningDHV’s Aurea technology, developed with Wageningen University, wins 2025 Aquatech Innovation Award for its eco-friendly micro-pollutant removal in wastewater treatment.
Breakthrough in Sustainable Water Treatment
Royal HaskoningDHV’s innovative Aurea technology has emerged as a groundbreaking solution for water treatment, securing the prestigious Aquatech Innovation Award 2025 during the opening of Aquatech Amsterdam on March 11, 2025 [1][2]. Developed in collaboration with Wageningen University, this technology combines biological activated carbon filtration with oxidative treatment, demonstrating exceptional effectiveness in removing micro-pollutants from wastewater while maintaining low energy consumption and operational costs [1].
Environmental Impact and Compliance
The innovation addresses a critical environmental challenge as chemical and medicinal residues in wastewater pose significant threats to biodiversity [1]. Aurea aligns with the European Urban Wastewater Treatment Directive requirements, offering a sustainable approach to water treatment that maintains high chemical and biological water quality standards [1]. According to Professor Cees Buisman, Scientific Director of Wetsus, the technology’s natural approach to water treatment sets it apart, as it closely mimics natural processes while effectively removing pollutants [5].
Market Potential and Industry Recognition
The technology showcases significant market potential, with experts projecting it could develop into a billion-dollar market opportunity [1][5]. The recognition comes at a crucial time, as the Aquatech Amsterdam 2025 event, running from March 11 to 14, brings together over 22,000 water professionals and 800 exhibiting companies [6]. The innovation competition featured 13 shortlisted technologies across various categories, with Aurea emerging as the overall winner [5].
Future Implementation and Industry Impact
As water treatment facilities face increasing pressure to remove micro-pollutants effectively, Aurea’s practical implementation capabilities position it as a significant advancement in the field [1]. The technology’s ability to function at both wastewater treatment plants and drinking water production sites demonstrates its versatility [1], while its low CO2 footprint aligns with broader environmental sustainability goals [5].