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  • About the Project
  • News
    • Reuse potential and fertilizer value of Iron Coated Sand, tested by PCS
    • Project Update June 2018
    • NuReDrain tests on phosphorus adsorbing materials
    • Field tests on phosphorus removal in greenhouse effluent
    • Phosphorus removal in agricultural drainage water
    • Reuse of Phosphorus as fertilizer
    • Zero-valent iron to remove Nitrogen and Phosphorus
    • Field tests in preparation December 2017
    • Kick-Off Meeting in Billund March 2017
    • Aarhus University tests P removal from drainage water in Denmark
    • KU Leuven works on N removal from greenhouse drainage water in Belgium
    • P removal from surface water in Belgium at a water production center
    • Rostock University’s modeling study on the impact of P-filters at catchment scale
    • Workshop Filter Systems in Hanover
    • VIDEO about phosporus removal filters at a water production centre
    • VIDEO about phosphorus removal filters for drainage water in agricultural fields
    • Field Case Venner Bruchkanal: Improved P filter system
    • Inagro evaluates the fertilization potential of P-saturated iron coated sand on maize
    • Inagro builds a constructed wetland inspired by examples of Aarhus University
    • PCS tests Moving Bed Biofilm Reactor at horticultural farms
    • Nuredrain project continues until September 2021
    • Build your own MBBR filter for N removal
    • Learn more about nutrient removal filters in the NuReDrain Filter Fact Sheets
    • Reuse P in iron coated sand as fertilizer: results additional pot trials
    • KU Leuven investigates the possibility of integrating Phosphorus adsorbing materials in a circular process
    • Copenhagen University test zero valent iron filter pilot for nitrate filtration
    • Innovation News Network brings special report on NuReDrain
    • NuReDrain plans three webinars this fall
    • First NuReDrain webinar promotes phosphorus filter systems for drainage water
    • Second NuReDrain Webinar about phosphorus recovery from agricultural waters and removal modelling
    • Filter systems for nitrogen removal presented during third NuReDrain Webinar
    • Fast ortho-phosphate measurements with the RiverDip app
    • University of Rostock models phosphorus removal in Belgian Kemmelbeek watershed
    • Mobile constructed wetland at river bank to protect vulnerable nature
    • Technical-economic evaluation of nutrient removal filters
    • Over 80 participants for NureDrain online workshop about End-of-Pipe Filter Technology for Nitrogen and Phosphorus
    • All you need to know about an inline P filter in our fact sheet
    • Chemosphere publishes article about iron-coated sand granules as a purification strategy for phosphate in horticulture
    • A Nuredrain 2.0 project?
    • NuReDrain shares its results and conclusions in a well attended webinar
    • NuReDrain organises a digital field walk at the Venner Bruchkanal Field Case
    • VIDEO Sediment and reactive filter system for drainage water
    • VIDEO Phosphorus filter system for drainage water at Venner Bruchkanal (Germany) (1)
    • VIDEO A denitrification filter system at river Lethe (Germany)
    • VIDEO Computer model calculates the reduction potential of nutrient removal filters
    • Nuredrain 2.0 started
    • Survey: farmers’ opinion on filter systems
    • SEGES visits MBBR installations
    • Vegetable grower Goni invests in a ‘NuReDrain MBBR filter system’
    • VIDEO A Zero Valent Iron filter to trap nitrogen and phosphorus from drainage water
    • Design your own MBBR with a handy calculation tool
    • NuReDrain partners visit Rostock University for a project meeting
    • NuReDrain 2.0 Webinar on 24 November
    • Towards a realistic cost and impact assessment of measures for reducing nutrient export from agricultural landscapes
    • Lessons learned after three seasons of intensive follow-up of a moving bed bioreactor (MBBR)
    • Testing different filter materials for phosphorus removal at PCS
    • Promising test results for the regeneration of filter materials for phosphorus removal
    • NuReDrain's final conference on 8 June
    • Webinar presents cost evaluation tool for measures to reduce the nutrient Export from agricultural landscapes
    • Upscaled Filter Boxes with Iron-coated Sand for Effective Phosphorus Removal from Open Wells and Collector Drain Water
    • Growers testing 2-in-1 filters for phosphorus and nitrogen removal
    • Can nitrate filters help mitigate nitrate pressure in surface water?
    • Inagro pilot plots offer good test case for constructed wetlands, woodchips filter and MBBR
    • NuReDrain's final conference shows the way towards less nutrient loading in our surface water
    • Results and conclusions for the field tests with a zero-valent iron filter
    • The regeneration of P-loaded iron coated sand
    • Investment support for N and P filters in Flanders
    • NuReDrain: the end of the beginning
  • NuReDrain Events
  • Field Cases
    • Fensholt
    • Lethe River
    • Venner Bruchkanal
    • Destelbergen, Nevele and Heusden
    • Zedelgem, Anzegem and Staden
    • WPC De Blankaart
    • Warnow River Basin
    • Taastrup
    • Onze-Lieve-Vrouw-Waver
    • Roeselare
    • Middelkerke
  • Filter Materials
    • AnoxKaldnesTM Biocarriers
    • DiaPure filtermaterial in combination with lamellafilter for sediment removal
    • Granular Iron and Alumina based phosphate sorbents
    • Iron Coated Sand
    • Iron Oxide Coated Sand (IOCS) & Iron-rich sludge pellets for phosphate adsorption
    • Zero-valent iron granules
    • Filter
  • Partners
    • Aarhus University
    • Copenhagen University
    • De Watergroep
    • Ghent University
    • Inagro
    • KU Leuven
    • LWK Niedersachsen
    • OOWV
    • Rostock University
    • PCS Proefcentrum voor Sierteelt
    • VITO and Vlakwa
    • Interreg North Sea Region
  • Project Videos
    • Nitrogen and phosphorus removal in horticulture
    • Phosphorus filter box for drainage water in agricultural fields
    • Phosphorus filter system for a water production centre
    • Phosphorus filtering with a sediment and reactive filter in Denmark
    • Mobile constructed wetland for nitrate removal
    • Inline phosphorus filter system for drainage water
    • Modelling the reduction potential of filters at catchment scale
    • A zero valent iron filter for drainage water
    • Relive the NuReDrain webinars
    • Plattelandspret Channel video about NuReDrain project for horticulture
  • Document Libary
    • Filter Fact Sheets
    • Filter Construction Manuals
    • Scientific Papers
    • Scientific Posters
    • News Articles in Media
    • Field Case Descriptions
  • Achievements
  • Output Library
  • Contact
    • News
  • NuReDrain
  • Document Libary
  • Filter Fact Sheets

NuReDrain

  • About the Project
  • News
  • NuReDrain Events
  • Field Cases
  • Filter Materials
  • Partners
  • Project Videos
  • Document Libary
    • Filter Fact Sheets
    • Filter Construction Manuals
    • Scientific Papers
    • Scientific Posters
    • News Articles in Media
    • Field Case Descriptions
  • Achievements
  • Output Library
  • Contact

Filter Fact Sheets

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Filter Fact Sheet Inline Phosphorus Filter with Iron Coated Sand

Filter Fact Sheet Filter Box with Iron Coated Sand

Filter Fact Sheet Woodchip Bioreactor

Filter Fact Sheet Moving Bed Bioreactor

Filter Fact Sheet Zero Valent Iron Filter

 

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