PIDA Phosphorus The recovery of nutrients, especially phosphorus, is a 1-6-2014 1-9-2016 AiF - Thomas recovery in major innovation in decentralized wastewater treatment. Dittmar Closing the phosphorus cycle could provide a contribution to the development of sustainable resource wastewater management. Therefore, in collaboration with GEH treatment Wasserchemie GmbH & Co. KG, an effective process for – phosphorus recovery using iron oxide adsorbents is developed for decentralized wastewater treatment. The of a focus of the investigations is the establishment of an novel economically viable process for adsorbent regeneration. method for The aim of the regeneration is the recovery of adsorption capacity for a subsequent reloading as well as the recovery of a phosphate concentrate which makes it enhanced possible to produce a phosphate with fertilizer phosphate properties. Moreover, by developing an electrochemical adsorption fixed bed adsorption module (EFA module), the loading using ferric dynamics and capacity of the granulated iron hydroxide (GEH) should be substantially increased, which would contribute to a considerable improvement of the overall adsorbents process. In addition, the EFA module is to allow a and complete and selective loading with phosphate and can adsorbent be easily integrated into newly built or existing small wastewater treatment plants. MAB3 The MAB3 is a four-year research project promoting biomass 1-2-2012 30-3-2016 Danish Marianne resources from the sea, namely algae. The overall goal is Thomsen to contribute to solving the challenges with food and fund – energy supply and find ways to exploit the sea instead of sustainable farm land. The project aim is to develop new production technologies in laboratory and pilot scale that will lead to
PIDA Phosphorus recovery in wastewater treatment – of a novel method for enhanced phosphate adsorption using ferric adsorbents and adsorbent The recovery of nutrients, especially phosphorus, is a major innovation in decentralized wastewater treatment. Closing the phosphorus cycle could provide a contribution to the development of sustainable resource management. Therefore, in collaboration with GEH Wasserchemie GmbH & Co. KG, an effective process for phosphorus recovery using iron oxide adsorbents is developed for decentralized wastewater treatment. The focus of the investigations is the establishment of an economically viable process for adsorbent regeneration. The aim of the regeneration is the recovery of adsorption capacity for a subsequent reloading as well as the recovery of a phosphate concentrate which makes it possible to produce a phosphate with fertilizer properties. Moreover, by developing an electrochemical fixed bed adsorption module (EFA module), the loading dynamics and capacity of the granulated iron hydroxide (GEH) should be substantially increased, which would contribute to a considerable improvement of the overall process. In addition, the EFA module is to allow a complete and selective loading with phosphate and can be easily integrated into newly built or existing small wastewater treatment plants. 1-6-2014 1-9-2016 AiF - Thomas Dittmar MAB3 The – sustainable production MAB3 is a four-year research project promoting biomass resources from the sea, namely algae. The overall goal is to contribute to solving the challenges with food and energy supply and find ways to exploit the sea instead of farm land. The project aim is to develop new technologies in laboratory and pilot scale that will lead to 1-2-2012 30-3-2016 Danish fund Marianne Thomsen
ESPP-EU-RD-nutrient-projects-list_v2018-09-14.docx