existing sources. Specifically, it will reduce renewable phosphorus in fertilisers by 40 per cent, (BBI JU) probiotics replace synthetic chelates for iron fertilisation, replace funded and synthetic controlled release coatings and produce four struvite for compound fertilisers. The overall objective for SUSFERT is phosphorus to develop multifunctional fertilisers for phosphorus and and iron iron supply that fit into existing production processes and supply EU agricultural practice. The specific objectives are to: (1) Obtain compatible probiotic and sustainable solutions for phosphorus and iron fertilisation, (2) Achieve cost effective enzymatically-modified lignin based coatings for product stabilisation and controlled release, (3) Produce microbial siderophore for use in fertilisers using a specifically-developed demonstration plant, (4) Develop and produce at least four fertiliser products that are fitting current production and existing application technology, (5) Obtain registration dossiers for organic formulations, granule, microgranule and liquid fertiliser solutions developed, following relevant field trials, and (6) Identify the economic and environmental impact of SUSFERT products, their sustainability, any potential barriers to uptake and opportunities for their adaptation. The SUSFERT project plans to: (1) Decrease existing dependence on rock phosphorus by 40%, (2) Valorise waste and by-products, increasing circular economy effects, (3) Reduce soil contamination, (4) Establish local value chains, contributing to rural communities, and (5) Demonstrate novel green technologies. Seabased The project SEABASED will reduce nutrients from the 1-3-2018 28-2-2021 Miina Mäki Measures Baltic Sea and improve water quality especially in the in Baltic coastal areas by piloting and developing seabased Sea activities. Although nutrient load from land-based Nutrient sources to the sea has reduced significantly, good ecological status has not been reached partly due to large amount of internal loading from the bottom sediments.
probiotics and struvite for phosphorus and iron supply existing sources. Specifically, it will reduce phosphorus in fertilisers by 40 per cent, replace synthetic chelates for iron fertilisation, replace synthetic controlled release coatings and produce four compound fertilisers. The overall objective for SUSFERT is to develop multifunctional fertilisers for phosphorus and iron supply that fit into existing production processes and EU agricultural practice. The specific objectives are to: (1) Obtain compatible probiotic and sustainable solutions for phosphorus and iron fertilisation, (2) Achieve cost effective enzymatically-modified lignin based coatings for product stabilisation and controlled release, (3) Produce microbial siderophore for use in fertilisers using a specifically-developed demonstration plant, (4) Develop and produce at least four fertiliser products that are fitting current production and existing application technology, (5) Obtain registration dossiers for organic formulations, granule, microgranule and liquid fertiliser solutions developed, following relevant field trials, and (6) Identify the economic and environmental impact of SUSFERT products, their sustainability, any potential barriers to uptake and opportunities for their adaptation. The SUSFERT project plans to: (1) Decrease existing dependence on rock phosphorus by 40%, (2) Valorise waste and by-products, increasing circular economy effects, (3) Reduce soil contamination, (4) Establish local value chains, contributing to rural communities, and (5) Demonstrate novel green technologies. (BBI JU) funded Seabased Measures in Baltic Sea Nutrient The project SEABASED will reduce nutrients from the Baltic Sea and improve water quality especially in the coastal areas by piloting and developing seabased activities. Although nutrient load from land-based sources to the sea has reduced significantly, good ecological status has not been reached partly due to large amount of internal loading from the bottom sediments. 1-3-2018 28-2-2021 Miina Mäki renewable