Project

MARIGREEN - Sustainable utilization of MARIne resources to foster GREEN plant production in Europe

Goal: The MARIGREEN project aims at valorising residual materials from the BLUE sector, many of them being currently poorly utilised, by treating with appropriate technologies and applying in GREEN agriculture. Significant amounts of fertilisers applicable in organic growing are required to achieve 25% organic farmland in EU by 2030, as proposed in the F2F strategy. Residual materials available from fish capture, brown algae industry, mussel industry, and organic aquaculture, provided by five Scandinavian industry partners, will be studied within the project. The materials will be chemically characterised and compounds with potential biostimulant effects on crop plants will be investigated, while concurrently checking for possible biotoxicity. The effects of these materials (untreated or treated using appropriate treatments, e.g., extraction, composting) on plant growth will be assessed. The project also includes an innovative treatment of organic fish waste from aquaculture and a study on biochar impregnation technology. Biochar, which is itself useful for soil amendment, will be used, after impregnation with extracts of BLUE materials, as a carrier of nutrients and other valuable compounds in agricultural soil. The most suitable materials (selected after chemical characterization) will be tested in real growing conditions in the greenhouse and field. The logistics and related costs required to establish a relevant value chain for producing fertilisers and/or biostimulants will be assessed by interviewing collaborating industry partners and surveying potential customers. The project will mobilize human resources across national borders to promote the skills and competencies of researchers and to create coherent dissemination actions delineating the conditions, interests, and potential opportunities in the BLUE and GREEN sectors.

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Project log

Violeta Alexandra Ion
added a research item
There is a continuous interest in developing experimental technologies that can be further transferred to small producers or house fields with limited soil surface area. The aim of this study was to implement a hi-grow tabletop technology for strawberry in the USAMV of Bucharest experimental open field. This growing technology will allow experimentation with different fertilization treatments and strawberry cultivars as well as an evaluation of abiotic and biotic stress on plant growth. 'Albion' variety used as the day-neutral strawberry cultivar bore fruit from June to the end of October. In the first year the plants developed well, despite various stress factors (heat, pests, diseases). This study will continue with the implementation of a shading system to protect the plants from direct solar radiation, reduce the temperature, and prevent the sunburn of the fruits.
Maria federica Carboni
added an update
University POLITEHNICA of Bucharest (UPB) was founded in 1818 and is the oldest engineering school in Romania.
The UPB team will use the #biochar prepared in previous projects as a support for #impregnation. The aim is to develop, using relevant impregnation technologies, a well-balanced biochar-based #fertilizer for various purposes in organic horticulture. Our expertise is in experimental study and modelling of transfer phenomena in unit operations and (bio)chemical processes, e.g., biomass pretreatment, pyrolysis, extraction, anaerobic digestion and fermentation.
@BluebioCOFUND! #bluebioeconomy #bluebiocofound #bluebio
 
Maria federica Carboni
added an update
Setting up the experimental trials!
At USAMV (Romania) we have started to implement the experimental trials in which we will test the fertilizer made from fish bone and algal fibres provided by our partners!
 
Maria federica Carboni
added an update
Our partner AUTh (Greece) pursued and completed the chemical composition profile analysis for BlueBio mass that involves fish bone and algal fiber collected at NORSØK (Norway).
Collection of potential biostimulants via green extractions and their further evaluation in greenhouses at USAMV (Romania) was also pursued.
 
Maria federica Carboni
added an update
The Danish partners #DTUAqua #Alumichem at the Marigreen project are evaluating the use of fish faeces as a fertilizer. For this we have collected the fish faeces from a Danish trout organic farm Mønsted-Bryrup (#Musholm) and with an innovative lignocellulosic filtration system we managed to produce a fish cake that will be shipped to our partners in Romania #USAMV and Greece #AUTh for elemental analysis and evaluation as fertilizer.
#HCB, #supportingyoungpeople, #BluebioCOFUND #bluebioeconomy #bluebio #marigreen
 
Maria federica Carboni
added an update
MARIGREEN is a BlueBio cofund project (@BlueBioCOFUND) that will valorize residual materials from the BLUE sector, of which many are currently poorly utilized, by treating them with appropriate technology and applying in agriculture (GREEN sector). We are a consortia from different countries Norway (Norce, Norsøk), Romania (USAMV), Greece (AUTH) and Denmark (DTU AQUA, KU, Alumichem).
 
Maria federica Carboni
added an update
Aristotle University of Thessalonki is the largest University in Greece. The Lab (representative of Greece in #MARIGREEN project) elaborates synthetic and physicochemical studies pertinent to organic-antioxidant-bioactive compounds in blue biomass waste, chemical and biotoxicity profiling of derived extracts as fertilizers and biostimulant-bearing enhancers of plant growth. Their experience is in the study of hybrid inorganic-organic biological systems, biochemical engineering and molecular biology of organic, naturally occurring compounds, active in bacterial, plant and human (patho) physiologies.
#HCB, #supportingyounggroup #bluebioeconomy #bluebiocofound #bluebio
 
Maria federica Carboni
added a research item
At NORSØK (Norway), our colleagues Anne-Kristine Løes and PhD student Joshua Cabell are testing a pellet machine in order to provide fertilizer made from fish bone and algal fiber. The pellets will be further tested in field and greenhouse experiments at USAMV (Romania). #MARIGREEN, #collaboration, #bluebioeconomy, #bluebiocofound, #bluebio
Violeta Alexandra Ion
added a project goal
The MARIGREEN project aims at valorising residual materials from the BLUE sector, many of them being currently poorly utilised, by treating with appropriate technologies and applying in GREEN agriculture. Significant amounts of fertilisers applicable in organic growing are required to achieve 25% organic farmland in EU by 2030, as proposed in the F2F strategy. Residual materials available from fish capture, brown algae industry, mussel industry, and organic aquaculture, provided by five Scandinavian industry partners, will be studied within the project. The materials will be chemically characterised and compounds with potential biostimulant effects on crop plants will be investigated, while concurrently checking for possible biotoxicity. The effects of these materials (untreated or treated using appropriate treatments, e.g., extraction, composting) on plant growth will be assessed. The project also includes an innovative treatment of organic fish waste from aquaculture and a study on biochar impregnation technology. Biochar, which is itself useful for soil amendment, will be used, after impregnation with extracts of BLUE materials, as a carrier of nutrients and other valuable compounds in agricultural soil. The most suitable materials (selected after chemical characterization) will be tested in real growing conditions in the greenhouse and field. The logistics and related costs required to establish a relevant value chain for producing fertilisers and/or biostimulants will be assessed by interviewing collaborating industry partners and surveying potential customers. The project will mobilize human resources across national borders to promote the skills and competencies of researchers and to create coherent dissemination actions delineating the conditions, interests, and potential opportunities in the BLUE and GREEN sectors.