Risk assessment and mitigation of the presence of Nanomateirales in Atlantic aquaculture (Q4298500)

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Project Q4298500 in Portugal, Ireland, Spain
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English
Risk assessment and mitigation of the presence of Nanomateirales in Atlantic aquaculture
Project Q4298500 in Portugal, Ireland, Spain

    Statements

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    1,102,530.66 Euro
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    1,470,040.88 Euro
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    75.0 percent
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    1 January 2019
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    1 January 2022
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    International Iberian Nanotechnology Laboratory
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    41°32'43.62"N, 8°25'35.44"W
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    43°21'44.42"N, 8°24'41.54"W
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    51°40'48.29"N, 9°27'9.29"W
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    42°14'26.16"N, 8°43'14.63"W
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    42°33'14.62"N, 8°59'32.10"W
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    41°11'3.98"N, 8°41'46.61"W
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    As metallic NPs present important improvements in diverse industrial applications, the frequency of their application is growing exponentially. However, the studies of risks and mitigation of the presence of NPs in the environment are lagging far behind the rate of utilisation, which represents a critical environmental and safety challenge in the Atlantic Area. The objective of NANOCULTURE is to advance in knowledge, risk assessment and mitigation of environmental presence of the most-used engineered nanoparticles (ENPs): titanium dioxide (TiO2) and silver (Ag) in market products. The focus of the project are the aquatic ecosystems related to aquaculture, specifically, the organisms for human consumption (cultured fish, molluscs, seaweed, sea urchins, etc) a sector of high economic relevance in the Atlantic Area. NANOCULTURE will investigate the effects of ENPs on aquaculture products, their bioaccumulation and assess its impact in human intake. In order to carry out this project, the collaboration of all the participating centres is essential to ensure a wide range of industrial (aquaculture professionals) and scientific profiles (analytical chemists, physical chemists, molecular biologists,) as well as providing infrastructure to run the analysis and deliver real samples from aquaculture plants. (English)
    0.598798128233194
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    Como os NPs metálicos apresentam melhorias importantes em diversas aplicações industriais, a frequência de sua aplicação está a crescer exponencialmente. No entanto, os estudos sobre os riscos e a atenuação da presença de PN no ambiente estão muito aquém da taxa de utilização, o que representa um desafio crítico em termos ambientais e de segurança na Região Atlântica. O objetivo da NANOCULTURE é avançar no conhecimento, avaliação de riscos e mitigação da presença ambiental das nanopartículas de engenharia (ENPs) mais utilizadas: dióxido de titânio (TiO2) e prata (Ag) em produtos de mercado. O projeto centra-se nos ecossistemas aquáticos relacionados com a aquicultura, nomeadamente os organismos destinados ao consumo humano (peixes de cultura, moluscos, algas marinhas, ouriços-do-mar, etc.), um setor de elevada relevância económica na Região Atlântica. A NANOCULTURE investigará os efeitos das PEV nos produtos da aquicultura e a sua bioacumulação e avaliará o seu impacto na ingestão humana. Para levar a cabo este projeto, a colaboração de todos os centros participantes é essencial para assegurar uma vasta gama de perfis industriais (profissionais da aquicultura) e científicos (químicos analíticos, químicos físicos, biólogos moleculares), bem como fornecer infraestruturas para executar a análise e entregar amostras reais de plantas aquícolas. (Portuguese)
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