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Logo PROGETTO UE VALUEMAG

VALUEMAG

Valuable Products from Algae Using New Magnetic Cultivation and Extraction Techniques

Informazioni Generali

Coordinatore:
UNIV. NATIONAL TECHNICAL ATENE (NTUA) (Grecia)
Responsabile:
MOLINO ANTONIO - SSPT-AGROS-BIOEC (PORTICI (NA))
Ruolo ENEA:
PARTNER

Programmi Europei

Programma:
HORIZON 2020 -> JTI - Bio Based Industries (RIA - Research and Innovation Action)

Descrizione e Attività

Descrizione Generale

VALUEMAG project aims to provide groundbreaking solutions for microalgae production and harvesting as well as scaling up biomass transformation systems in order to provide new technologies for aquatic/marine biomass integrated bio-refineries. Production-cultivation and harvesting objectives are achieved by using magnetic nanotechnologies: superparamagnetic iron oxide nanoparticles (SPAN) are introduced into microalgae protoplasm in order to confer them magnetic properties. Magnetic microalgae (MAGMA) are immobilized onto a soft magnetic conical surface (SOMAC) and covered with a thin layer of continuously circulating water. A greenhouse hosts SOMAC system to exposure MAGMA to sunlight, minimize contamination and temperature-humidity uncertainties. Quantity of water is minimized and harvesting will be fast and inexpensive. These innovations permit optimum cultivation, enhance biomass productivity and dramatically lower costs of biomass production. Biomass is directly utilized by VALUEMAG multi-facilities bio-refinery for the production molecules for pharmaceutical, nutraceuticals, food additives and cosmetics. Using selected microalgae strains, natural products will be extracted by supercritical CO2 extraction, while a new selective magnetic separation method for precise selection of value-added products will be also developed. To reduce the amount of greenhouse gases realized in the environment and further lower costs of biomass, CO2 produced by transformation processes as well as water are recycled and used to enhance microalgae growth rate. All together VALUEMAG achievements will perfectly meet the demand of capturing the potential of aquatic biomass. The project outputs will bring to the market a broad variety of value-added products in sustainable way. Finally, competitiveness of the European industry will be improved since there are not pilot installations or state-of-the-art bio-refineries utilizing magnetic nanotechnology to cultivate microalgae.

Attività svolta da ENEA

L'ENEA è coinvolta in tutti i work package; in particolare nei WP2 e WP3 per i quali sono previsti attività sperimentali quali la cattura della CO2, la fase estrattiva CO2-SFE su scala banco e pilota, l'estrazione di molecole per fini antibatterici e antifungini, la caratterizzazione delle matrici nonché la parte ingegneristica di valutazione dell'impianto integrato.

Dati Finanziari (in euro)

Costo Eleggibile

Progetto:
4.789.000,00
ENEA:
813.750,00

Contributo

Progetto:
4.789.000,00
ENEA:
813.750,00

Durata del Progetto

Anno di stipula e Durata:
2017 - 40 mesi
Periodo:
01-04-2017 -> 31-07-2020

Partner (11)

Ruolo Nome Nazione
ECODUNA Austria
PNO INNOVATIONS Belgio
NOMASICO LTD Cipro
VERTECH GROUP SRL Francia
UNIV. CAMPANIA LUIGI VANVITELLI Italia
EXERGY LTD Regno Unito
THERACELL ADVANCED BIOTECHNOLOGY LTD Regno Unito
SAS - SLOVAK ACADEMY OF SCIENCES INST. OF PHYSICS Slovacchia
IRIS TECHNOLOGY SOLUTIONS Spagna
COORD UNIV. NATIONAL TECHNICAL ATENE (NTUA) Grecia
PARTNER ENEA Italia

Keyword CORDIS (2)

Keyword Argomento
INDUSTRIAL BIOTECH Industry and technology
SCIENTIFIC RESEARCH RTD Horizontal Topics

Altre Keyword (2)

Keyword
Algae
Circular economy

Ulteriore finanziamento e proroga (Disp. 162/2020/PRES)