DEVELOPMENT OF AN INTEGRATED SYSTEM FOR THE BIOLOGICAL ENHANCEMENT OF SYNGAS AND BIOCHAR PRODUCED FROM SEWAGE SLUDGE (Q4141328): Difference between revisions

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(‎Changed label, description and/or aliases in es, and other parts: Adding Spanish translations)
(‎Changed label, description and/or aliases in en, and other parts: Adding English translations)
label / enlabel / en
 
DEVELOPMENT OF AN INTEGRATED SYSTEM FOR THE BIOLOGICAL ENHANCEMENT OF SYNGAS AND BIOCHAR PRODUCED FROM SEWAGE SLUDGE
Property / summary
 
THE IMPLEMENTATION OF ALTERNATIVE STRATEGIES FOR THE MANAGEMENT OF SEWAGE SLUDGE IS A WIDESPREAD AND URGENT NEED, ABLE TO STRONGLY INFLUENCE THE ENVIRONMENTAL AND ECONOMIC SUSTAINABILITY OF THE WATER TREATMENT SECTOR. THE RESEARCH AND INNOVATION PATH THAT WILL BE IMPLEMENTED IN THIS PROJECT AIMS AT THE DEVELOPMENT OF AN INTEGRATED PLATFORM OF THERMOCHEMICAL TREATMENTS OF SLUDGE (PYROLYSIS) AND BIOLOGICAL VALORISATION OF SOLID (BIOCHAR) AND GASEOUS (SYNGAS) PRODUCTS. SPECIFICALLY, THE PROJECT IS DIVIDED INTO FOUR DISTINCT BUT INTERCONNECTED RESEARCH LINES, WHICH INCLUDE THE STUDY OF SLUDGE PYROLYSIS, THE ENHANCEMENT OF SYNGAS IN THE FORM OF INNOVATIVE BIOPRODUCTS OR ITS CONVERSION INTO BIOMETHANE, AS WELL AS THE USE OF BIOCHAR IN THE PROCESS OF ANAEROBIC DIGESTION OF THE SLUDGE THEMSELVES TO IMPROVE THE YIELDS IN TERMS OF BIOMETHANE. THE PROJECT BRINGS TOGETHER IN A SINGLE PARTNERSHIP CUTTING-EDGE RESEARCH GROUPS WITH A PRIVATE COMPANY (English)
Property / summary: THE IMPLEMENTATION OF ALTERNATIVE STRATEGIES FOR THE MANAGEMENT OF SEWAGE SLUDGE IS A WIDESPREAD AND URGENT NEED, ABLE TO STRONGLY INFLUENCE THE ENVIRONMENTAL AND ECONOMIC SUSTAINABILITY OF THE WATER TREATMENT SECTOR. THE RESEARCH AND INNOVATION PATH THAT WILL BE IMPLEMENTED IN THIS PROJECT AIMS AT THE DEVELOPMENT OF AN INTEGRATED PLATFORM OF THERMOCHEMICAL TREATMENTS OF SLUDGE (PYROLYSIS) AND BIOLOGICAL VALORISATION OF SOLID (BIOCHAR) AND GASEOUS (SYNGAS) PRODUCTS. SPECIFICALLY, THE PROJECT IS DIVIDED INTO FOUR DISTINCT BUT INTERCONNECTED RESEARCH LINES, WHICH INCLUDE THE STUDY OF SLUDGE PYROLYSIS, THE ENHANCEMENT OF SYNGAS IN THE FORM OF INNOVATIVE BIOPRODUCTS OR ITS CONVERSION INTO BIOMETHANE, AS WELL AS THE USE OF BIOCHAR IN THE PROCESS OF ANAEROBIC DIGESTION OF THE SLUDGE THEMSELVES TO IMPROVE THE YIELDS IN TERMS OF BIOMETHANE. THE PROJECT BRINGS TOGETHER IN A SINGLE PARTNERSHIP CUTTING-EDGE RESEARCH GROUPS WITH A PRIVATE COMPANY (English) / rank
 
Normal rank
Property / summary: THE IMPLEMENTATION OF ALTERNATIVE STRATEGIES FOR THE MANAGEMENT OF SEWAGE SLUDGE IS A WIDESPREAD AND URGENT NEED, ABLE TO STRONGLY INFLUENCE THE ENVIRONMENTAL AND ECONOMIC SUSTAINABILITY OF THE WATER TREATMENT SECTOR. THE RESEARCH AND INNOVATION PATH THAT WILL BE IMPLEMENTED IN THIS PROJECT AIMS AT THE DEVELOPMENT OF AN INTEGRATED PLATFORM OF THERMOCHEMICAL TREATMENTS OF SLUDGE (PYROLYSIS) AND BIOLOGICAL VALORISATION OF SOLID (BIOCHAR) AND GASEOUS (SYNGAS) PRODUCTS. SPECIFICALLY, THE PROJECT IS DIVIDED INTO FOUR DISTINCT BUT INTERCONNECTED RESEARCH LINES, WHICH INCLUDE THE STUDY OF SLUDGE PYROLYSIS, THE ENHANCEMENT OF SYNGAS IN THE FORM OF INNOVATIVE BIOPRODUCTS OR ITS CONVERSION INTO BIOMETHANE, AS WELL AS THE USE OF BIOCHAR IN THE PROCESS OF ANAEROBIC DIGESTION OF THE SLUDGE THEMSELVES TO IMPROVE THE YIELDS IN TERMS OF BIOMETHANE. THE PROJECT BRINGS TOGETHER IN A SINGLE PARTNERSHIP CUTTING-EDGE RESEARCH GROUPS WITH A PRIVATE COMPANY (English) / qualifier
 
point in time: 31 January 2022
Timestamp+2022-01-31T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0

Revision as of 10:06, 31 January 2022

Project Q4141328 in Italy
Language Label Description Also known as
English
DEVELOPMENT OF AN INTEGRATED SYSTEM FOR THE BIOLOGICAL ENHANCEMENT OF SYNGAS AND BIOCHAR PRODUCED FROM SEWAGE SLUDGE
Project Q4141328 in Italy

    Statements

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    16,264.19 Euro
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    32,528.38 Euro
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    50.0 percent
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    UNIVERSITà DEGLI STUDI DI CASSINO E DEL LAZIO MERIDIONALE
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    LA REALIZZAZIONE DI STRATEGIE ALTERNATIVE PER LA GESTIONE DEI FANGHI DI DEPURAZIONE RAPPRESENTA UN'ESIGENZA DIFFUSA E URGENTE, IN GRADO DI CONDIZIONARE FORTEMENTE LA SOSTENIBILITà SIA AMBIENTALE CHE ECONOMICA DEL SETTORE DEL TRATTAMENTO DELLE ACQUE. IL PERCORSO DI RICERCA E INNOVAZIONE CHE SI INTENDE ATTUARE NEL PRESENTE PROGETTO MIRA ALLO SVILUPPO DI UNA PIATTAFORMA INTEGRATA DI TRATTAMENTI TERMOCHIMICI DEI FANGHI (PIROLISI) E VALORIZZAZIONE BIOLOGICA DEI PRODOTTI SOLIDI (BIOCHAR) E GASSOSI (SYNGAS). NELLO SPECIFICO, IL PROGETTO SI ARTICOLA IN QUATTRO LINEE DI RICERCA DISTINTE MA INTERCONNESSE, CHE PREVEDONO LO STUDIO DELLA PIROLISI DEI FANGHI, LA VALORIZZAZIONE DEL SYNGAS SOTTO FORMA DI BIOPRODOTTI INNOVATIVI OVVERO LA SUA CONVERSIONE IN BIOMETANO, NONCHé L'UTILIZZO DEL BIOCHAR NEL PROCESSO DI DIGESTIONE ANAEROBICA DEI FANGHI STESSI PER MIGLIORARNE LE RESE IN TERMINI DI BIOMETANO. IL PROGETTO RIUNISCE IN UN UNICO PARTENARIATO GRUPPI DI RICERCA ALL'AVANGUARDIA CON UN'AZIENDA PRIVATA (Italian)
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    LA APLICACIÓN DE ESTRATEGIAS ALTERNATIVAS PARA LA GESTIÓN DE LOS LODOS DE DEPURADORA ES UNA NECESIDAD GENERALIZADA Y URGENTE, CAPAZ DE INFLUIR FUERTEMENTE EN LA SOSTENIBILIDAD AMBIENTAL Y ECONÓMICA DEL SECTOR DEL TRATAMIENTO DE AGUAS. LA TRAYECTORIA DE INVESTIGACIÓN E INNOVACIÓN QUE SE IMPLEMENTARÁ EN ESTE PROYECTO TIENE COMO OBJETIVO EL DESARROLLO DE UNA PLATAFORMA INTEGRADA DE TRATAMIENTOS TERMOQUÍMICOS DE LODOS (PIRÓLISIS) Y VALORIZACIÓN BIOLÓGICA DE PRODUCTOS SÓLIDOS (BIOCHAR) Y GASEOSOS (SINGAS). EN CONCRETO, EL PROYECTO SE DIVIDE EN CUATRO LÍNEAS DE INVESTIGACIÓN DISTINTAS PERO INTERCONECTADAS, QUE INCLUYEN EL ESTUDIO DE LA PIRÓLISIS DE LODOS, LA MEJORA DEL GAS DE SÍNTESIS EN FORMA DE BIOPRODUCTOS INNOVADORES O SU CONVERSIÓN EN BIOMETANO, ASÍ COMO EL USO DEL BIOCARBÓN EN EL PROCESO DE DIGESTIÓN ANAERÓBICA DE LOS PROPIOS LODOS PARA MEJORAR LOS RENDIMIENTOS EN TÉRMINOS DE BIOMETANO. EL PROYECTO REÚNE EN UNA ÚNICA ASOCIACIÓN A GRUPOS DE INVESTIGACIÓN DE VANGUARDIA CON UNA EMPRESA PRIVADA (Spanish)
    30 January 2022
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    THE IMPLEMENTATION OF ALTERNATIVE STRATEGIES FOR THE MANAGEMENT OF SEWAGE SLUDGE IS A WIDESPREAD AND URGENT NEED, ABLE TO STRONGLY INFLUENCE THE ENVIRONMENTAL AND ECONOMIC SUSTAINABILITY OF THE WATER TREATMENT SECTOR. THE RESEARCH AND INNOVATION PATH THAT WILL BE IMPLEMENTED IN THIS PROJECT AIMS AT THE DEVELOPMENT OF AN INTEGRATED PLATFORM OF THERMOCHEMICAL TREATMENTS OF SLUDGE (PYROLYSIS) AND BIOLOGICAL VALORISATION OF SOLID (BIOCHAR) AND GASEOUS (SYNGAS) PRODUCTS. SPECIFICALLY, THE PROJECT IS DIVIDED INTO FOUR DISTINCT BUT INTERCONNECTED RESEARCH LINES, WHICH INCLUDE THE STUDY OF SLUDGE PYROLYSIS, THE ENHANCEMENT OF SYNGAS IN THE FORM OF INNOVATIVE BIOPRODUCTS OR ITS CONVERSION INTO BIOMETHANE, AS WELL AS THE USE OF BIOCHAR IN THE PROCESS OF ANAEROBIC DIGESTION OF THE SLUDGE THEMSELVES TO IMPROVE THE YIELDS IN TERMS OF BIOMETHANE. THE PROJECT BRINGS TOGETHER IN A SINGLE PARTNERSHIP CUTTING-EDGE RESEARCH GROUPS WITH A PRIVATE COMPANY (English)
    31 January 2022
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    CASSINO
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    Identifiers