FIRE — FIRE DEVELOPMENT BASED ON GRAPHENE SHEETS — JABER INNOVATION SRL (Q2023982): Difference between revisions
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(Created claim: summary (P836): THE PROJECT AIMS TO DEVELOP FIRE PROTECTION SYSTEMS FOR HIGH-PERFORMING STRUCTURAL COMPOSITE MATERIALS. FILMS WITH A HIGH CONTENT OF GRAPHENE MATERIALS HAVE PROVEN TO BE A VERY PROMISING WAY FORWARD TO IMPROVE THE REACTION TO FIRE THANKS TO THE HIGH DIFFUSIVE THERMAL PRESSURE THAT THESE MATERIALS PRESENT. THIS CHARACTERISTIC ENSURES: REDUCTION OF HEAT FLOWS IN HEATED AREAS, TIME OF RESPONSE OF THE MATERIAL, REDUCTION OF THE TEMPERATURES OF THE P...) |
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| Property / summary | |||
THE PROJECT AIMS TO DEVELOP FIRE PROTECTION SYSTEMS FOR HIGH-PERFORMING STRUCTURAL COMPOSITE MATERIALS. FILMS WITH A HIGH CONTENT OF GRAPHENE MATERIALS HAVE PROVEN TO BE A VERY PROMISING WAY FORWARD TO IMPROVE THE REACTION TO FIRE THANKS TO THE HIGH DIFFUSIVE THERMAL PRESSURE THAT THESE MATERIALS PRESENT. THIS CHARACTERISTIC ENSURES: REDUCTION OF HEAT FLOWS IN HEATED AREAS, TIME OF RESPONSE OF THE MATERIAL, REDUCTION OF THE TEMPERATURES OF THE PROTECTED MATERIAL. THE STRUCTURAL EFFICIENCY GAINS RESULTING FROM THE USE OF POLYMERIC COMPOSITES ARE WELL ESTABLISHED, BUT THE USE OF THESE MATERIALS IS RESTRICTED BY UNCERTAINTY AS TO THE QUALIFICATION OF BENEFITS UNDER HIGH TEMPERATURE CONDITIONS. THE IMPROVEMENT OF THE PERFORMANCE OF FIRE RESISTANCE OF COMPOSITE MATERIALS WHICH WILL BE ACHIEVED THROUGH THE INNOVATION PROPOSED BY THE FIRE PROJECT WILL MAKE A HUGE CONTRIBUTION TO THE SAFETY OF PASSENGERS. THE NEW TECHNOL (English) | |||
| Property / summary: THE PROJECT AIMS TO DEVELOP FIRE PROTECTION SYSTEMS FOR HIGH-PERFORMING STRUCTURAL COMPOSITE MATERIALS. FILMS WITH A HIGH CONTENT OF GRAPHENE MATERIALS HAVE PROVEN TO BE A VERY PROMISING WAY FORWARD TO IMPROVE THE REACTION TO FIRE THANKS TO THE HIGH DIFFUSIVE THERMAL PRESSURE THAT THESE MATERIALS PRESENT. THIS CHARACTERISTIC ENSURES: REDUCTION OF HEAT FLOWS IN HEATED AREAS, TIME OF RESPONSE OF THE MATERIAL, REDUCTION OF THE TEMPERATURES OF THE PROTECTED MATERIAL. THE STRUCTURAL EFFICIENCY GAINS RESULTING FROM THE USE OF POLYMERIC COMPOSITES ARE WELL ESTABLISHED, BUT THE USE OF THESE MATERIALS IS RESTRICTED BY UNCERTAINTY AS TO THE QUALIFICATION OF BENEFITS UNDER HIGH TEMPERATURE CONDITIONS. THE IMPROVEMENT OF THE PERFORMANCE OF FIRE RESISTANCE OF COMPOSITE MATERIALS WHICH WILL BE ACHIEVED THROUGH THE INNOVATION PROPOSED BY THE FIRE PROJECT WILL MAKE A HUGE CONTRIBUTION TO THE SAFETY OF PASSENGERS. THE NEW TECHNOL (English) / rank | |||
Normal rank | |||
Revision as of 09:35, 23 March 2020
Project in Italy financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | FIRE — FIRE DEVELOPMENT BASED ON GRAPHENE SHEETS — JABER INNOVATION SRL |
Project in Italy financed by DG Regio |
Statements
831,739.81 Euro
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1,108,986.41 Euro
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75.0 percent
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31 October 2018
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30 April 2020
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CERICT SCRL - CENTRO REGIONALE INFORMATION COMMUNICATION TECHNOLOGY
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MARE ENGINEERING SPA
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JABER INNOVATION S.R.L.
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NOVOTECH SRL - AEROSPACE ADVANCED TECHNOLOGY
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40°54'28.48"N, 14°23'10.43"E
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IL PROGETTO MIRA A SVILUPPARE SISTEMI DI PROTEZIONE DAL FUOCO DI MATERIALI COMPOSITI STRUTTURALI AD ELEVATE PRESTAZIONI. FILM AD ELEVATO CONTENUTO DI MATERIALI A BASE DI GRAFENE SI SONO DIMOSTRATI UNA SOLUZIONE MOLTO PROMETTENTE PER MIGLIORARE LA REAZIONE AL FUOCO GRAZIE ALLA ELEVATA DIFFUSIVITà TERMICA CHE QUESTI MATERIALI PRESENTANO. QUESTA CARATTERISTICA GARANTISCE: RIDUZIONE DEI FLUSSI TERMICI NELLE ZONE RISCALDATE, BASSI TEMPI DI RISPOSTA DEL MATERIALE, RIDUZIONE DELLE TEMPERATURE DEL MATERIALE PROTETTO. I VANTAGGI IN TERMINE DI EFFICIENZA STRUTTURALE DERIVANTI DALL'UTILIZZO DI COMPOSITI POLIMERICI SONO BEN CONSOLIDATI, MA L'IMPIEGO DI TALI MATERIALI Ê FRENATO DALL'INCERTEZZA SULLA QUALIFICAZIONE DELLE PRESTAZIONI IN CONDIZIONI DI ELEVATA TEMPERATURA. IL MIGLIORAMENTO DELLE PRESTAZIONI DI RESISTENZA AL FUOCO DEI MATERIALI COMPOSITI CHE VERRà OTTENUTO MEDIANTE L'INNOVAZIONE PROPOSTA DAL PROGETTO FIRE GARANTIRà UN ENORME CONTRIBUTO ALLA SICUREZZA DEI PASSEGGERI. LA NUOVA TECNOL (Italian)
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THE PROJECT AIMS TO DEVELOP FIRE PROTECTION SYSTEMS FOR HIGH-PERFORMING STRUCTURAL COMPOSITE MATERIALS. FILMS WITH A HIGH CONTENT OF GRAPHENE MATERIALS HAVE PROVEN TO BE A VERY PROMISING WAY FORWARD TO IMPROVE THE REACTION TO FIRE THANKS TO THE HIGH DIFFUSIVE THERMAL PRESSURE THAT THESE MATERIALS PRESENT. THIS CHARACTERISTIC ENSURES: REDUCTION OF HEAT FLOWS IN HEATED AREAS, TIME OF RESPONSE OF THE MATERIAL, REDUCTION OF THE TEMPERATURES OF THE PROTECTED MATERIAL. THE STRUCTURAL EFFICIENCY GAINS RESULTING FROM THE USE OF POLYMERIC COMPOSITES ARE WELL ESTABLISHED, BUT THE USE OF THESE MATERIALS IS RESTRICTED BY UNCERTAINTY AS TO THE QUALIFICATION OF BENEFITS UNDER HIGH TEMPERATURE CONDITIONS. THE IMPROVEMENT OF THE PERFORMANCE OF FIRE RESISTANCE OF COMPOSITE MATERIALS WHICH WILL BE ACHIEVED THROUGH THE INNOVATION PROPOSED BY THE FIRE PROJECT WILL MAKE A HUGE CONTRIBUTION TO THE SAFETY OF PASSENGERS. THE NEW TECHNOL (English)
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Identifiers
B83D18000330007
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