A COMPACT CONSORTIUM COMBINING INDUSTRIAL DRIVE AND SCIENTIFIC EXCELLENCE
PARADISE brings together PRODEA DEPOLLUTING in France with IPCF-CNR and the University of Pisa in Italy.
The consortium combines ownership and development of the EBD cold-plasma technology with leading expertise in microwave-assisted processing, electromagnetic modelling, advanced ceramics and materials characterisation.
This complementary structure supports the full transition from scalable component manufacturing to TRL 6 validation and preparation for market deployment.
THREE PARTNERS
ONE AMBITION
A COMPACT CONSORTIUM COMBINING INDUSTRIAL DRIVE AND SCIENTIFIC EXCELLENCE
PARADISE brings together PRODEA DEPOLLUTING in France with IPCF-CNR and the University of Pisa in Italy.
The consortium combines ownership and development of the EBD cold-plasma technology with leading expertise in microwave-assisted processing, electromagnetic modelling, advanced ceramics and materials characterisation.
This complementary structure supports the full transition from scalable component manufacturing to TRL 6 validation and preparation for market deployment.
THREE PARTNERS
ONE AMBITION
A COMPACT CONSORTIUM COMBINING INDUSTRIAL DRIVE AND SCIENTIFIC EXCELLENCE
PARADISE brings together PRODEA DEPOLLUTING in France with IPCF-CNR and the University of Pisa in Italy.
The consortium combines ownership and development of the EBD cold-plasma technology with leading expertise in microwave-assisted processing, electromagnetic modelling, advanced ceramics and materials characterisation.
This complementary structure supports the full transition from scalable component manufacturing to TRL 6 validation and preparation for market deployment.
THREE PARTNERS
ONE AMBITION
Role in PARADISE
Project coordinator • EBD technology and reactor development • Demonstrator integration • IP, exploitation and commercialisation
PRODEA DEPOLLUTING is a French deep-tech SME developing innovative solutions for air depollution. Its technological platform is built around patented electroceramic discharge barriers and an innovative multi-zone non-thermal plasma reactor architecture.
In PARADISE, PRODEA DEPOLLUTING is the coordinator and central exploitation partner, leading project governance, materials preparation, plasma benchmarking, demonstrator engineering and validation, IP management, regulatory preparation, market development and commercialisation.
KEY CONTACTS
Dr. Béatrice Drazenovic | CEO/Primary Project Coordinator (PCoCo)
Role in PARADISE
Materials characterisation • Mechanical, morphological and physico-chemical validation • T5.2 Leader
Established in 1343, the University of Pisa (UNIPI) is one of Europe’s historic universities and a leading Italian public research institution.
Within UNIPI, the Department of Civil and Industrial Engineering (DICI) and the Multifunctional Bio-Ecocompatible Materials (MBEM) Lab develop and characterise innovative materials, with expertise in Ceramic Matrix Composites.
In PARADISE, UNIPI contributes to WP4 and WP5 and leads the mechanical evaluation activity in T5.2, providing essential evidence for the use of large electroceramic components in EBD reactors.
KEY CONTACTS
Prof. Andrea Lazzeri | Full Professor, T5.2 Leader
Dr. Laura Aliotta | Senior Researcher
Role in PARADISE
WP4 Leader • WP5 Leader / scientific activities • Microwave dielectric characterisation • Electromagnetic modelling • MWS reactor adaptation and validation
The Institute for Chemical and Physical Processes of the National Research Council (IPCF-CNR) conducts interdisciplinary research in physics, chemistry and materials engineering, from fundamental condensed-matter studies to the design and characterisation of materials for strategic applications in environment, energy, health, sensors and aerospace.
In PARADISE, IPCF-CNR leads the modelling and adaptation of Microwave Sintering for large Al₂O₃/MoSi₂, electroceramic components.
KEY CONTACTS
Dr. Giuseppe Annino | Senior Researcher, WP4 Leader
Dr. Roberto D’Ambrosio I Junior, Researcher, WP5 Leader
Dr. Andrea Cintio | Post-Doctoral Research Fellow
Role in PARADISE
Project coordinator • EBD technology and reactor development • Demonstrator integration • IP, exploitation and commercialisation
PRODEA DEPOLLUTING is a French deep-tech SME developing innovative solutions for air depollution. Its technological platform is built around patented electroceramic discharge barriers and an innovative multi-zone non-thermal plasma reactor architecture.
In PARADISE, PRODEA DEPOLLUTING is the coordinator and central exploitation partner, leading project governance, materials preparation, plasma benchmarking, demonstrator engineering and validation, IP management, regulatory preparation, market development and commercialisation.
KEY CONTACTS
Dr. Béatrice Drazenovic | CEO/Primary Project Coordinator (PCoCo)
Role in PARADISE
WP4 Leader • WP5 Leader / scientific activities • Microwave dielectric characterisation • Electromagnetic modelling • MWS reactor adaptation and validation
The Institute for Chemical and Physical Processes of the National Research Council (IPCF-CNR) conducts interdisciplinary research in physics, chemistry and materials engineering, from fundamental condensed-matter studies to the design and characterisation of materials for strategic applications in environment, energy, health, sensors and aerospace.
In PARADISE, IPCF-CNR leads the modelling and adaptation of Microwave Sintering for large Al₂O₃/MoSi₂, electroceramic components.
KEY CONTACTS
Dr. Giuseppe Annino | Senior Researcher, WP4 Leader
Dr. Roberto D’Ambrosio I Junior, Researcher, WP5 Leader
Dr. Andrea Cintio | Post-Doctoral Research Fellow
Role in PARADISE
Materials characterisation • Mechanical, morphological and physico-chemical validation • T5.2 Leader
Established in 1343, the University of Pisa (UNIPI) is one of Europe’s historic universities and a leading Italian public research institution.
Within UNIPI, the Department of Civil and Industrial Engineering (DICI) and the Multifunctional Bio-Ecocompatible Materials (MBEM) Lab develop and characterise innovative materials, with expertise in Ceramic Matrix Composites.
In PARADISE, UNIPI contributes to WP4 and WP5 and leads the mechanical evaluation activity in T5.2, providing essential evidence for the use of large electroceramic components in EBD reactors.
KEY CONTACTS
Prof. Andrea Lazzeri | Full Professor, T5.2 Leader
Dr. Laura Aliotta | Senior Researcher
TOGETHER FOR CLEAN AIR
Combining complementary expertise to turn breakthrough research into real-world impact.
TOGETHER FOR CLEAN AIR
Combining complementary expertise to turn breakthrough research into real-world impact.
