AITEM ACADEMY SPECIALIST TRAINING PRESENTS:
RECYCLING, REPAIR AND SUSTAINABLE PRODUCTION TECHNOLOGIES FOR COMPOSITE MATERIALS
10-11 July 2025
University of Naples Federico II - Piazzale V. Tecchio 80, 80125, Naples
PURPOSE
The course, organized by the SIMPCo section (Sustainable and Innovative Manufacturing Processes for Composites), aims to provide theoretical, technical, and practical knowledge on emerging technologies for the recycling, repair, and sustainable production of composite materials. In line with the principles of circular economy and sustainability-driven innovation, the course will analyze the latest industrial and academic solutions applicable to various industrial sectors using composite materials and facing sustainability and recyclability challenges.
During the two course days, participants will acquire skills through lectures, case study discussions, and practical activities, with a particular focus on recycling and repair technologies, demand-driven approaches, the application of the LCA methodology to recycled composites, and the use of FEM techniques for the simulation of production processes.
N.B. Each participant is advised to bring a laptop to independently carry out the planned practical exercises.
WHO IS IT FOR
- PhD students, research fellows, and researchers in the fields of manufacturing technologies and systems, materials science and engineering, mechanical design and machine construction, chemical fundamentals in technologies, and related areas.
- Technicians and consultants from SMEs and large companies in the mechanical and manufacturing sectors.
- Professionals and enthusiasts interested in developing advanced skills in sustainability and recycling in the world of composite materials.
PROGRAMME
Recycling Technologies
Lecturers: Dr. Luca Boccarusso (UNINA), Prof. Massimo Durante (UNINA), Prof. Francesco Branda (UNINA), Prof. Laura Mazzocchetti (UNIBO), Dr. Marco Diani (POLIMI)
Content: Analysis of thermal, chemical, and mechanical technologies for the recovery of composite materials (CFRP and GFRP), with in-depth case studies and industrial-scale examples. Examination of the demand-driven approach for the creation of circular supply chains and the valorization of waste.
Disassembly, Reassembly, and Repair of CFRPs
Lecturer: Prof. Fabrizio Quadrini (UNITORVEGATA)
Content: Analysis of innovative technologies and the state of the art for extending the service life of CFRP composite materials. In-depth study of in-situ repair techniques, with particular reference to recent research developments in the use of smart materials during the consolidation phase. Study of composite lamina separation methods for fiber and fabric reuse without damage, and reassembly techniques in hybrid, thermoformable, and easily repairable materials.
LCA Analysis of Composite Materials: Methodologies, Tools, and Case Studies
Lecturer: Ing. Iacopo Bianchi (UNIVPM)
Content: Introduction to Life Cycle Assessment (LCA) methodology according to ISO 14040-14044 standards and analysis of case studies related to composite materials, with particular focus on end-of-life phase and recycling/disposal processes. Practical activity with guided use of the open source software OpenLCA, supported by dedicated databases (e.g., Idemat), for inventory analysis and development of skills to independently understand, replicate, and apply the LCA methodology.
FEM Simulations of Production Processes for Product-Process Sustainability
Lecturers: Ing. Gianluca Parodo (UNIMERCATORUM), Ing. Fausto Tucci (UNISA)
Content: Integrated approach to the simulation of polymer composite manufacturing processes from a sustainability perspective, with a focus on the thermoforming of thermoplastic composites and pultrusion. Through case studies, tools will be applied to support design decisions aimed at process optimization and reduction of waste, energy consumption, and environmental impact.
CERTIFICATE OF ATTENDANCE
At the end of the course, participants may request a certificate of attendance indicating the number of hours attended. The certificate may also be used for the recognition of university credits by the participant's doctoral program board.
PARTICIPATION FEES
PhD students and university researchers €320
Industrial personnel €600
AITEM members: -15% member discount
Non AITEM members: + 22% VAT
HOW TO REGISTER
To register, it is necessary to fill out the online form and pay the participation fee. Upon filling out the form, you will receive a confirmation email containing the bank details. For organizational reasons, the participation fee must be paid by 27 June 2025.
Minimum number of participants: 13
Maximum number of participants: 22
English 
Italian