Dr Dipl. Eng. Maxime Olive
Coordinateur PI et Recherche Interne IP & Corporate Research Coordinator
RESCOLL
Biography
Dr. Dipl. Eng. Maxime OLIVE is an R&D Engineer with more than 17 years´ experience in the adhesive industry, especially formulation issues and debonding strategies. From 2010 to 2015 Maxime has worked as Team Manager of the Sustainable Chemistry Department in RESCOLL, with activities ranging from adhesive dismantling strategies to adhesive formulation (including substitutions of substances and REACH impact studies) or Life Cycle Assessment. In 2015 Maxime took a position as IP and Innovation Manager in RESCOLL with activities devoted to the development of RESCOLL’s home technologies in smart adhesives and coatings.
Presentation Abstract
Debonding primer for dismantling on demand of structural bonds : a solution for circularity
With the increasing regulatory pressure and struggle to limit climate change, goods manufacturers are forced to work on the design of their products and foster higher reuse or recycling at the end of life. For bonded assemblies, a very limited mass of material (the adhesive) is a roadblock for easy reuse of most of the assembly mass (the substrates), due to lack of reversibility of the joining technique.
The new debonding primer developed and patented by Rescoll offers a simple and efficient solution to the disassembling of multimaterial assemblies. This technology allows the drastic decrease of the bonding performance upon thermal triggering and dismantling in a very short time at room temperature, with easy cleaning of substrates after debonding (low primer residues, easy to wipe off). This primer allows structural performance (>15MPa) and very low residual strength post debonding (<0.5MPa).
The technology is currently in the validation stage for various case studies with industrial partners. These studies, from the coupon level to demonstrator parts in real industrial environment allow challenging the debonding primer in terms of processing requirements, ageing resistance and recycling potential. Targeted industries are consumer goods (electronics, apparels, shoes) but also high value equipments (aerospace, electric vehicles, …).
Co-authors: Robin SZYMANSKI
- Speakers Overview
- Achten Dirk
- Arbusà Jordi
- Arikan Elisa
- Bernardini Marco
- Block Marco Balbo
- Bouzard Orlane
- Braun Kevin
- Brunner Verena
- Burgorgue Morgane
- Chiozza Fabio
- Corfias-Zuccalli Catherine
- Crail Dietrich J.
- Das Sudipto
- De Baetzelier Anne
- De Ketelaere Geertrui Mieke
- Decio Mikaela
- Derra Ralph
- Dobbins Christopher
- Dulio Sergio
- Emanuel Ronald M. Jr.
- Eriksson Anna
- Groß Andreas
- Günther Roman
- Hartwig Andreas
- Hautekeer Jean-Paul
- Hein Christophe
- Heinzmann Ralf
- Heβland Axel
- Ibarra Rodriguez Jesús Eduardo
- James Andrew
- Kay Kian Hee
- Maier Steffen
- McLennaghan Allan
- Mora Luigi
- Neub Nicole
- Olive Maxime
- Paree Machteld
- Peeters Luc
- Romagnano Stefano
- Ruzafa Silvestre Carlos
- Sakai Yu
- Schmidt Marco F.
- Schneider Martin
- Smits Angela
- Sommer Mario
- Sundermeier Uta
- Thiebes Christoph
- Venkataraman Prakash
- Wichelhaus Jürgen
- Williams Lorna
- Wüst Rhiannon