|Budget :||3,4. M €|
|Duration :||42 months|
|Participants :||9 partners in 5 Countries|
|ETRA contact :||Dott. Ettore Musacchi, Dr. Valerie Shulman, Dr. Gisele Jung|
The objective of the TyGRe Project is to develop technologies for recovering high added-value products from selected waste streams. The project focuses on the treatment of post-consumer tyre through the development of a thermal process mainly devoted to the production of ceramic materials. It defines a recycling scenario that concerns three principal elements : the input of post-consumer tyres, which are treated by an innovative thermal process to produce a high added value output- material which could be used in substitution of Silicon Carbide.
Silicon Carbide (SiC) is the leader among various non-oxide ceramics for commercial application: it normally occurs in nature as the mineral moissanite but because of its scarce abundance in nature, SiC is commonly manufactured on a large scale either for use as an abrasive or as a high performance ceramics for semiconductor applications. The material output of the project has the potential to fulfill commercial needs in a range of products and applications.