Task 5.2 activity is focused on the chemical recycling of thermosetting resin in the PCB from end-use recycling. Selective cleavage reaction have been used for the production of small molecular weight fraction, to be used for the production of new reactive materials. The presence of polymeric matrices of different composition has been taken into account, developing a model system for the study of unsaturated polyester recycling. Residual gel fraction resulting from chemical reaction will be used as a possible feedstock in the mechano-chemical treatment developed in task 5.3. For the sake of clarity, it is worth to mention the swapping of activity 5.2 (super/sub-critical fluids) in the first year with activity 11.2 (microwave reactor) of the second year. This change does not affect the overall results, and is compatible with project lay-out.
ZeroWaste PCBs project D5.2: Report on the use of microwave reactor for the recovery of the NMF from PCBs
Eugenio Amendola;Giacomo Copani
2014
Abstract
Task 5.2 activity is focused on the chemical recycling of thermosetting resin in the PCB from end-use recycling. Selective cleavage reaction have been used for the production of small molecular weight fraction, to be used for the production of new reactive materials. The presence of polymeric matrices of different composition has been taken into account, developing a model system for the study of unsaturated polyester recycling. Residual gel fraction resulting from chemical reaction will be used as a possible feedstock in the mechano-chemical treatment developed in task 5.3. For the sake of clarity, it is worth to mention the swapping of activity 5.2 (super/sub-critical fluids) in the first year with activity 11.2 (microwave reactor) of the second year. This change does not affect the overall results, and is compatible with project lay-out.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
