Noble metal-based hydrogenolysis is emerging as a key chemical deconstruction
technology of polyolefins into valuable products. Still, the catalyst cost and availability are …

Hydrocracking is an insufficiently explored route for chemical recycling of plastics waste.
Platinum tungstated zirconia (Pt-WZr) was used in a batch reactor at low temperatures of …

A new strategy for polyethylene (PE) deconstruction via alkane metathesis is presented, in
which WO x/SiO 2 catalyzes the olefin metathesis reaction step. Zeolite 4 A is an essential …

Carbon-based catalyst can effectively crack model waste plastic based on polyolefins under
contactless induction heating and yield gaseous and liquid hydrocarbons fractions at mild …

Chemical recycling is the emerging alternative to the well-established mechanical recycling
toward the circular economy of solid plastic waste. Incorporation of catalysts into chemical …

The depolymerization of waste plastics into high-value products is a promising solution to
address the plastic crises. Among this field, catalytic activity and selectivity of …

Plastics, and polyolefins (POs) in particular, revolutionized the everyday life, and after use
the waste accumulation is raising severe environmental concerns fostering an intense the …