Solar energy-driven upcycling of plastic waste on direct Z-scheme heterostructure of V-substituted phosphomolybdic acid/g-C3N4 nanosheets

In Situ Assembly of Hydrogen‐Bonded Organic Framework on Metal–Organic Framework: An Effective Strategy for Constructing Core–Shell Hybrid Photocatalyst

“…[ 22 ] Plus, the TA kinetic at 500 nm indicates the extended electron lifetime in HOF result from the opening of the Z‐scheme channel, corresponding with the PL‐RL (Figure S23d , Supporting Information), which provides a higher priority and possibility for the carriers. [ 24 ] Those results highlight that the hybrid core–shell structure is conducive to the effective separation of the photogenerated charges.…”

State of the art in the photochemical degradation of (micro)plastics: from fundamental principles to catalysts and applications

“…9). 115 The bio-mimic Z -scheme heterostructure not only promoted the carrier separation, but also reserved the strong redox ability of electrons and holes to participate in the photodegradation of plastics. The VPOM/CNNS Z -scheme heterojunction exhibited abundant surface-active sites and short charge transport by rationally modulating the surface charge.…”

Visible light driven reform of wasted plastics to generate green hydrogen over mesoporous ZnIn2S4

“…14,18 More and more photocatalyst have been developed and applied in photocatalytic conversion of wasted plastics to value-added products, such as Nb 2 O 5 , 19 Ag 2 O/ Fe-MOF, 20 MoS 2 /Cd x Zn 1−x S, 21 etc. [22][23][24][25] However, the existing photocatalysts present some disadvantages, for example, contains toxic Cd element, wide ban gap and need noble metal to generate H 2 . It is a big challenge to develop a noble-free, nontoxic, and high efficiency photocatalyst for photoreforming of plastics to generated H 2 and other valuable products.…”