This review article summarizes current developments in the design and application of metal-
organic framework (MOF)-derived magnetic nanocomposites (MNCs) to remove organic …

The growing serious energy crisis as well as environmental pollution expedites the
development of green hydrogen energy. Photocatalytic water splitting technology converting …

Against the backdrop of energy shortage, hydrogen energy has attracted much attention as
a green and clean energy source. In order to explore efficient hydrogen production …

The growing demand for sustainable energy has driven significant advancements in
covalent organic frameworks (COFs) for photocatalytic H 2 production. In this context, this …

Developing a highly efficient photocatalytic system is a sustainable approach for generating
clean hydrogen to address the proliferating consumption of primary energy sources. In this …

In conjunction with the extensive production and widespread utilization of polyethylene
terephthalate (PET) plastics, the issue of environmental pollution resulting from PET product …

Facing the escalating issue of antibiotic pollution and the emergence of bacterial resistance
in water ecosystems, photocatalytic technology has been widely studied as one of the …

The pursuit of alternative fuel generation technologies has gained momentum due to the
diminishing reserves of fossil fuels and global warming from increased CO 2 emission …

Photocatalytic technology provides a vital pathway for the sustainable and efficient removal
of environmental pollutants and energy conversion. However, enhancing the near-infrared …

MOFs have shown promising activities in the photocatalytic reduction of CO 2. However,
their utility has been primarily limited to C 1 products, and high-value C 2 chemicals have …