Anthropogenic carbon dioxide (CO2) emissions contribute significantly to global warming
and deplete fossil carbon resources, prompting a shift to bio-based raw materials. The two …

Continuous-flow technologies are becoming increasingly relevant in the chemistry field. The
vast arrays of reactor design, in terms of structural geometry, mixing, and residence time, the …

Execution of compositional doping by more than one element simultaneously inside a
carbon matrix is a challenging task for designing advanced carbon-based materials and …

The capture of CO 2 and subsequent conversion into high value-added chemicals under
atmospheric conditions is an on-going challenge. This work reports a facile multiple-site …

The development of single-component halogen-free organocatalysts in the highly
investigated cycloaddition of CO2 to epoxides is sought-after to enhance the sustainability of …

The enormous research activity on the capture and conversion of CO2 into useful entities is
the manifestation of scientific concerns over climate change due to increased accumulation …

Heavy metal ions and organic pollutants discharged into various water bodies have caused
serious water pollution, and the efficient removal of these contaminants remains a …

The present work focuses on developing heterogeneous catalysts for conversion of CO 2
and mono-/di-epoxides to mono-/bis-cyclic carbonates. To achieve this purpose, two types of …

Carbon dioxide (CO 2) is an attractive C1 building block in chemical synthesis due to its
abundance, availability and sustainability. However, the low reactivity and high stability …

The styrene oxide to styrene carbonate conversion performed in CO 2 atmosphere, herein
selected as a case study, was implemented in microdroplets (aerosol) reactions at the …