With the rampant dwindling of fossil fuel reserves and rising environmental concerns such
as global warming, initiatives to find a solution to address these issues have become crucial …

Plastic is used in a wide range of application, thus generating a huge amount of plastic
waste which is difficult to manage. Real life waste streams often consist of a complex mixture …

Steam methane reforming (SMR) generates about 95% of hydrogen (H 2) in the US using
natural gas as a main feedstock. However, this technology also generates a large amount of …

Plastic materials, viz., Ziploc bags (polyethylene) and packing foam (polystyrene) produce
graphitic shell encapsulated cobalt nanoparticles by catalytic microwave deconstruction in 2 …

The manufacture of sustainable fuels from renewable resources has become a prospective
technology towards the waste-to-resource concept. In this paper, the rapid microwave-driven …

Humanned exploration and extended stay on the Moon are the hottest challenges today. We
report highly robust materials by microwave heating under high-vacuum conditions (10− 3 …

Abstract Variable Frequency Microwave (VFM) radiation provides a solution to the
inhomogeneity of the electric field in the cavity, which has long led to a decline in the …

The construction of sorbent with excellent structure and highly dispersed active components
is vital to improving its desulfurization activity. Herein, the Fe nanoparticles/carbon …

Iron-based alumina (FeAl x O y) nanocomposites are microwave-absorbers and catalysts,
which makes them promising for emerging microwave-assisted thermocatalytic …

Microwave-assisted catalytic upcycling plastic wastes into valuable chemicals is a promising
technology to treat plastic wastes. In this study, the catalytic upcycling of low-density …