The quest for low-carbon alternatives to fossil fuels and the carbon emissions associated
with the natural degradation of biomass have accelerated the development of biomass …

The transition from fossil fuels to renewable energy sources necessitates innovative
approaches to biomass utilization. Despite the recognized benefits of microwave-assisted …

Microwave thermal regeneration is an efficient and low-consumption way to recycle spent
activated carbon. However, traditional experimental approaches are difficult to analyze the …

Biomass is a unique renewable carbon resource that can be flexibly converted into biofuels,
chemicals, and biomaterials using pyrolysis technology. Microwave-assisted pyrolysis …

In energy intensive industries, the continuous production with microwave technology
presents several challenges in achieving high energy efficiency and heating uniformity. In …

Microwave heating is a promising technique for heterogeneous catalytic reactions in plastic
decomposition. The microwave-insensitive plastic material requires microwave-absorbing …

Due to rapid industrialization, accumulation of organic pollutants in the soil has been an
increasing menace, having detrimental effect on crop yields, toxicity to flora and fauna, and …

Microwave sintering technology offers unique benefits for recycling engineering spoil.
However, the energy transformations and interactions among multiphysics fields during the …

微波辅助生物质热解中复杂的能–热转化过程对产品性质具有重要影响. 本研究考察了不同工况
下微波辅助生物质热解热历程和产物分布特性, 建立了微波辅助生物质热解过程中电磁波 …