CatalystsXu, Qing Su, Yingchen Feng, Yaoxun Xian, Shengxian 出版年：2026
Highlights: Combining chemical and biological methods can not only improve the efficiency of biomass-based hydrogen production but also convert the electricity-consuming process of traditional hydrogen production into an...
Clean coal technology is the important thrust to the achievement of "carbon neutralization"; clearing the transformation mechanism of thiophene, the dominant organic sulfur species in coal, is conducive to promoting the ...
Microwave co-pyrolysis for producing bio-oil and bio-gas is a green and sustainable way to realize efficient energy conversion, and the understanding of synergism is necessary for source control of pyrolysis reactions. I...
The disposal of waste tires (WT) presents significant environmental challenges, and microwave fluidized-bed pyrolysis offers a sustainable solution, though research remains limited. A major issue in WT pyrolysis is sulfu...
Co-pyrolysis with low-sulfur biomass is expected to improve the yield and quality of bio-fuels, without the usage of calcium-based desulfurizer. Sulfur transformation during microwave fluidized-bed co-pyrolysis between t...
JOURNAL OF ANALYTICAL AND APPLIED PYROLYSISXian, Shengxian Xu, Qing Feng, Yaoxun 出版年：2022
The co-pyrolysis of biomass and high-ash fuel is proposed to promote the decomposition of organic pollutants and the improvement of pyrolysis gas quality. The co-pyrolysis of soybean straw and oil shale and the effect of...
Energy utilization of biomass and waste is an important thrust for carbon emission reduction. Co -pyrolysis is conductive to efficiently converting algae and waste tires, due to their complementary pyrolysis characterist...
JOURNAL OF ANALYTICAL AND APPLIED PYROLYSISXu, Qing Chen, Zijian Xian, Shengxian Fu, Jingwei Li, Haowei Wu, Yujian 出版年：2025
Seaweed is non-cultivated biomass with abundant sources, and its utilization for energy is an important thrust for achieving carbon neutrality. This study explores the pyrolysis of Ascophyllum (AS) using microwave fluidi...
Regenerative cooling is critical for the thermal protection of hypersonic propulsion systems, wherein the flow and heat transfer characteristics of the hydrocarbon fuel in the cooling channel are crucial. Restricted by m...
CATALYSTSXu, Qing Su, Yingchen Feng, Yaoxun Xian, Shengxian 出版年：2025
Highlights Combining chemical and biological methods can not only improve the efficiency of biomass-based hydrogen production but also convert the electricity-consuming process of traditional hydrogen production into an ...
Seaweed holds significant promise as a renewable feedstock for bioenergy due to its rapid growth, carbon sequestration capacity, and non-competition with terrestrial agriculture. This review examines recent progress in m...
Thiophene is the organic sulfur with good thermal stability in carbon-based fuel, clarifying the conversion mechanism between thiophene and COS is beneficial for achieving in-situ sulfur fixation during CO2 gasification ...
Biomass-derived carbons are promising sustainable electrodes for supercapacitors, yet their structure-performance relationships remain difficult to compare across heterogeneous literature reports. Here, a database of 759...
Microwave-assisted pyrolysis (MAP) has emerged as a revolutionary technology for converting solid waste into high-value hydrocarbons. However, conventional pyrolysis and traditional single-function catalysts often face a...
Thermochemical/catalytic co-processing of biomass and solid wastes is a promising route for waste valorization, low-carbon energy recovery, and the co-production of fuels, chemicals, and carbon materials. Conventional pa...
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