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- In-situ sulfur fixation mechanism during microwave fluidized-bed co-pyrolysis of waste tires and biomass
- JOURNAL OF CLEANER PRODUCTIONXu, Qing Chen, Zijian Xian, Shengxian Li, Haowei Wu, Yujian 出版年：2025
- 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...
- Simultaneously remove organic pollutants and improve pyrolysis gas quality during the co-pyrolysis of soybean straw and oil shale
- 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...
- Sulfur release behavior and sulfur fixation mechanism during biomass microwave co-pyrolysis of Ascophyllum and rice straw
- BIORESOURCE TECHNOLOGYXu, Qing Chen, Zijian Xian, Shengxian Wu, Yujian Li, Ming 出版年：2024
- 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...
- The promoting and inhibitory mechanism of interaction between waste tires and<i> Spirulina</i> on thEIr co-pyrolysis
- FUELXu, Qing Xian, Shengxian Su, Yingchen Li, Haowei Wu, Yujian 出版年：2024
- 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...
- Pyrolysis characteristics and sulfur transformation of<i> Ascophyllum</i> during microwave fluidized-bed pyrolysis
- 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...
- Synergistic Conversion and Catalytic Upgrading of Seaweed Biomass for Sustainable Bioenergy: Advances, Challenges, and Future Prospects
- CATALYSTSXu, Qing Zhang, Shenwei Xian, Shengxian 出版年：2025
- 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...
- Review of SCO2 Brayton Cycle Active-Cooling Application Technologies for Hypersonic Vehicles
- ENERGIESLi, Haowei Song, Guangze Xian, Shengxian Xu, Qing Zhou, Lingbo 出版年：2025
- Conventional thermoelectric conversion and onboard power-generation systems struggle to meet the active-cooling requirements of hypersonic vehicles under extreme conditions. The SCO2 Brayton cycle emerges as a promising ...
- Decoupling the influence of terrestrial biomass on microwave pyrolysis of seaweed and sulfur migration
- INDUSTRIAL CROPS AND PRODUCTSXu, Qing Chen, Yanxu Feng, Yaoxun Xian, Shengxian Wu, Yujian Li, Haowei Zhang, Zongliang Chen, Baokang 出版年：2026
- Biomass co-pyrolysis offers a promising strategy for sustainable energy production; however, the role of inherent components in feed stocks in influencing product yields and sulfur behavior requires further investigation...
- Catalytic Conversion Pathways of Green Hydrogen Production: Technological Evolution and Cutting-Edge Prospects of Catalytic Hydrogen Production from Biomass
- 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...
