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Jialiang Zhang

University of Science and Technology Beijing

30 Xueyuan Road, Haidian District

beijing, 100083

China

  • University of Science and Technology Beijing

SCHOLARLY PAPERS

6

DOWNLOADS

255

TOTAL CITATIONS

5

Scholarly Papers (6)

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1.

Regenerating Anode Materials from Scrapped Lithium-Ion Battery by High-Temperature Treatment

Number of pages: 29 Posted: 08 Nov 2021
Yang Gao, Jialiang Zhang, Yongqiang Chen and Chengyan Wang
University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing and University of Science and Technology Beijing
Downloads 67 (916,100)
Citation 5

Abstract:

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Recycling spent graphite, high-temperature treatment, physical properties, initial charge capacity, cycle stability

2.

Regeneration of Graphite Anode from Spent Lithium Iron Phosphate Batteries: Evolution of Microstructure and Morphology of Graphite in Heat Treatment Process

Number of pages: 33 Posted: 24 Jun 2023
Xinfu Xie, Wenwen Fan, Jialiang Zhang, ruixin Ma, Yongqiang Chen and Chengyan Wang
University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing and University of Science and Technology Beijing
Downloads 62 (951,658)

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Spent LFP batteries, Spent graphite anode, Purification, Regeneration, High temperature treatment

3.

Residue Carbon Removal for the High-Quality and Sustainable Direct Regeneration of Spent Lifepo4 Materials

Number of pages: 28 Posted: 13 Oct 2024
Yuxin Wang, Yingpan Yang, Jialiang Zhang, Yongqiang Chen and Chengyan Wang
University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing and University of Science and Technology Beijing
Downloads 47 (1,097,529)

Abstract:

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Lithium-ion batteries, Spent LFP materials, Carbon removal, Regeneration, Oxidation roasting

4.

Upcycling Spent Li-Ion Batteries to Efficient Electrocatalysts for Accelerating Oxygen Reduction Reaction in Flexible Al-Air Batteries

Number of pages: 52 Posted: 20 Sep 2023
Haolin Hu, Yuelin Wang, Yue Xu, Samuel Jeong, Xinfu Xie, Chengqian Xiong, Wenping Sun, Jialiang Zhang, xi lin and Kailong Hu
affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN, University of Tsukuba, University of Science and Technology Beijing, affiliation not provided to SSRN, Zhejiang University, University of Science and Technology Beijing, affiliation not provided to SSRN and affiliation not provided to SSRN
Downloads 40 (1,183,237)

Abstract:

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spent lithium-ion batteries, upcycling, Electrocatalyst, Oxygen reduction reaction, Al-air batteries

5.

Closed-loop upcycling of iron phosphate residue into LiFePO4 via phosphoric acid leaching and multi-parameter-controlled oxidative crystallization

Number of pages: 32 Posted: 07 Jan 2026
Xiaohan Li, Luyao Yang, Yi Liao, Yongqiang Chen, Chengyan Wang and Jialiang Zhang
University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing and University of Science and Technology Beijing
Downloads 23 (1,411,822)

Abstract:

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Spent lithium iron phosphate batteries, Iron phosphorus residue, Leaching, Oxidative precipitation

6.

High Value-Added Regeneration of Anode Materials from Retired Lithium-Ion Batteries: Structural Design And Synthesis Process

Number of pages: 33 Posted: 08 May 2023
Yang Gao, Jialiang Zhang, Yongqiang Chen and Chengyan Wang
University of Science and Technology Beijing, University of Science and Technology Beijing, University of Science and Technology Beijing and University of Science and Technology Beijing
Downloads 16 (1,500,778)

Abstract:

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Retired lithium-ion batteries, anode materials, silicon/recovered-graphite composites, spray-pyrolysis technology, value-added utilization