default author photo

Min Gan

Central South University

Changsha, 410083

China

  • Central South University

SCHOLARLY PAPERS

3

DOWNLOADS

50

TOTAL CITATIONS

0

Scholarly Papers (3)

Actions:
Email selected abstracts
1.

Cr(Vi)-Contaminated Soil Promotes Microflora Reduction of Cr(Vi): The Role of In-Situ Soil Particles And Key Microorganisms

Number of pages: 16 Posted: 02 Apr 2024
Jianyu Zhu, Min Gan, Yihao Zhou, Dongli Huang, Peng He, Binlin Tang and Yan Cai
Central South University, Central South University, Central South University, Central South University, Central South University, Central South University and Central South University
Downloads 30 (1,345,526)

Abstract:

Loading...

In-situ soil particles, Microbial ecology, Cr(VI), Collaborative removal, 16S rRNA sequencing

2.

A Collaborative Strategy for Elevated Reduction of Cr(Vi) Through Pyrolyzed Graphite-Based Biosynthetic Schwertmannite Composite Catalyzed by Oxalic Acid

Number of pages: 35 Posted: 12 Aug 2024
Min Gan, Chenzi Huang, Junwen Chen, Jiancheng Chen, Yao Xiong, Dandan Yang and Jianyu Zhu
Central South University, Central South University, affiliation not provided to SSRN, affiliation not provided to SSRN, Central South University, Central South University and Central South University
Downloads 13 (1,518,554)

Abstract:

Loading...

Graphite, biosynthetic Schwertmannite, Cr(VI) removal, oxalic acid activation, electron transfer

3.

Synergistic removal of Cr(VI) by Cr-reducing microflora and Fe-Mn modified composite under varying nutrient conditions

Number of pages: 41 Posted: 27 Jan 2026
Mingdian Zhou, Yaozong Chen, Zhiyuan Yu, Dai Xin, Yu Chen, haisheng Han, Min Gan, Sun Wei and Jianyu Zhu
Central South University, Central South University, affiliation not provided to SSRN, affiliation not provided to SSRN, affiliation not provided to SSRN, Central South University, Central South University, Central South University and Central South University
Downloads 7 (1,566,597)

Abstract:

Loading...

Cr(VI) removal, Cr-reducing microflora, Fe-Mn based composite, Nutrient conditions