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Coupled Biofilm Spatial Structure and Redox Gradients Enhance Chalcopyrite Dissolution

NIAID Data Ecosystem2026-05-10 收录

生物浸矿

黄铜矿生物氧化

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Coupled Biofilm Spatial Structure and Redox Gradients Enhance Chalcopyrite Dissolution

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创建时间：

2026-04-03

生物浸矿

微生物冶金优化

Bioleaching is an emerging technology, describing the microbially assisted dissolution of sulfidic ores that provides a more environmentally friendly alternative to many traditional metal extraction m

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Time-series 16S rRNA gene sequencing of microbial communities during mineral bioleaching

生物浸矿

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This project investigates the temporal dynamics of microbial community structure during pyrite bioleaching. Microbial samples were collected at different time points throughout the bioleaching process

NIAID Data Ecosystem30

Acidithiobacillus ferrivorans SS3 genome sequencing project

微生物基因组测序

生物浸矿

Acidithiobacillus ferrivorans SS3 will be used for comparative analysis.

NIAID Data Ecosystem20

The gangue sponge: implications for in-situ/heap leaching of chalcopyrite

生物浸矿

金属提取

(Partial) dissolution of reactive aluminosilicate gangue minerals increase the complexity of chalcopyrite leaching by forming an amorphous, porous silica residue that interacts with the leaching solut

DataCite Commons2025-04-07 更新50

Data for: Microbial-mediated bastnaesite dissolution as a viable source of clay-adsorbed rare earth elements in the regolith-hosted deposits

生物地球化学循环

生物浸矿

Research data of a manuscript entitled "Microbial-mediated bastnaesite dissolution as a viable source of clay-adsorbed rare earth elements in the regolith-hosted deposits"

Mendeley Data30

Coupled Biofilm Spatial Structure and Redox Gradients Enhance Chalcopyrite Dissolution

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