- Role of Natural and Modified Clay Minerals in Microbial Hydrocarbon . . .
Microbial hydrocarbon degradation mediated by natural modified clay minerals represents an eco-friendly and economically viable remediation strategy for hydrocarbon contamination However, its effects are not always positive as they depend on multiple factors, including clay mineral types, modification methods, microbial species, and hydrocarbon substrates This review systematically
- Minerals | Free Full-Text | Role of Natural and Modified Clay . . . - MDPI
Submit to this Journal Review for this Journal Propose a Special Issue Open Access Editor’s Choice Review Article Versions Notes Minerals 2025, 15 (11), 1120; https: doi org 10 3390 min15111120
- Li, Lei; Zhang, Chunhui (2025) Role of Natural and Modified Clay . . .
Li, Lei; Zhang, Chunhui (2025) Role of Natural and Modified Clay Minerals in Microbial Hydrocarbon Biodegradation Minerals, 15 (11) doi:10 3390 min15111120
- Clay mineral-based additives for the in situ bioremediation of . . .
Interaction between clay minerals and hydrocarbon-utilizing indigenous microorganisms in high concentrations of heavy oil: implications for bioremediation Clay Minerals 40, 105–114
- Microbial biomodification of clay minerals - ScienceDirect
Applications of biomodified clay minerals are of relevance to the fields of both agricultural management and environmental remediation This review provides an overview of the interactions between bacteria, fungi and clay minerals, considers some important gaps in current knowledge, and indicates perspectives for future research
- Interactions between clay minerals and microbes: Mechanisms and . . .
During such process redox microbes can alter the atomic structure of clay minerals through dissolution, transformation and precipitation where secondary minerals are also produced Clay mineral-microbe interaction plays important role in geochemical cycling of carbon, nitrogen, silicon and phosphorus
- Relationship between clay minerals and microorganisms in . . . - Frontiers
This mini-review is aimed at covering the current views on the relationship between clay minerals and microorganisms by understanding how clay minerals affect microorganisms and how microorganisms affect clay minerals Furthermore, this review aims to describe the microbial-clay-H 2 risks helping better implement UHS in the future
- Mechanistic insights into modification of clay minerals by detergent . . .
Understanding how surfactants interact with clay minerals is essential for controlling organoclay properties and improving hydrocarbon adsorption performance However, distinguishing between
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