Enrichment Mechanism of Lithium in Late Permian Coals in the Bijie Area, Guizhou, China
Qingwei Wang, Qiang Yan, Yan Zhang, Fengying Zhou
Abstract
, a geochemical index, shows that the maximum ratio is 0.37, and the average is 0.09, indicating that the metal elements are a product of volcanic eruption, and the paleogeographic environment also shows that igneous rocks are exposed in the western provenance area of this study area. (4) The enrichment of lithium in coal is not closely related to the pure marine environment but is closely related to the marine-land transitional environment. In the past, there was a lack of relevant research on lithium in coal in the Bijie area, and the proposal of organic and inorganic coupling causes is of great significance for the development and utilization of lithium in coal.
Topics & Concepts
CoalLithium (medication)GeologyGeochemistrySedimentologyOrganic matterAbundance (ecology)MineralogyPermianProvenanceEnvironmental chemistryEnvironmental scienceChemistryPaleontologyEcologyBiologyEndocrinologyStructural basinOrganic chemistryCoal and Its By-productsGeochemistry and Elemental AnalysisClay minerals and soil interactions