Stone coal is defined as a combustible, low-heat value, high-rank black shale of early
Paleozoic (in a few cases, Permian) age, widely distributed in southern China. Attention has …

Stone coal, a kind of important vanadium-bearing resources in China, accounts for about
87% of the domestic reserves of vanadium. But the currently developed techniques to extract …

We present an optimized magnetic separation process to improve the recovery of high-
content vanadium and titanium concentrates from vanadium‑titanium magnetite (VTM) ore …

An innovative multistage suspension roasting technology for vanadium leaching from stone
coal is proposed. The results reveal that 53.13% of the carbon is removed during the first …

A field investigation was performed to study the content, speciation and mobility of
vanadium, as well as microbial response in soil from a stone coal smelting district in Hunan …

A process for the selective extraction and separation of vanadium and nickel from spent-
residue oil hydrotreating catalysts by a direct acid leaching− solvent extraction method was …

介绍了含钒页岩提钒的主要环节, 包括预富集, 焙烧, 浸出等, 分析讨论了各环节的优缺点.
含钒页岩的预富集可以提高原矿中钒的品位, 降低矿石处理量, 提高含钒页岩资源的有效利用率 …

This work focused on the removal of calcite from the decarburized stone coal using flotation.
The influence of Al 3+, Fe 3+, and Ca 2+ on the flotation behavior of muscovite and calcite …

Bioleaching is a viable method that assists in increasing the vanadium output in an
economical and environmentally friendly manner. Most bioleaching is conducted by pure …

Due to the low grade of V2O5 in stone coal, the existing vanadium extraction technologies
face challenges in terms of large handling capacity, high acid consumption and production …