D. Trainor
This document presents an overview of the science of gold smelting, focusing on the various compounds utilized in the process and their properties. The objective is to delineate the significance of different fluxes, both acidic and basic, in the extraction of gold and other metals. A detailed methodology outlines the various chemicals, such as silica, borax, and sodium compounds, that facilitate the smelting process. The results highlight the properties of an ideal slag, emphasizing characteristics such as low melting point, high fluidity, and minimal solubility of precious metals. Additionally, the document presents analysis results of precipitate and residue following treatment with hydrochloric acid, showcasing the recovery rates of gold, silver, and other elements. Overall, the findings underscore the importance of chemical selection in optimizing the gold smelting process.
@article{0394e8e5-0808-45eb-a442-ab8c42cb2a3b,
title={The Science of Gold Smelting (2)},
author={D. Trainor},
year={2026},
language={en}
}TY - JOUR TI - The Science of Gold Smelting (2) AU - D. Trainor PY - 2026 LA - en ER -
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