2025-12-22 Views (3)

Below is a detailed introduction to the four major copper-lead-zinc flotation processes.

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2025-12-17 Views (45)

As a mine owner, your core concern is always how to extract more gold from every ton of ore with lower costs, higher efficiency, and more controllable risk. In the Carbon-in-Pulp (CIP) or Carbon-in-Leach (CIL) process, desorption and electrowinning are the critical bottlenecks connecting "adsorbed gold" to the "final gold bar". The efficiency of these two stages directly determines the speed of your cash flow and the final few percentage points of your overall recovery rate. This article will bypass complex chemical formulas and analyze how to optimize these "two golden steps" from operational and financial perspectives.

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2025-12-15 Views (93)

In gold processing plants, the primary methods using activated carbon to "capture" gold from slurry are CIP (Carbon-in-Pulp) and CIL (Carbon-in-Leach). They sound similar and both rely on the gold leaching process, but their underlying principles and suitable applications differ. Choosing the right one leads to high recovery rates and lower costs; choosing wrong can mean half the result for double the effort. Today, we'll move past complex theories and clearly explain the core differences and selection logic between them.

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2025-12-08 Views (102)

This article explores the chemicals powering heap leaching, a vital mineral extraction method. It details the traditional use of high-risk cyanide before introducing Cnlite—a non-toxic, biodegradable alternative that maintains high recovery rates for gold and silver. The role of supporting agents like lime and ammonium thiosulfate is also explained. Highlighting the industry's shift towards sustainability, the piece compares traditional practices with emerging eco-friendly technologies. It concludes by positioning Cnlite as the future of responsible heap leaching, offering mines a path to meet stricter environmental regulations, ensure community safety, and achieve efficient metal recovery.

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