Are you still using traditional, highly toxic cyanide to extract gold?

Although cyanide holds a significant position in the mining industry, concerns regarding its toxicity have long been a subject of intense scrutiny.

Exposure to high concentrations can pose severe risks to both human health and the ecological environment. Consequently, mining enterprises must establish rigorous safety management systems when utilizing cyanide.

For mining companies, striking a balance between achieving high recovery rates and ensuring environmental safety will be the key to future development. In this context, Y&X Beijing Technology Co., Ltd. has developed a high-tech product that has successfully replaced sodium cyanide; it is now widely applied in gold beneficiation and smelting processes and is backed by fully independent intellectual property rights.

YX500 has successfully achieved industrial-scale production and application. Its proprietary "synergistic leaching" and "in-situ treatment" technologies not only ensure highly efficient gold leaching metrics but also guarantee that tailings slurry meets regulatory standards for discharge. As certified by the China Gold Association, this research achievement has attained an advanced international level in terms of innovation, vast market potential, and overall technical proficiency. In particular, the "synergistic leaching—in-situ treatment" technology component has reached a world-leading standard. YX500 serves as a direct substitute for sodium cyanide, requiring no modifications whatsoever to existing cyanide-based process workflows.

The YX500 reagent offers numerous advantages, including low toxicity, environmental friendliness, high recovery rates, excellent stability, ease of operation, rapid recovery kinetics, low dosage requirements, and cost-effectiveness, in addition to being highly convenient for storage and transportation.

What is the mechanism behind YX500's low-toxicity gold dissolution?

YX500 is an eco-friendly reagent designed to serve as a substitute for highly toxic sodium cyanide. Its primary constituents include sodium cyanurate, alkaline thiourea, alkaline polymeric iron, and carbonates. During the gold leaching process, these components act synergistically to facilitate the complexation reaction between cyanide groups and gold—thereby dissolving the gold—and ultimately enabling its extraction.

In summary, compared to traditional sodium cyanide, YX500 offers distinct advantages, including low toxicity, environmental compatibility, high recovery efficiency, exceptional stability, and superior cost-effectiveness. By making the switch to YX500, you can leverage a safer and more sustainable process workflow to achieve outstanding gold extraction results, thereby ultimately enhancing economic returns while significantly minimizing environmental impact.