Gold Ore Processing Equipment

1.Product Introduction Gold Ore Processing Equipment

The Agitation Leaching Tank Turnkey Project for Gold CIP CIL Plant is the "heart" of the gold cyanidation process, converting gold into soluble complexes by optimizing cyanide concentration, oxygen mass transfer, and the slurry environment. Modern leaching tanks integrate fluid dynamics and intelligent control, with individual tank capacities reaching up to 1,000 m3. Their high-efficiency agitation systems and anti-corrosion designs directly determine recovery rates exceeding 85%, serving as a microcosm of technological advancement in the gold industry.

2.Application Gold Ore Processing Equipment

Agitation Leaching Tank Turnkey Project for Gold CIP CIL Plant applications are extensive, primarily covering the following fields:

• Gold Smelting and Extraction:In the cyanidation process, leaching tanks—particularly air-agitated models like the Pachuca tank—are used to dissolve gold from ore. Optimized air-agitated tanks can increase the gold leaching rate by approximately 0.8% by significantly improving the dissolved oxygen (DO)levels in the slurry.
• Zinc Smelting:The vertical mechanical agitation tank is the most widely used equipment in zinc hydrometallurgy. Specifically designed for leaching zinc calcine (roasted ore), this equipment has reached standardized industrial production levels.
• Nickel and Other Non-ferrous Metals:Leaching tanks are also essential in the hydrometallurgical processing of nickel and copper. They utilize acidic or alkaline solutions to selectively dissolve target metals from the ore or concentrate.
• Cyanide Leaching of Uranium, Gold, and Silver:Combined agitation tanks (such as the Dorr-type agitator) are suitable for leaching processes that require oxygen supply, such as the cyanide leaching of uranium, gold, and silver ores. These structures can be integrated with heating systems to further enhance reaction efficiency.

3.Working Principle Gold Ore Processing Equipment

In gold metallurgy, this specifically refers to the process where gold slurry—having reached a certain fineness through crushing, grinding, and classification (typically with over 85% passing -200 mesh)—is thoroughly mixed with a cyanide solution (such as NaCN). Under conditions of aeration or injection of pure oxygen, precious metals like gold and silver undergo a complexation reaction with cyanide ions. This forms soluble gold-cyanide complexes ([Au(CN)2]-), thereby facilitating the transfer of gold from the solid-phase ore into the liquid-phase solution.

4.Advantages

1. Compact Structure and Superior Sealing

   The equipment features a compact design with excellent sealing performance and uniform agitation. Multiple rows of nozzles allow for adjustable water flow, ensuring a low residual ash rate. The integration of a "watershed" design at  the bottom of the tank eliminates dead zones within the equipment.

2. Stable Performance and Rapid Discharge

   The system delivers highly stable performance and consistent product quality. With thorough mixing and efficient agitation, it ensures rapid and smooth material discharge.

3. Mature Manufacturing and Exceptional Durability

   Utilizing mature manufacturing processes, the shell is constructed from high-quality, wear-resistant materials. It is highly resistant to cracking and abrasion, ensuring a rugged build and an extra-long service life.

5.Technical Specifications

6.Our Solutions