Recover 99.9% of Precious Metals from Wastewater Premium Liquid Precious Metals Recycler

Precious metal recycling machine recovery rate ≥ 99% waste liquid equipment

Recycling principle: the principle of electrolysis is used to reduce metal ions in wastewater into metal blocks or powders, which are adsorbed on the cathode, stripped of metal residues, and then refined and used again

Scope of application:

1. Gold, silver, platinum, rhodium and palladium ions in electroplating wastewater
2. Gold, silver, platinum, rhodium and palladium ions in the waste water of electroplating cleaning tank

3. Gold and silver ions in the gold etching solution of circuit board

4. Gold and silver ions in the leaching solution of electronic waste stripping solution.

5. Silver ions in fixing solution and bleaching solution

Liquid precious metal recycling machines are specialized equipment used to recover precious metals from wastewater. These machines use various techniques to extract and purify precious metals such as gold, silver, and platinum from wastewater.

The 150-200L liquid precious metal recycling machine is a mid-sized machine that is capable of handling large volumes of wastewater. It has a capacity of 150-200 liters and can process up to 99% of precious metals present in the wastewater.

The machine typically uses a combination of chemical and physical processes to separate the precious metals from the wastewater. The process starts by treating the wastewater with chemicals that selectively bind to the precious metals. The resulting slurry is then filtered to separate the precious metal-containing solids from the liquid.

The solids are then further processed through various stages to extract the precious metals. The final product is a highly purified form of the precious metal that can be reused in various industrial applications.

Overall, liquid precious metal recycling machines are crucial in reducing the environmental impact of precious metal manufacturing and usage. They help in conserving natural resources and reducing the carbon footprint associated with the production of these metals.