Alluvial gold wash plant

PINEEER ALLUVIAL GOLD WASHING PLANT

Achieve optimal gold recovery with minimal impact on the environment. The Pineer gold washing process enables sustainable and cost-effective gold recovery >90%.

Comes from one supplier, responsible for the whole package.
Provides mechanical and performance guarantees for the entire plant unit, with clear battery limits for engineering and implementation.
Provides optimal process performance with safe operation and maintenance.
Offers savings in design and manufacturing.
Delivering processing facilities to global environmental standards with localized vision.

This gold wash plant design suits for sandy type alluvial ore or little clay content alluvial ore, and effectively recover >74micron gold grain/gold nuggets.

Download AlluvialGold Wash Plant File here

PLANT WORKING VIDEO

OPERATION & PROCESS DESIGN

For alluvial gold, also called sand gold, gravel gold, placer gold or river gold. Gravity separation is suitable for it.

This type of gold ore contains mainly free gold blended with sand/soil. Under this circumstance, the main process is to wash away the mud/soil, and screen out big size stones/gravels with trommel screen, then using Jig machine / Gold concentrator, gold shaker table, as well as the gold carpet to separate the free gold particles out from sand/soil.

Pineer offers complete gold wash plants irrespective of the material quality.

The gold washing plant mainly includes feeding, washing, sieving, rough separation, final concentration, and gold refining; and could effectively get more than 90% gold recovery in production.

Previously Project Show

Machine Details

Trommel screen

Feature: to wash the feeding ore material, and screen out big size of useless material (normally >8.0mm).

Gold washing scrubber

Feature: to break up feeding sticky clay ore lumpy, and washing thoroughly, to ensure all gold free out from lumpy.

Jig machine

Feature: as a rough separation machine to collect most part of heavy mineral, including gold ore, also removing useless small size material. It could effectively recover >74micron size of minerals.