because it can be used in industrial ways
Gangue is sometimes reprocessed to extract any valuable minerals or metals that may be present in the waste material. By recovering these valuable resources, the overall efficiency of the mining operation can be improved, reducing waste and increasing revenue. Reprocessing gangue also helps in reducing environmental impact by minimizing the amount of material that needs to be disposed of.
Gangue
Overburden and gangue are the waste rocks that must be removed before a mineral can be used. Overburden refers to the unconsolidated material above an ore deposit, while gangue is the unwanted rock in an ore deposit that has to be separated during processing.
In mining this is known as "gangue".
In mining this is known as "gangue".
In mining this is known as "gangue".
In mining this is known as "gangue".
Mineral ore is the valuable material that can be extracted and processed for its useful properties, while gangue is the unwanted material that is typically separated from the ore during the extraction process. Gangue does not have any economic value and is usually discarded as waste material. The relationship between mineral ore and gangue is that they are often found together in the same rock or ore deposit, with the goal of separating the valuable ore from the gangue to extract the desired minerals.
Gangue is the waste material that surrounds and is mixed in with valuable minerals in an ore deposit. It does not have any commercial value and is usually removed during the process of extracting the valuable minerals.
The waste material that must be separated from an ore is known as gangue. Gangue is the material that does not contain any valuable minerals and is typically removed during the process of ore extraction and purification.
The homophone of "gang" is "gangue".
The waste rock that must be removed before a mineral can be used is known as ore. The process of removing waste rock to extract valuable minerals is called mining. This waste rock is separated from the ore during the mining process.