Revolutionising mineral processing
Molycop is transforming mine operations by using digital data technologies to increase their productivity while reducing their carbon footprint.
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Dithiophosphates (DTP) are used mainly for selective flotation of Cu from Cu/Zn ores where Zn minerals tend to float readily. They’re also used for flotation of activated Zn sulfides where selectivity against iron sulfides presents a problem. Dithiophosphates are very selective against iron sulfides.
Monothiophosphates (MTP) are particularly effective for selective flotation of precious metals in alkaline circuits (pH > 7.0). They’re also effective in the flotation of sulfide minerals and precious metals in acid circuits. In moderately alkaline circuits (pH 7-10), they can be used for selective flotation of copper sulfide minerals and precious metals from ores in which the presence of highly activated iron sulfide minerals precludes the use of other sulfide collectors.
Take your operations to the next level by exploring these additional products and services.
Molycop is transforming mine operations by using digital data technologies to increase their productivity while reducing their carbon footprint.
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The minerals industry appears slow to adopt the use of image processing applications and more comprehensive flotation models in industrial APC applications. This research paper explains why and offers an example of the challenges faced.
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The minerals industry appears slow to adopt the use of image processing applications and more comprehensive flotation models in industrial APC applications. This research paper explains why and offers an example of the challenges faced.
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The alcohol-based chemical family has been designed to suit a variety of requirements as needed.
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Molycop manufactures frothers, collectors and modifiers that aid the extraction of valuable minerals.
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Agnico Eagle Fosterville Gold Mine (Fosterville) operates a gold plant in Australia comprising of a crushing and grinding circuit (SAG mill with a closed loop cyclone classification circuit) followed by flotation, bacterial oxidation and leaching circuits. The lack of surge capacity between the grinding and flotation circuit and restrictions on crushing operations due to noise constraints resulted in unique set of challenges, that required the implementation of a novel control solution using advanced instrumentation.
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At Molycop, we see innovation as a way to find solutions to some of the mining industry’s greatest challenges. We aim to improve on today so we can deliver better for tomorrow.
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