Our team in Iran is working on processing of gold, lead, zinc, lithium, rubidium, rare earth elements ores. Despite the success in conducting some processing methods, the lack of access to modern technologies such as QEMScan has made it difficult for us to analyze the results and optimize the processing methods. For example, after the concentration of gold-bearing pyrite with a recovery of about 70%, the gold in the tailings should be analyzed in a suitable way to determine the distribution of gold in the tailings. Is there a laboratory or a team ready to cooperate in this field? collaboration may be in exchange for services and payment of fees or in the form of joint research work. Our team is ready for both options.
It depend on what your team really want but I can confidently tell you that we have great laboratories here in Nigeria that can carry out such mineralogical analysis on the tailings for gold recovery.
We can work together as a team in carrying out this research and I believe that we can come out with a good result on this.
You can reach me on this email address [email protected].
We should talk more via mail.
Thanks
National Engineering Research Center for Environment-friendly Metallurgy in Producing Premium Non-ferrous Metals, GRINM Group Corporation Limited has long been dedicated to research in the fields of process mineralogy and advanced mineral processing technology, biometallurgy technology, low-grade, refractory non-ferrous metal mineral processing and metallurgy technology, complex mineral processing in high-altitude areas, rare metal metallurgy, circular economy and environmental engineering. With more than ten years of experience in using MLA/BPMA system, GRIRET is the first group of units to introduce quantitative mineral analysis system and provides process mineralogy research for many mining enterprises. Research cases include typical refractory complex gold resources (such as high-sulfur, high-carbon and arsenic-containing micro-fine refractory gold deposits, low-sulfide carbon-containing micro-fine disseminated refractory gold deposits) and polymetallic deposits (gold, silver, lead, zinc, copper, antimony, rare earth and other polymetallic deposits) and other project types. Testing raw ore, tailings and other beneficiation products, featuring low grade and microfine grains, and have rich experience in studying the occurrence state of micro-nano gold particles.
For more information, please contact email: [email protected], [email protected]
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