Artificial Intelligence (AI) is revolutionizing mineral exploration by enhancing the efficiency and accuracy of locating metal and ore deposits. AI-driven technologies analyze vast datasets, including geological surveys, satellite imagery, and geophysical data, to identify potential mineral-rich areas. For instance, companies like Fleet Space Technologies utilize AI combined with satellite-enabled technology and smart seismic sensors to accelerate mineral discovery while minimizing environmental impact.
In Bihar, India, significant mineral deposits have been identified in various districts:
- Jamui District: Approximately 222.88 million tonnes of gold reserves have been discovered, positioning Bihar as a prominent holder of gold resources in the country. indiatoday.in
- Rohtas District: Explorations have revealed around 130.11 million tonnes of glauconite, a mineral used in fertilizers, and substantial limestone deposits estimated at 39.68 million tonnes. business-standard.com
- Gaya District: Deposits of vanadium-bearing magnetite ilmenite have been found, which are essential in manufacturing steel, superconducting magnets, and batteries. outlookindia.com
To engage in the extraction of these minerals, interested parties must participate in the auction processes conducted by the Bihar government. The state has initiated steps to auction mining rights for these critical minerals, with SBI Capital Markets appointed as the transaction advisor to oversee the process.
For precise information on the quantity of extractable minerals and the procedures to acquire mining rights, it is advisable to consult the Bihar Department of Mines and Geology. They provide detailed guidelines and updates on the auctioning process and regulatory requirements.
Incorporating AI technology into exploration efforts can significantly enhance the success rate of identifying viable mining sites, ensuring a more efficient and environmentally conscious approach to mineral extraction.
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