India's steel-to-power conglomerate JSW Group will invest 26 billion rupees ($301.2 million) to set up operations at two ...

JSW Group on Monday announced a significant expansion into the mining of non-ferrous metals sector by winning the Mine Operator and Developer (MDO) contract of two blocks of copper mines in ...

JSW Group plans to venture into copper concentrate production with an investment of ₹2,600 crore. The Group has bagged the mine operator and developer contract of two blocks of copper mines in ...

JSW Group on Monday said it will invest Rs 2,600 crore to develop and operate two copper mines and set up a copper concentrator plant in Jharkhand. The development marks JSW Group's foray into the ...

Billionaire Sajjan Jindal-led JSW Group is foraying into the mining of non-ferrous metals sector by winning the Mine Operator & Developer (MDO) contract of two blocks of copper mines in Jharkhand ...

JSW Group has announced a Rs26bn ($301.58m) investment to develop and operate two copper mines and establish a copper concentrator plant in Jharkhand, India. The mine operator and developer ...

JSW Group signed a MoU with the Government of Maharashtra. Sajjan Jindal-led JSW Group announced that the company will invest Rs 3 lakh crore across critical sectors in Maharashtra. JSW Group ...

NEW DELHI: Billionaire Sajjan Jindal-led JSW Group said on Tuesday that it has signed a Memorandum of Understanding (MoU) with the Government of Maharashtra to invest Rs 3 lakh crore across ...

India’s steel-to-power conglomerate JSW Group will invest 26 billion rupees ($301.2 million) to set up operations at two copper mines, the company said on Monday, foraying into mining non ...

(Reuters) -India's steel-to-power conglomerate JSW Group will invest 26 billion rupees ($301.2 million) to set up operations at two copper mines as it forays into mining non-ferrous metals ...

(Image/Reuters) The JSW Group has secured the mine developer and operator (MDO) contract for two copper blocks in Jharkhand from Hindustan Copper Limited (HCL), marking its entry into non-ferrous ...