Green360 has nailed a world-first by turning red mud mining waste and kaolin into green cement, cutting toxins and emissions while meeting global construction standards.

Hindalco shares trade in red, brokerages raise target prices following record results Axis Securities maintained a “Buy” rating with a revised target price of ₹775, citing the company’s ...

Imagine an endless sea of blood-red sludge, stretching over the land like a wound that refuses to heal. This isn’t a scene from a science fiction movie—it’s the reality behind one of our most common ...

Using waste for sustainable cement production Hindalco's commitment to sustainability extends beyond transportation. The company actively promotes the use of waste materials in the production of ...

Red light therapy could help with common aches and pains, but researchers don’t yet know how or what makes a device effective.

The Hindalco MD further informed that the company is setting up a flat rolled products (FRP) projects at Lapanga in Sambalpur district with an investment of over Rs 5,000 crore.

Hindalco came under the scanner in April 2019 when the red mud pond (RMP) breached its peripheral wall and the caustic-rich byproduct of bauxite leaching spread in a wide area.

For years, toxic and slightly radioactive red mud and dust from the waste ponds of a shuttered alumina plant have bothered neighborhoods near Gonzales.

Hindalco on track to meet clean energy targets two years ahead Hindalco Industries, through the successful completion of phase one of the pumped hydro project, plans to achieve 30% of its energy ...

Hindalco Q3 Results: Profit surges 71.1% to Rs 2331 crore, driven by aluminium and copper biz performance Hindalco posted revenue from operations at Rs 52,808 crore, registering a marginal fall ...

Researchers have shown that green steel can be produced from aluminium production waste in a relatively simple way.

Aluminum’s notorious, toxic red mud could one day help make ‘green steel’ Using existing electric arc furnaces, researchers show a promising new use for the caustic industrial byproduct.