Connect with us

Published

on

The National Institute of Ocean Technology (NIOT) has embarked on significant exploratory trials in the Andaman Sea using the Varaha-3, a specialised seabed mining machine. These trials, which took place at a depth of 1,193 metres, are part of India’s broader initiative to explore and harness ocean resources responsibly. The Geological Survey of India previously surveyed the trial locations, identifying them as potential hotspots for valuable mineral resources, particularly polymetallic nodules.

Successful Collection of Nodules

During the trials, Varaha-3 effectively gathered polymetallic nodules ranging in size from 60 to 120 mm. These nodules contain essential metals such as nickel, cobalt, and copper, vital for various industries, particularly those focused on renewable energy and electric vehicle production. The successful collection represents a notable advancement in India’s capabilities for deep-sea mining.

Sustainable Practices and Future Prospects

The design of Varaha-3 emphasises efficiency and minimisation of environmental impact, aligning with India’s commitment to sustainable ocean resource management. As part of the Deep Ocean Mission, the Indian government has made significant investments in developing advanced technology for deep-sea exploration. This includes an integrated mining system aimed at enhancing the efficiency of nodule extraction and transportation.

Concluding Remarks

These exploratory trials not only showcase the technical proficiency of the Varaha-3 but also pave the way for potential commercial mining operations in the future. With ongoing research and innovation, India is positioning itself to lead in sustainable seabed resource extraction, contributing to the global demand for critical minerals essential for clean energy technologies.

Continue Reading

Science

Supernova’s First Moments Show Olive-Shaped Blast in Groundbreaking Observations

Published

on

By

Astronomers captured the first moments of a nearby supernova, revealing an asymmetric, olive-shaped blast. In massive stars, core collapse after fuel exhaustion creates a shock wave. Early observations of future supernova surveys will be able to sample diversity in stellar explosions as well as the properties of broad breaks due to asymmetric shocks, which probe the…

Continue Reading

Science

Intense Solar Storm With Huge CMEs Forced Astronauts to Take Shelter on the ISS

Published

on

By

A major solar storm in mid-November 2025 dazzled Earth with vivid auroras but forced astronauts on the ISS to take radiation precautions. Russian cosmonauts sheltered in the station’s heavily protected Destiny lab, while other crew members stayed in shielded quarters as controllers limited access to higher-risk modules during the event.

Continue Reading

Science

Nearby Super-Earth GJ 251 c Could Help Learn About Worlds That Once Supported Life, Astronomers Say

Published

on

By

Astronomers discovered GJ 251 c, a super-Earth 20 light-years away. Its location in the habitable zone and rocky composition make it a top candidate for future searches for life beyond our solar system. The team, led by Suvrath Mahadevan and Corey Beard, said this discovery provides a clock for one of the best candidates to search for life’s atmospheric signs in 5…

Continue Reading

Trending