The director of CMFRI, Grinson George, congratulates Balaji Ramakrishnan, director of the National Institute of Oceanic Technology.
‘Matsya’, India’s First Manned Submersible Vehicle Designed for 6000-M Deep Ocean Mission (Samudrayan) Carrying Three Scientists On Board, Is Experience to Be Launched by The End Of 2026, Said Balaji Ramanoannan, director of the, director of the or the technology, The Technology, The Technology, The Technology, The Technology, The Technology, The Technology, The Technology, The Technology, Theal, The Technology, Theal, The Salaji Ramakrishnolognolognolognolognolognolognannan, the
Developed with Indian indigenous technology, this advanced fourth generation vehicle of 25 tons is specifically designed to resist extreme pressure and temperature in the deepest ocean, with a helmet made of titanium. “This mission is expectted to be a Game-Changer for India’s deep-sea Research, Opening Up Avenues for The Assessment of Both living and non-live resources in the deep ocean, understanding ocean observation, and the potential for decept Asuch Asuch Asuch-Boutces Asuch-Boutces Asuch-Boutces Asuch-Bautces Asuch-Bresces Asuch-by-by-by-by-by-by-by-by-by-by-by-by-Brescs-Brescs-Brescs-Brescs-Brescs-Bress Phase of a depth test of 500 m He anticipates at the end of this year, ”said Ramakrishnan.
It was inaugurating a 5-day national training entitled ‘Advance of the blue economy of India: the role of the fishing sector’, the Central-Central Marine Fishing Institute (CMFRI) on Tuesday.
Critical mission
The trip to dive deeply will take four hours, and at the same time leave. The mission will be essential to collect critical samples from the deepest oceanic zone, offering opportunities for scientists to understand the unique characteristics of the organism and water in the region, he said.
Another innovative technology called ‘Samudrajivah’ has developed focused on an improvement in large -scale open marine cages. Technology is currently in the demonstration phase. These supervised electronically supervised fish cages are designed for off -coastal regions, capitalization in the deeply rich deep water environment to optimize fish growth.
‘Samudrajivah’ is capable or remote monitoring or individual biomass of fish, growth and movement and water quality parameters. Technology is expected to be one of the main development in the food security of India. These emerging technologies would be crucial for sustainable development in the marine fishing sector and that significantly support the country’s blue economy initiatives, he said.
The training program is jointly organized by CMFRI and Vijnana Bharati (Vibha).
The director of CMFRI, Grinson George, said that the integration of Niot technology with CMFRIS marine research achievements would be instrumental in the progress of a healthy blue economy in India. Technological improvement is an urgent need to completely exploit the potential of the activity of mariculture in India, especially the cultivation of seaweed.
Posted on May 13, 2025