>
The Government Is Not Your Family
92 Percent Of Employed Americans Have Cut Back On Spending As The Standard Of Living...
Announcement! OuterrNet Communication Available For Free: Join The Revolution!
Will Trump Use US Military For Iran 'Regime Change' Operation
Superheat Unveils the H1: A Revolutionary Bitcoin-Mining Water Heater at CES 2026
World's most powerful hypergravity machine is 1,900X stronger than Earth
New battery idea gets lots of power out of unusual sulfur chemistry
Anti-Aging Drug Regrows Knee Cartilage in Major Breakthrough That Could End Knee Replacements
Scientists say recent advances in Quantum Entanglement...
Solid-State Batteries Are In 'Trailblazer' Mode. What's Holding Them Up?
US Farmers Began Using Chemical Fertilizer After WW2. Comfrey Is a Natural Super Fertilizer
Kawasaki's four-legged robot-horse vehicle is going into production
The First Production All-Solid-State Battery Is Here, And It Promises 5-Minute Charging

The study reviewed regulation, safety, economics, and the grid load and concluded the ThorCon TMSR500 liquid fission power plant can supply Indonesia electricity needs in 2026-2027.
ThorCon International is a nuclear engineering company that has expressed interest in developing and building its TMSR500 in Indonesia with an investment of approximately US$1.2 billion.
P3Tek is an agency of the Indonesia Ministry of Energy and Mineral Resources. It is the R&D center for electricity technology, new and renewable energy, and energy conservation.
Regulation. The study reported building a ThorCon TMSR500 would meet Indonesia's regulations for nuclear energy safety and performance.
Safety. Many experts have concluded that theoretically, the ThorCon MSR technology has a high level of safety with a passive safety system and simple structure operating at low pressure. It is also cost-effective and produces clean electricity. ThorCon MSR technology can be built in the near future, said nuclear experts Elsheikh from the Egyptian Nuclear Energy Supervisory Agency; Lumbaraja & Liun, senior researchers of BATAN; and Staffan Qvist, one of IAEA's experts from Sweden. Qvist, BATAN and BAPETEN concluded a TMSR500 would respond quickly and safely even in accident scenarios worse than Fukushima.