"San Jose, California-based Anthro’s differentiator is that its electrolyte is a drop-in technology that wouldn’t require battery manufacturers to make any changes to their process, according to Mackanic. Despite these advantages, the startup’s current electrolyte production costs are about twice that of producing conventional liquid electrolytes, due in part to the cost of its materials. He expects to be able to get that down to a 10% to 20% premium at commercial scale."
DOE, Kairos Unveil Milestone-Based Funding Agreement for Advanced Nuclear Demonstration Project
"In December 2023, notably, the company secured a construction permit from the Nuclear Regulatory Commission (NRC) to build the non-power demonstration reactor in Tennessee. The approval marks the NRC’s first green light for the construction of a non-water-cooled reactor in more than 50 years. Kairos, however, must first secure a separate NRC operating license before it can begin operating the Hermes demonstration to comply with the regulatory body’s two-step, 10 CFR Part 50 licensing process."
The U.S. is Now Home to the World’s Largest SAF Facility
LanzaJet will make 10 million gallons of sustainable jet fuel annually.
This $344 million Georgia factory will use old solar panels to make parts for new ones
"As huge numbers of solar panels are deployed now, the future waste challenge also keeps growing. By the end of the decade, one estimate found that the number of solar panels due to be retired would cover 3,000 football fields. By 2050, the U.S. could produce two million metric tons of solar panel waste each year."
Scientists say they can use AI to solve a key problem in the quest for near-limitless clean energy
"Fusion energy is the process that powers the sun and other stars, and experts have been trying for decades to master it on Earth. It is achieved when two atoms that usually repel are forced to fuse together. It’s the opposite of nuclear fission — the type widely used today — which relies on splitting atoms."
The Great Salt Lake Is Full of Lithium. A Startup Wants to Harvest It.
"Lilac says its technology is much faster, taking a matter of hours from the time of extraction, while preserving water levels. Its method deploys reusable ceramic 'beads' that attach to lithium atoms to separate them from the brine. Snydacker says the company has spent more than 500,000 hours testing the technology on more than 70 brine samples around the world."
Global Nuclear Fuel gets approval for fuel enriched up to 8 percent U-235
"With the NRC’s approval of GNF’s fuel fabrication license amendment, the company’s manufacturing facility in Wilmington, N.C., becomes the first commercial facility in the United States to hold a license to fabricate fuel containing up to 8 percent U-235, according to GE Vernova. The NRC has issued a certificate of compliance allowing GNF to ship fuel bundles using the company’s RAJ-II shipping container. The agency has also approved licensing topical reports for advanced nuclear methods that will permit GNF to analyze fuel with enrichments above the 5 percent U-235 limit for conventional low-enriched uranium (LEU) fuel."
AI Data Centers Need So Much Power They May Need Built-In Nuclear Reactors
"For years, scientists have been developing small modular reactors (SMR), which are scaled-down power plants that can provide power in situ and thereby dramatically reduce companies' dependence on the grid."
In India, battery swapping fuels electric market for 2 and 3 wheels
"Battery swapping in India has taken off in the past five years through a confluence of technological advances and social and economic forces. Batteries have improved as their costs have fallen dramatically. Meanwhile, India has furiously built digital infrastructure and Indians have snapped up smart phones, allowing even some of the lowest-income people to tap into digital networks."
Bill Gates-Backed Clean Fuel Startup Raises $246 Million To Aid Plans To Drill For Hydrogen
"Hydrogen’s flexibility as an energy source — it can be used to cut carbon emissions, power vehicles and store or make electricity — makes it highly compelling. Currently, most industrial hydrogen is made by splitting it from natural gas with steam, a process that emits carbon dioxide. A new industry for carbon-free 'green' hydrogen, using electrolysis to extract the element from water with electricity, is promising but a more costly option. Geologic hydrogen’s advocates think it will prove to be the cheapest form, given the ability to leverage long-established energy-drilling techniques."
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