Our coverage spans conventional power generation, renewables, nuclear, grids, storage, and emerging energy technologies.
A Texas drilling permit clears the way for a full-scale test of deep borehole technology designed for nuclear waste disposal.
Ateios’ new Indiana line cures battery electrodes in seconds, cutting binder use while supporting higher material loadings.
NANO Nuclear plans to acquire licensed US technology for depleted uranium processing in a $13.5 million transaction.
The innovative method utilizes controlled thermal stress.
The battery stores small amounts of energy before using it to transmit sensor data.
Deployable Energy is the second company ever selected to utilize the testbed.
The agreement will also help Amazon manage its energy costs for facilities throughout the region.
Valar has applied to lease both state and federal lands.
NNSA tests underground “decoupled” explosion to refine sensors and algorithms for detecting concealed nuclear tests.
South Korea backs a $120B U.S. nuclear push, $22.3B Texas power project and Alaska LNG plans.
CFS is building SPARC, which is a prototype designed to prove net energy gain.
The 119 gas turbines will power Dynamis mobile systems built for data centers, utilities and industrial facilities.
The technology could provide power to remote military bases without relying on fuel convoys.
The compact design uses less land and water, letting utilities scale capacity incrementally with demand.
The synthetic fuel can be blended with conventional jet fuel at concentrations up to 50 percent.
Metal-organic frameworks (MOFs), contain tiny, ordered channels that can either hold or move specific ions making them valuable for solid-state batteries.
The factory will produce thousands of missile motors annually.
A selective catalyst could turn lignin into jet fuel components.
The experiment was carried out using ENN Group’s EXL-50U spherical tokamak.
Hertha’s 10,000-ton plant will target a key US magnet supply gap with a process claiming 25% lower steel production costs.