energy

The SCALEUP program bridges the gap between pilot-scale demonstration and full commercial deployment.

The battery addresses current challenges by using low-cost materials and a water-based, simplified assembly process.

Only half of the property at Burke Hollow has been explored so far, with another 4 million of inferred resources.

The move aims to boost domestic renewable energy and cut reliance on volatile fossil fuels amid Middle East instability.

Finland prepares to launch the world’s first deep underground nuclear waste storage facility.

DARPA’s Rads to Watts Program aims to build nuclear batteries that deliver more than 10 watts per kilogram of energy.

This facility streamlines the path from nuclear concept to functional unit, saving both time and money.

The team used aluminum chloride-containing molten salts to break down the long hydrocarbon chains of the polymer.

This technology is expected to be applicable to small-scale power generation systems.

Scientists capture lithium dendrites snapping in real time, revealing risks for solid-state battery design.

The system produces only water vapor as exhaust during cooking.

The initiative follows AMPERA’s plans to seek a license under newly finalized NRC regulations.

The process could help meet rising global jet fuel demand by 2050.

The battery operates reliably across temperatures from -40 to 140 degrees Fahrenheit.

The startup now enters the final phase of its review process where the DOE needs to grant it approval for starting up its microreactor.

Years in the making, the PFBR now enters a crucial testing phase before full power generation begins.

China is tightening control over EV supply chains by introducing new rules to standardise lithium-ion battery recycling.

Tungsten has a very low hydrogen over potential.

The study introduces a new way to watch photocatalysts work in real time.

Accounting for core rotation’s influence on edge flows allows scientists to more accurately predict exhaust behavior.