• 3 minutes Don't sneeze. Coronavirus is a threat to oil markets and global economies
  • 5 minutes Boris Johnson taken decision about 5G Huawei ban by delay (fait accompli method)
  • 9 minutes This Battery Uses Up CO2 to Create Energy
  • 12 minutes Shale Oil Fiasco
  • 2 hours Historian Slams Greta. I Don't See Her in Beijing or Delhi.
  • 1 day Indonesia Stands Up to China. Will Japan Help?
  • 15 hours We're freezing! Isn't it great? The carbon tax must be working!
  • 1 day US (provocations and tech containment) and Chinese ( restraint and long game) strategies in hegemony conflict
  • 14 hours Beijing Must Face Reality That Taiwan is Independent
  • 3 hours Let’s take a Historical walk around the Rig
  • 2 hours Tesla Will ‘Disappear’ Or ‘Lose 80%’ Of Its Value
  • 2 days Environmentalists demand oil and gas companies *IN THE USA AND CANADA* reduce emissions to address climate change
  • 28 mins Trump has changed into a World Leader
  • 1 day Might be Time for NG Producers to Find New Career
  • 2 days Anti-Macron Protesters Cut Power Lines, Oil Refineries Already Joined Transport Workers as France Anti-Macron Strikes Hit France Hard
  • 3 days Phase One trade deal, for China it is all about technology war
Alt Text

Speculators Are Dragging Down Natural Gas

It seems that fundamentals can…

Alt Text

Iran Faces Threat Of Full Global Sanctions

Iran finds itself between a…

Alt Text

The Complete Guide To Hydraulic Fracturing

The complete guide to hydraulic…

MINING.com

MINING.com

MINING.com is a web-based global mining publication focusing on news and commentary about mining and mineral exploration. The site is a one-stop-shop for mining industry…

More Info

Premium Content

The Secret To More Efficient Batteries

New research published in Nature Communications reveals that manganese has a novel chemical state. According to the U.S. Department of Energy’s Lawrence Berkeley National Laboratory, this new state enables a high-performance, low-cost sodium-ion battery that could quickly and efficiently store and distribute energy produced by solar panels and wind turbines across the electrical grid.

The idea of the existence of this state was first proposed almost a century ago, but it was only in 2018 when scientists were able to prove it. They used a specially-designed battery to test their hypothesis. “The battery that Natron Energy supplied for the study features an unconventional design for an anode, which is one of its two electrodes,” the researchers explained in a press release.

Different from what it’s seen in lithium-ion and sodium-ion batteries, where the anode is often carbon-based, the anode in this experiment is made up of a blend of elements such as manganese, carbon and nitrogen. The cathode, on the other hand, contains copper, nitrogen, carbon, and iron. These materials based on transition metals have the capability exhibiting various charged states.

"One of the direct benefits of utilizing such materials for both electrodes in the battery is that neither of the two electrodes fundamentally limits the power capability, cycle life, or cost of the device," said Colin Wessells, CEO at Natron Energy, in the media statement.

According to Wessells, the battery is able to deliver up to 90 per cent of its total energy in a very fast, five-minute discharge, and to retain about 95 per cent of its discharge capacity for 1,000 cycles. Related: Shale Boom Could Create A Refining Bottleneck

This high performance puzzled the researchers so much that they decided to test whether a 1928 theory that stated that manganese could exist in a so-called “1-plus” or “monovalent” state, which means that a manganese atom in this state loses only a single electron, was possible. The idea is unusual, as manganese atoms typically are known to give up two or more electrons, or no electrons, in chemical reactions, but not just one.

To run their tests, they used a system dubbed “in situ resonant inelastic X-ray scattering,” or iRIXS, which provides a high-sensitivity probe of the internal chemistry of materials. The results showed a telltale contrast in the electrons during the battery’s charge and discharge cycles.

“The analysis of the iRIXS results not only confirms the manganese 1-plus state; it also shows that the special circumstances giving rise to this state make it easier for electrons to travel in the material. This is likely why such an unusual battery electrode performs so well,” said Andrew Wray, a physicist from New York University, who performed the theoretical calculations.

Based on these findings, Natron Energy is already working on commercial prototypes of the battery used in the experiments.

By Mining.com

More Top Reads From Oilprice.com:




Download The Free Oilprice App Today

Back to homepage




Leave a comment

Leave a comment




Oilprice - The No. 1 Source for Oil & Energy News
Download on the App Store Get it on Google Play