feedzop-word-mark-logo
searchLogin
Feedzop
homeFor YouIndiaIndia
You
bookmarksYour BookmarkshashtagYour Topics
Trending
trending

Chelsea loses to Atalanta

trending

Telangana shivers as mercury drops

trending

Wasim Akram slams IPL

trending

Roston Chase captains West Indies

trending

School holiday on December 10

trending

Next-gen Kia Seltos reveal

trending

Nothing Phone 3a launched

trending

UIDAI bans Aadhaar photocopies

trending

KOSPI opens lower before FOMC

Terms of UsePrivacy PolicyAboutJobsPartner With Us

© 2025 Advergame Technologies Pvt. Ltd. ("ATPL"). Gamezop ® & Quizzop ® are registered trademarks of ATPL.

Gamezop is a plug-and-play gaming platform that any app or website can integrate to bring casual gaming for its users. Gamezop also operates Quizzop, a quizzing platform, that digital products can add as a trivia section.

Over 5,000 products from more than 70 countries have integrated Gamezop and Quizzop. These include Amazon, Samsung Internet, Snap, Tata Play, AccuWeather, Paytm, Gulf News, and Branch.

Games and trivia increase user engagement significantly within all kinds of apps and websites, besides opening a new stream of advertising revenue. Gamezop and Quizzop take 30 minutes to integrate and can be used for free: both by the products integrating them and end users

Increase ad revenue and engagement on your app / website with games, quizzes, astrology, and cricket content. Visit: business.gamezop.com

Property Code: 5571

Home / Business and Economy / US Unearths Rare Earths, Challenging China's Mineral Grip

US Unearths Rare Earths, Challenging China's Mineral Grip

18 Nov

•

Summary

  • Vast graphite and rare earth element reserves discovered near Nome, Alaska.
  • This discovery significantly reduces US import dependency on China.
  • Materials will support advanced graphite and battery anode production in Ohio.
US Unearths Rare Earths, Challenging China's Mineral Grip

Alaska's Graphite Creek site has revealed substantial reserves of graphite and rare earth elements (REEs), a development that could significantly shift global supply chains and reduce the United States' reliance on China. Previously, China controlled approximately 90% of global graphite production and 93% of U.S. import dependency for REEs and graphite.

The discovery includes critical REEs such as neodymium and praseodymium, which are essential for batteries, renewable energy technologies, and consumer electronics. GraphiteOne, the company behind the project, anticipates that these REEs can be recovered as a byproduct of graphite extraction, enhancing the economic viability and strategic importance of the Nome deposit.

This initiative aligns with national goals for energy independence and technological manufacturing. Materials from the Alaskan site are slated for processing at an advanced facility in Ohio, bolstering domestic capabilities in producing graphite and battery anode materials. Further REE discoveries in Pennsylvania's coal deposits also signal a broader potential for the U.S. to secure its own supply of these vital minerals.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
The GraphiteOne project discovered vast reserves of graphite and rare earth elements (REEs) near Nome, Alaska.
The discovery provides the U.S. with a significant domestic source of critical minerals, reducing its import dependency on China.
Some materials will be shipped to an advanced graphite and battery anode material plant located in Ohio.

Read more news on

Business and Economyside-arrowUnited Statesside-arrowPennsylvaniaside-arrowOhioside-arrowChinaside-arrow

You may also like

Peru Permits Greenlight Cinto Copper Drilling

21 hours ago • 4 reads

article image

Punjab's Water: Uranium Levels Soar Alarming

8 Dec • 54 reads

article image

FireFly Metals Fuels Growth with $139M Raise

8 Dec • 10 reads

article image

Aura Buys Brazil Gold Mine for $72.8M

2 Dec • 23 reads

article image

Rare Earths Leap: Critica Secures Vital Magnet Metals

2 Dec • 43 reads

article image