Logo
 Logo
  • Home
  • Technologies
  • Metals
    NickelIronLithiumRare EarthCopperUranium
  • Products
    ProductsPilot plantsPowdersNano PowdersProduct Development
  • Resources
  • Other
    RecyclingGraphite/Graphene
  • News & Media
    CVMR NewsPress Releases & EventsReferences & PublicationsVideos
  • About Us
    Client ListCVMR PatentsManagement
  • Contact Us
 Logomenu_vert
  • CVMR Corporation Logo Svg
  • home Home
  • biotech Technologies
  • layersMetals
    • Nickel
    • Iron
    • Lithium
    • Rare Earth
    • Copper
    • Uranium
  • categoryProducts
    • Products
    • Pilot plants
    • Powders
    • Nano Powders
    • Product Development
  • inventory_2 Resources
  • autorenewOther
    • Recycling
    • Graphite/Graphene
  • newspaperNews & Media
    • CVMR News
    • Press Releases & Events
    • References & Publications
    • Videos
  • publicAbout Us
    • Client List
    • CVMR Patents
    • Management
  • contact_mail Contact Us
HomeCVMR NewsNew Magnesium Rechargeable Batteries

New Magnesium Rechargeable Batteries

Author: CVMR®
Date of publication: 24.01.2019
Reading time: 7 min.
580

New Magnesium Rechargeable Batteries

NBC2 NEWS Sunday, January 20th 2019, 9:17 PM EST
New Magnesium Rechargeable Batteries
CVMR Energy Metals Inc. a wholly owned subsidiary of CVMR Inc. (CVMR®) announced that it has made a major breakthrough in using magnesium as a more efficient and safer alternative to lithium in rechargeable batteries that…
Sunday, January 20th 2019, 9:17 PM EST

CVMR Energy Metals Inc., a wholly owned subsidiary of CVMR Inc. (CVMR®), announced that it has made a major breakthrough in using magnesium as a more efficient and safer alternative to lithium in rechargeable batteries that are used in electric cars and electronic devices.

Los Angeles, CA, January 20, 2019 –(PR.com)– Various institutions have researched magnesium as a replacement for lithium in rechargeable batteries since the late 1990s. CVMR Energy Metals Inc., a wholly owned subsidiary of CVMR Inc. (CVMR®), has been carrying out its own independent research on rechargeable magnesium batteries in the past 8 years. Today, the company announced that it has made a major breakthrough in the use of magnesium as an anode in rechargeable batteries.

Kamran M. Khozan, Chairman and CEO of CVMR® in a recent press conference stated: “Rechargeable batteries based on magnesium, rather than lithium, have the potential to extend electric vehicles range by packing more energy into smaller batteries. Magnesium metal has a higher energy density than lithium, meaning you can potentially store more energy in a battery of the same size.”

Since their commercialization in the 1990s, rechargeable Li-ion batteries have dominated the market of the rechargeable battery industry. They are the main energy source in portable electronic devices and electric cars. But there are serious concerns among the manufacturers of these batteries and their end users about the availability and cost of lithium. Magnesium is an interesting alternative.

Magnesium is not only cheaper and more abundant than lithium, the advantages it presents are in its energy density. It has a volumetric energy density that is 50% higher than lithium and unlike lithium it does not require an “intercalation” compound layer, allowing its relative volumetric energy density in a battery to be 5 times higher than lithium ion batteries.

CVMR®’s breakthrough is in the use of a higher energy density cathode material and an electrolyte that can facilitate the chemical reactions to generate higher energy density than lithium batteries. CVMR® expects to be able to commercialize the new batteries well within the next 2 years. It has four patents pending for this new invention.

“We expect the main markets for magnesium rechargeable batteries to be in North America, EU, China and India and wherever electric cars are being produced,” declared Khozan.

Non-rechargeable magnesium batteries have been commercially available for decades. The magnesium dry batteries were widely used by the US military from 1965 to 1984. Magnesium air batteries have been used as land based backup systems as well as undersea power sources, using seawater as the electrolyte. Although magnesium air batteries are primary cells (i.e. are not rechargeable) they have the potential to become rechargeable by replacing their anode and electrolyte.

The potential for rechargeable magnesium batteries has been well known and documented, but the technical challenges with cost effective high-energy density cathode material and suitable electrolytes slowed down the progress in this field. The major problem has been the formation of a non-conductive layer on the magnesium anode blocking the recharging of the battery. In late 2016 Honda’s Saitama Industrial Technology Center claimed that they had overcome these well-known problems and have produced a commercially viable magnesium rechargeable battery using vanadium as a cathode. These batteries have not been commercialized yet.

Although CVMR® owns one of the largest vanadium reserves in Africa, and vanadium has been touted as a suitable cathode in magnesium batteries, nevertheless CVMR® decided to test a host of other elements and their compounds, such as zirconium, cobalt and tungsten in search of the most suitable cathode in magnesium batteries. Vanadium, manganese and transition metals in general proved to be the most promising according to CVMR® scientists.

The discoveries of chemical reactions involving magnesium at the U.S. Department of Energy’s Joint Center for Energy Storage Research, led by scientists at Lawrence Berkeley National Laboratory (Berkeley Lab) and Toyota Research Institute of North America at Ann Arbor, have led to a deeper understanding of the chemical breakdown that occurs within tens of nanometers of an electrode surface that causes to degrade battery performance. The scientists at Berkeley Lab discovered that the self-stabilizing, thin oxide surface layer that forms on the magnesium has some inherent defects that cause unwanted reactions. This discovery helped CVMR® focus their research to overcome such defects.

Kamran Khozan ended his press conference by stating: “Today’s scientific discoveries cannot take place in isolation. We all benefit from each other’s efforts, and owe a debt of gratitude to those who have the vision to be leaders in their field of specialization. We owe a great deal to the scientists who have been looking for alternatives to Lithium based rechargeable batteries in the past 30 years.” (www.cvmr.ca)

Contact Information:
CVMR Inc.
Kamran M. Khozan
416-743-2746
Contact via Email
cvmr.ca

Read more from original source: https://www.nbc-2.com/story/39822398/new-magnesium-rechargeable-batteries

Answers to your questions

  • What does CVMR do?

    CVMR refines metals using vapor metallurgy and produces high-purity powders and components for various industries.

  • What metals does CVMR work with?

    CVMR works with over 30 metals, including nickel, cobalt, lithium, rare earth elements, gold, silver, and copper.

  • Who uses CVMR’s products?

    CVMR’s products are used in aerospace, automotive, electronics, medical devices, energy storage, and defense.

  • What is vapor metallurgy?

    It’s a process where metals are vaporized and purified to produce ultra-pure materials with precise control.

  • Is CVMR eco-friendly?

    Yes, CVMR uses sustainable methods like recycling metals, reducing CO₂, and turning methane into graphene.

  • Where is CVMR located?

    CVMR is based in Toronto, Canada, and operates in over 20 countries globally.

  • Who are CVMR’s clients?

    Clients include Pratt & Whitney, U.S. Mint, Virgin Galactic, Barrick Gold, and the U.S. Department of Energy.

  • Does CVMR make battery materials?

    Yes, CVMR supplies lithium, nickel, cobalt, manganese, and vanadium for electric vehicle and storage batteries.

  • What is CVMR’s role in graphene?

    CVMR converts CO₂ and methane into high-quality graphene for electronics, energy, and advanced material use.

  • How do I contact CVMR?

    Visit https://cvmr.ca or email [email protected] for business inquiries and more information.

Did you like the article? Share:

Read also

Resource Global Network: CVMR Cutting-Edge metals refining technologies for high-tech industries
CVMR®

Resource Global Network: CVMR Cutting-Edge metals refining technologies for high-tech industries

Read more from original source: RGN Vol 7 Iss 4 by Anderson Murray Media
Читать
Jul 13, 2020
CVMR Bets Big on Bangui with a 25-Year Mining Pact Aiming to Loosen Russia’s Grip on the Central African Republic
CVMR®

CVMR Bets Big on Bangui with a 25-Year Mining Pact Aiming to Loosen Russia’s Grip on the Central African Republic

Bangui has long been a geopolitical chessboard where diamonds and gold financed insurgencies while Russian mercenaries traded guns for mineral rights. Now, in a single, quietly-negotiated memorandum of understanding, President Faustin-Archange Touadéra is inviting a different outsider to redraw the map: privately held Canadian metals specialist CVMR Corporation. On June 17 the Central African Republic (CAR) granted CVMR exclusive, 25-year rights to find and develop any uranium, coltan, copper, gold or nickel it can identify across the entire country—an audacious concession brokered after CVMR’s founder Kamran M. Khozan met Touadéra and two senior ministers in Bangui last week.
Читать
Jun 25, 2025
The Second Phase Short-term Notes Prospectus in 2009, Horoc
CVMR®

The Second Phase Short-term Notes Prospectus in 2009, Horoc

Download PDF version in Chinese.
Читать
Aug 19, 2013

Contact Us

Navigation

Technologies
Metals
Nickel
Iron
Lithium
Rare Earth
Copper
Uranium
Products
Pilot plants
Powders
Nano Powders
Product Development
Resources
Other
Recycling
Graphite/Graphene
News & Media
CVMR News
Press Releases & Events
References & Publications
Videos
About Us
Client List
CVMR Patents
Management