With the release of our Quarterly Activities Report for the month ended June 30, 2024, we’re sharing a second quarter 2024 operations update from our CEO, Dr. Chris Burns. To watch the video update, click the link: https://hubs.li/Q02GDBR50 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
NOVONIX
Renewable Energy Semiconductor Manufacturing
Bedford, Nova Scotia 20,372 followers
NOVONIX is a battery materials and technology company providing revolutionary solutions to the EV and ESS markets.
About us
NOVONIX is a leading battery technology company revolutionizing the global lithium-ion battery industry with innovative, sustainable technologies, high-performance materials, and more efficient production methods. The company manufactures industry-leading battery cell testing equipment, is growing its high-performance synthetic graphite anode material manufacturing operations, and has developed an all-dry, zero-waste cathode synthesis process. Through advanced R&D capabilities, proprietary technology, and strategic partnerships, NOVONIX has gained a prominent position in the electric vehicle and energy storage systems battery industry and is powering a cleaner energy future. To learn more, visit us at www.novonixgroup.com. Interested in accelerating your battery research, email here: sales@novonixgroup.com Send all investor queries to: ir@novonixgroup.com Sign up for the NOVONIX investor newsletter here: https://www.novonixgroup.com/contact-us/
- Website
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https://www.novonixgroup.com
External link for NOVONIX
- Industry
- Renewable Energy Semiconductor Manufacturing
- Company size
- 11-50 employees
- Headquarters
- Bedford, Nova Scotia
- Type
- Public Company
- Founded
- 2013
- Specialties
- Battery Testing Equipment, High Precision Coulometry, Lithium-ion Batteries, Battery Materials, Rapid Battery Development, Cell Selection, Mobility, EV, Testing Services, and ESS
Locations
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Primary
Get directions
177 Bluewater Rd
Bedford, Nova Scotia B4B, CA
Employees at NOVONIX
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Daniel Arantes
DevOps Engineer @NOVONIX
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Nick Varsam
Trusted counsel to executives and boards of public and private equity owned companies with global footprints across diverse industries.
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Jong Alcido, P.Eng
Battery Pack | Battery Systems | Solar Inverter | Test Dev | Engineering Manager | Operations Manager
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Helena Schwarz
Director of Government Affairs at NOVONIX
Updates
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Waste generation is a significant concern for conventional cathode manufacturing. NOVONIX has developed an all-dry, zero-waste cathode synthesis process that eliminates wastewater and sodium sulphate byproduct generation – an alternative method of cathode production that is cleaner and more cost-effective. Read the full article at the link below. #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
What to do with the battery industry’s sodium sulfate waste?
cen.acs.org
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Our recent UHPC webinar is now available online for anyone to view. Visit the link below to learn how leading cell manufacturers, research institutions, automotive OEMs, and more are rapidly developing their cell R&D using Ultra-High Precision battery testing equipment. https://hubs.li/Q02Gb4jl0 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
UHPC Webinar | NOVONIX Group
ir.novonixgroup.com
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We're thrilled to be awarded the Reuters Global Energy Transition Award in R&D Achievement for our all-dry, zero-waste cathode synthesis project! Our cathode team has been focused on revolutionizing the energy sector by creating a more sustainable and environmentally friendly method of cathode production. This award is a huge recognition for NOVONIX and we're incredibly humbled to receive this honor. #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain https://hubs.li/Q02FPk790
Global Energy Transition Awards 2024
events.reutersevents.com
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It was a privilege to be in Japan last week and visit the team at Panasonic. We're excited to continue progressing our partnership with their team and look forward to start supplying them with our high-performance anode material for their U.S. plants starting next year. #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
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Today, NOVONIX announced it has been granted a patent for its all-dry, zero-waste cathode synthesis technology. This patent furthers the company’s position as a leading provider of innovative technologies serving the electric vehicle and energy storage sectors by utilizing its all-dry, zero-waste cathode processing to produce high-quality single-crystal NMC powders. To view the full media release, visit the link: https://hubs.li/Q02Dv-ww0 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
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Today is the day! Our highly anticipated UHPC webinar is happening at 1pm EST and there's still time to register. Follow the link to join other leaders in the battery industry as we explore the power of ultra-high precision coulometry and the benefits it brings to battery R&D. https://hubs.li/Q02C-VVz0 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
Ultra-High Precision Coulometry & How it Can Accelerate Battery Research
event.on24.com
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Tomorrow we'll be presenting the value of ultra-high precision coulometry and how beneficial it can be to accelerating battery research. Register for our free webinar to gain the insights that leading cell manufacturers, research institutions, and automotive OEMs do when using NOVONIX's Ultra-High Precision Coulometry testing equipment. Click the link below to register for the webinar. https://hubs.li/Q02C-TdM0 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
Ultra-High Precision Coulometry & How it Can Accelerate Battery Research
event.on24.com
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The work Dr. Obrovac is undertaking to progress cathode active materials produced via all-dry methods is groundbreaking. We're thrilled to partner with him and his team on this important work!
Switching from gas-powered cars to electric vehicles is one way to reduce carbon emissions, but building the lithium-ion batteries that power those EVs can be an energy-intensive and polluting process itself. Now researchers at Dalhousie University have developed a manufacturing process that is cheaper and greener. “Making lithium-ion cathode material takes a lot of energy and water, and produces waste. It has the biggest impact on the environment, especially the CO2 footprint of the battery,” says Dr. Mark Obrovac, a professor in Dalhousie's Departments of Chemistry and Physics & Atmospheric Science. “We wanted to see if there were more environmentally friendly and sustainable – and less expensive – ways to make these materials.” Most electric vehicle batteries use lithium nickel manganese cobalt oxide (NMC), with the elements mixed in the crystal structure of the cathode. They are typically made by dissolving the elements in water then using the crystals that form when the elements come together as a solid. That process takes a lot of water – which then has to be treated to clean it – and energy, which is the main source of the cost and carbon footprint of the batteries. Using the CLS, Obrovac and his team investigated whether they could use an all-dry process to get the same results while saving energy, water, and money. “We wanted to see, can you get the same quality if you take dry materials and combine them using simple processes that you’d find in any large-scale factory and heat them up,” he says. “And under what conditions can you do that to get commercial-grade material while cutting out the water and the waste?” Cathodes made from dry materials are sometimes not as homogeneous as those made in water, so the team tried a variety of methods using different oxides and heating regimes under different temperatures and pressures to determine what worked best. The highest quality cathodes available now are made from single crystals with particles about 5 microns in diameter. By carefully adjusting their starting materials and furnace conditions, Obrovac’s team was able to reproduce those qualities using an all-dry process, making cathode materials comparable to the best ones on the market today. Obrovac has partnered with the Nova Scotia-based battery company NOVONIX, which is using all-dry processes to produce cathode materials at the company’s pilot-scale facility in Dartmouth. That facility is capable of producing 10 tonnes per annum of cathode material, with methods that offer an estimated 30% lower capital costs than the conventional (wet) methods, 50% lower operating costs, and uses 25% less energy, while requiring no process water, and generating zero waste. “These are big numbers, it’s very much a step-change in the production of these battery materials,” says Obrovac. “It should result in lower-cost batteries overall with a substantially lower global warming footprint.” https://bit.ly/3VOr7RP #batteries #environment
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Ultra-high-precision coulometry can be game-changing for battery R&D. Register for our webinar on June 25 where we'll showcasing the importance of measurement quality in accelerated R&D, UHPC testing benefits in various applications, and the hardware/software capabilities of NOVONIX's UHPC testing offerings. Visit the link provided to register: https://hubs.li/Q02CvgFk0 #EV #NOVONIX #batterymaterials #cleanenergy #sustainability #electricvehicles #NVX #batterysupplychain
Ultra-High Precision Coulometry & How it Can Accelerate Battery Research
event.on24.com