The by-product is raising environmental concerns as companies race to build new plants.
Our CEO, Director & Founder, Dan Blondal, joined Ali Adim and Matthew Beecham at S&P Global Mobility in the latest episode, discussing the shifting dynamics in the LFP battery market.
By Gabriel Friedman The federal government is adding high-purity iron, phosphorus and silicon metal to its critical minerals list, potentially unlocking […]
Dan Blondal, CEO of Nano One Materials Corp., discusses the company’s innovative One-Pot technology with Newsweek.
By Gabriel Friedman The ongoing debate about how to reduce the cost of batteries has some advocating for the use […]
Podcast hosted by Stuart Fieldhouse This week we are talking battery materials technology, as we catch up with Dan Blondal, […]
As part of our “Break New Ground” series, Dan Blondal, CEO of Nano One Materials Corp., discusses the future of sustainable materials and the importance of securing local supply chains.
In this episode of “Break New Ground,” Massive’s CEO, Lindsay Smith, sits down with Dan Blondal, CEO of Nano One Materials Corp., for a Fireside chat about the innovative work happening at Nano One.
The One-Pot method mixes lithium and other raw materials together in a reactor, dries the slurry, and then calcines it in a kiln to produce the final cathode powder. This efficient, scalable approach is compatible with lithium, iron, and phosphate inputs for LFP as well as nickel, manganese and cobalt for NMC cathodes. It opens up new supply chain options outside China.
By Alban Thurston Chemicals-to-energy combine Worley and advanced battery technologists Nano One are teaming up to boost deployment of the latter’s One-Pot process. It […]
Our patented process enables the low-cost production of high-performance cathode materials used in lithium-ion batteries.
Join us in revolutionizing the way the world makes battery materials.
You are leaving our website and we cannot be held responsible for the content of external websites.
You are leaving our website and we cannot be held responsible for the content of external websites.
