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 […]
COO Alex Holmes joined Steve Darling from Proactive to announced the company’s partnership with Worley Chemetics through a Strategic Alliance […]
By Stuart Fieldhouse In the rush to get a sufficiently large-scale battery materials supply chain up and running to meet […]
During an engaging interview at PDAC 2024 with Tracy Weslosky of InvestorNews, Dan Blondal, CEO, Director, and Founder of Nano One […]
Nano One Materials Corp CEO Dan Blondal joined Steve Darling from Proactive to provide an update on the beginning of […]
By David Kennedy Vancouver-based Nano One has developed a new method forproducing cathode active material used for the positive sideof […]
Martin Gagel of Radius Research interviews Nano One COO Alex Holmes on the recent Shareholder Update and Key Objectives for […]
Nano One Materials Corp is making significant strides in the LFP market, with strong collaborations, validation of its technology, and […]
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.
