Cavendish Lecture Series: Molten Oxide Electrolysis - An Innovative Metal Production Platform Technology

 

You are invited to join us for the third webinar in the Cavendish Lecture Series where the focus will be on Molten Oxide Electrolysis - An Innovative Metal Production Platform Technology.

Executive summary:

Boston Metal’s Molten Oxide Electrolysis (MOE) technology has the potential to redefine global metals production. MOE delivers a scalable, carbon emissions-free solution for ironmaking (steel) and a sustainable, profitable pathway to recover critical metals from mining and metallurgical waste.  

To revolutionize steel production, Boston Metal's MOE platform technology uses a first-of-its-kind inert anode which withstands the high-temperature, corrosive environment involved in iron oxide electrolysis. 

MOE is highly selective, which not only allows its use with the full range of traded iron ores as feedstock but also enables processing unconventional oxide feedstocks to produce different classes of metals. This flexibility results in an efficient, cost-effective process since it can tap into diversified supply chains.  

You will hear from

 

Guillaume Lambotte

Chief Scientist , Boston Metal

After conducting research on Molten Oxide Electrolysis (MOE) at MIT with two of Boston Metal founders, Professors Sadoway and Allanore, Guillaume joined Boston Metal as one of the first employees and has been instrumental in the growth of our MOE technology from the lab to the industrial scale. 

He brings over 10 years of high temperature metallurgy experience with a focus on computational thermodynamics. Guillaume was previously a production assistant manager with Alcan in the aluminum industry. He holds a bachelor’s in materials science and engineering from Ecole Européenne d’Ingénieurs en Génie des Matériaux, a master’s in metallurgical engineering and a PhD in metallurgical engineering from Ecole Polytechnique in Montreal.

W : www.bostonmetal.com 
L : www.linkedin.com/company/bostonmetal