Lexmark looking at precious metals
April 24, 2020
The University of Kentucky Office of Technology Commercialisation (OTC) announced its first-ever license agreement with Lexmark International Inc. involving a project led by Joshua Werner, Assistant Professor in University of Kentucky’s College of Engineering, exploring the recovery and recycling of precious metals.
This agreement is related to and in support of a framework agreement with Lexmark for sponsored research and professional services.
Werner is an Extractive Metallurgist and worked in the electronic materials industry before pursuing his doctorate in metallurgical engineering (metals engineering). The technology to be developed under the project is a method for recovering valuable materials from end-of-life devices (e.g. spent laser printers, batteries) and recycling these materials into new products.
The value proposition to Lexmark in this project flows from the fact that it receives the end-of-life printers and toner cartridges for recovery, which can result in both the extraction of materials that can be sent to recycling as well as toner cartridges that are remanufactured.
Werner began a relationship over two years ago with John Gagel, Global Senior Manager of Corporate Sustainability for Lexmark, during the 2017 International Forum on Sustainable Manufacturing hosted by the University of Kentucky.
Through a project called SMaRT (Sustainable Materials and Recovery Technologies) led by Lexmark Business Development, Werner and Lexmark began to consider how the cost of recycling circuit boards can be reduced and how a business opportunity might develop around the idea.
“I previously conceptualised a process that would be able to recover gold, copper, and other elements such as nickel and cobalt without the use of harsh acid,” Werner said. “This process was something novel and valuable and I was able to work with the fantastic team at the University of Kentucky OTC to protect it.”
With this partnership, the University of Kentucky and Lexmark will be working together to further develop the technology and assess its viability as a sustainable business for recovering valuable materials from end-of-life consumer devices at an industrial scale.
“We’re pleased to be working with Dr. Werner and his team on this project,” said Allen Waugerman, Lexmark President and CEO and University of Kentucky alumnus. “Lexmark values our long-standing partnership with the University of Kentucky. This SMaRT initiative ties to one of our key values as a company — protecting our environment and improving the communities in which we live and work.”
“We are excited about this burgeoning relationship and have enjoyed the collaborative approach from Lexmark,” said Ian McClure, Executive Director of the University of Kentucky OTC. “We look forward to a continued partnership that helps apply University of Kentucky innovation and Lexmark’s business talent and acumen to create useful outcomes. Our University of Kentucky OTC licensing team and Lexmark’s business and legal teams worked diligently to create a collaborative pathway for IP to be utilised and further developed between the organisations.”
Kim Kluemper, Director of the University of Kentucky’s Business Engagement, has also been instrumental in establishing and expanding upon this new University of Kentucky /Lexmark collaboration. She brought Lexmark in as an industry partner on the University of Kentucky’s proposal to the National Science Foundation’s Engineering Research Centre programme and has connected Lexmark to more than 20 University of Kentucky researchers to explore other potential partnerships.
“As established innovation leaders in the Commonwealth and beyond, the University of Kentucky and Lexmark are excited about this project and look forward to working together to build upon our research and commercialisation strengths,“ McClure said.
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