CMI Workshop: Circularizing REEs in Magnets
CMI sorbents and forward osmosis reduce environmental impacts
Novel SmCo manufacturing method improves economic competitiveness
Finding optimal conditions for bioleaching lithium cobalt oxide (LCO) cathode materials
Optimizing the economic performance of CMI technologies
John Sutherland at Purdue University leads the CMI project "Optimizing the economic performance of CMI technologies"
Techno-Economic Analysis (TEA) is a technique that combines production cost modeling with customer/financial analysis to provide decision-making insight to research and development. Our commitments calls for: (1) performing TEAs in collaboration with CMI researchers at the earliest technology readiness level (TRL) stage possible; and (2) developing a TEA software tool for CMI scientists/engineers.
Leadership Development: Hongyue Jin
A CMI webinar series focused on optimizing the economic performance of CMI technologies.
- Fu Zhao at Purdue University, “Introduction to Life Cycle Analysis (LCA)," link to webinar
- Hongyue Jin at University of Arizona, and Sidi Deng at Purdue university, "A Tutorial for Techno-Economic Assessment (TEA),"link to webinar
- John Sutherland at Purdue University, "Introduction to Design of Experiments (DOE), link to webinar
- John Sutherland on "Techno-Economic Analysis of Value Recovery Opportunities from End-of-Life Products," link to webinar