Material: Metals – REMADE Institute

Emissions Database For End-Of-Life Scenarios Of Selective Building Construction Materials To Enable Circular Economy In Construction

This four-part series of short courses are intended to provide foundational training in plastics recycling, however, in the context of providing participants an overview of new methods that potentially could transform the industry.

Fundamentals of Remanufacturing Awareness Level Certificate

This five-part short course awareness level certificate offers insights to advance capabilities in remanufacturing, as well as a comprehensive dive into the technological advancements delivering widespread benefits to businesses that depend on remanufacturing.

Systems Analysis Tools & First Insights from REMADE Projects Awareness Certificate

Dr. Barbara Reck of Yale University will present an introduction to systems analysis, the principles of the Circular Economy, and the tools and metrics used to measure progress towards more material circularity.

Machine Learning-Based Non-Destructive Evaluation of Fatigue Damage in Metals

Join REMADE for an exciting project update webinar looking at non-destructive evaluation (NDE) of fatigue damage in end-of-life metals and exploring how NDE is essential to maximizing the benefits of such materials for remanufacturing. Duration: 49 minutes.

Introduction to Remanufacturing

This short course offers a broad introduction to remanufacturing and end of life reuse process, related technologies, environmental impacts, and areas for growth. Awareness Level. Duration: 1 hour 50 minutes.

Mapping the Materials Base for REMADE

Join REMADE for an exciting project webinar looking at U.S. and global material cycles for metals, fibers, plastics, and printed circuit boards and how this key information helps calculate recycling rates and more. Duration: 1 hour.

Materials Disruption Possibilities, Now & Into The Future

Join Yale University’s thought leader and expert in industrial ecology, Thomas Graedel, as he shares his perspective on the possible disruption of materials supplies and why the future of metals availability is such a complex topic—one that depends upon a mix of geological knowledge, materials science, technology and economics. Duration: 56 minutes.