High throughput computational mass screening to identify cost-effective, sustainable, next-generation magnet materials for net zero applications

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Title
High throughput computational mass screening to identify cost-effective, sustainable, next-generation magnet materials for net zero applications
CoPED ID
13ba27e6-47d7-4a00-bfb9-4e9aa92a1f78
Status
Active
Funders
Innovate UK
Innovate UK
Value
£98,003
Start Date
Nov. 1, 2022
End Date
March 30, 2023
Description

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Better magnets, with lower costs and higher performance, would lead to significant enhancements of key net-zero technologies such as wind turbines and electric cars, leading to accelerated adoption and faster progress towards net-zero targets. This project will demonstrate the ability to identify new high-strength magnet materials with lower costs and improved sustainability. New compositions would offer significant commercial advantages and strengthen existing efforts to develop new opportunities to diversify value-chains.

Jon Pillow PM_PER

Subjects by relevance
  1. Automotive engineering

Extracted key phrases
  1. High throughput computational mass screening
  2. New high
  3. Generation magnet material
  4. Strength magnet material
  5. High performance
  6. Low cost
  7. Well magnet
  8. Key net
  9. Zero technology
  10. New composition
  11. New opportunity
  12. Significant commercial advantage
  13. Significant enhancement

Related Pages

UKRI project entry

UK Project Locations