Leveraging Epitaxial Growth to Deconvolute Particle Size and Density Effects in Thermal Ca — NSF Award to University of North Texa
Management of waste plastics and other polymeric materials has become a critical environmental issue in recent years. Effective mitigation has generated research and development efforts to “up-cycle” waste plastic to more valuable chemicals or embrace “circular” plastics process technology. When combined with more effi
| Award title | Leveraging Epitaxial Growth to Deconvolute Particle Size and Density Effects in Thermal Ca |
|---|---|
| Award ID | 2546713 |
| Awardee | University of North Texas |
| City | DENTON |
| State | TX |
| Amount obligated | $293,965 |
| Principal investigator | Linxiao Chen |
| Program | Catalysis, Special Initiatives |
| Start date | 11/15/2025 |
| Abstract | Management of waste plastics and other polymeric materials has become a critical environmental issue in recent years. Effective mitigation has generated research and development efforts to “up-cycle” waste plastic to more valuable chemicals or embrace “circular” plastics process technology. When combined with more efficient manufacturing processes, the re-use of plastics, in any form, stands to contribute significantly to net-zero carbon emissions. To those goals, the project investigates a nove |
| Source | NSF Awards |
$799/mo
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