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Researchers Overcome Massive Hurdle in Textile Recycling

Although present in much of the clothing we wear on a daily basis, elastane is incredibly difficult to recycle. Researchers at the Vienna University of Technology (TU Wien) have uncovered a novel method to overcome these challenges, bringing the textile industry one step closer to its sustainability goals.

Wien
Austria
Skyla-bailydec
Skyla-baily
Ahmad-zamani-shutterstock
Emanuel-boschmeier
Vienna-university-of-technology-tu-wien
European-union
Vienna-university
Achieve-effective-separation
Mixed-fibers
Nagor-ahmad

New X-Ray Technique Allows Effective Imaging of Living Organisms

AZoOptics features a new interview with Rebecca Spiecker of the Karlsruhe Institute of Technology, discussing the development of a new X-ray technique that allows better imaging and analysis of living organisms.

Hamburg
Germany
Karlsruhe
Baden-wüberg
Rebecca-spiecker
Leadersrebecca-spiecker
Tilo-baumbach
Skyla-baily
Dagmar-gerthsen
Skyla-bailydec
Karlsruhe-institute-of-technology

Using TEM to Uncover Aluminum Corrosion at an Atomic Level

Researchers at Binghamton University are exploring how Environmental Transmission Electron Microscopy (ETEM) can be leveraged to understand corrosion at an atomic level. Their findings could affect ongoing efforts both in the fields of corrosion resistance and clean energy production.

Skyla-bailydec
Skyla-baily
Guangwen-zhou
Jj-gouin-shutterstock
Binghamton-university
Researchers-at-binghamton-university
Brookhaven-national-laboratory
Institute-of-corrosion
Us-department-of-energy
University-of-pittsburgh
Environmental-transmission-electron-microscopy
Industry-focus

2024 LCA Congress

The 8th event in the Global LCA for Automotive Series comes to Detroit in January covering recycling, circular design and sustainable sourcing.

United-states
America
American
Skyla-bailydec
Skyla-baily
Paccar
Automotive-series
Product-design
Toyota-north-america
Volvo-trucks
Direct-recycling
North-american

Using Bacteria to Self-Heal Cracks in Concrete Structures

New and exciting research emerging from Drexel University could increase the longevity of concrete structures by giving them the ability to heal themselves using bacteria.

Mohammad-houshmand-khaneghahi
Skyla-baily
Skyla-bailydec
Drexel-university
Self-heal-cracks
Building-materials
Further-reading
Skyla-baily-oct
Houshmand-khaneghahi
Concrete-infrastructure

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