Article 1

Ground-Breaking Method To Make Graphene From Garbage Is Modern Day Alchemy

Published: July 24, 2020
Author: Scott Snowden
Link: Forbes Article

Summary:

This article discusses a novel method developed by researchers at Rice University to produce graphene from waste materials. Using a technique called flash Joule heating, they can convert various carbon-containing waste—such as food scraps, plastic, and rubber tires—into high-quality graphene in a matter of milliseconds. This process is not only cost-effective but also environmentally friendly, as it reduces the need for traditional graphite mining and helps in waste management.

Key Points Demonstrating Graphene’s Versatility:

  • Sustainable Production: The ability to synthesize graphene from diverse waste materials showcases its adaptability and potential for sustainable manufacturing processes.
  • Environmental Impact: This method offers a dual benefit—producing valuable graphene while simultaneously addressing waste disposal issues, highlighting graphene’s role in promoting environmental sustainability.

Article 2

The Promise Of Graphene: Building The Future Of Clean Transportation

Published: December 30, 2024
 Author: Forbes Business Council
 Link: Forbes Article

Summary:

This article explores the transformative potential of graphene in revolutionizing the transportation industry. It emphasizes graphene’s exceptional properties—such as high strength, light weight, and superior conductivity—that make it an ideal material for enhancing various aspects of transportation, from vehicle components to energy storage systems.

Key Points Demonstrating Graphene’s Versatility:

  • Automotive Applications: Graphene-enhanced composites can lead to lighter and stronger vehicle parts, improving fuel efficiency and reducing emissions.

  • Energy Storage: Incorporating graphene into batteries can result in faster charging times, higher energy densities, and longer lifespans, benefiting electric vehicles and other energy-dependent transportation modes.

  • Aerospace and Maritime Uses: Graphene’s properties are advantageous for aircraft and ship manufacturing, offering improved structural integrity and corrosion resistance.

  • Environmental Benefits: The use of graphene in transportation aligns with global efforts to reduce carbon footprints and promote cleaner, more sustainable mobility solutions.