Applied Materials

Argonne MXene Innovations

The current landscape of advanced two-dimensional materials presents an array of challenges. The need for efficiency, predictability, and reliability in diverse applications is paramount.

The current landscape of advanced two-dimensional materials presents an array of challenges across numerous applications, including energy storage (Li-ion batteries, supercapacitors, and energy storage components), composites, photocatalysis, water purification, gas sensors, coatings for corrosion resistance, and protective layers for surfaces. The need for efficiency, predictability, and reliability in these diverse applications is paramount.  

Argonne researchers recently synthesized high-quality MXenes — a rapidly emerging class of materials. As devices get smaller, MXenes will help pack more of a punch in their processing power. Pictured, from left, are Madison Lisenko, Shiba Adhikari, Sixbert Muhoza, and Brian Wyatt.

Argonne National Laboratory takes the lead in addressing these challenges through its groundbreaking initiative, ​“Argonne MXene Innovations.” As a multidisciplinary science and engineering research center, Argonne is uniquely equipped to provide comprehensive solutions for harnessing the potential of advanced two-dimensional materials.

Project Capabilities

  • Advanced Materials Design: Leveraging supercomputing capabilities at the Argonne Leadership Computing Facility for materials design and process modeling.
  • Cutting-Edge Materials Analysis: Utilizing high-resolution X-ray imaging and scattering at the Advanced Photon Source for materials analysis.
  • Nanoscale Insights: Exploring materials synthesis, characterization, and modeling at the nanoscale through the Center for Nanoscale Materials.
  • Scale-Up Expertise: Offering materials synthesis and process scale-up capabilities at the Materials Engineering Research Facility.

Subprograms

MXBat: Boosting performance for energy storage
MXCat: Maximizing electrocatalysis over 2D MXenes
MXel: Maximizing electronic conductivity in composite materials
MXFab: Synthesis, processing, and manufacturing of next-generation MXenes 
MXMech: Enhancing mechanical properties with 2D materials
MXProtect: Protecting surfaces with MXene coatings
MXSense: Optimizing sensing over 2D materials

Benefits of Partnering

Collaborating with Argonne empowers industry partners to enhance productivity and achieve higher levels of predictability and reliability in the realm of advanced two-dimensional materials. By gaining a deeper understanding of materials’ behavior and properties, our partners can expect:

  • Streamlined Development: Reduced reliance on trial-and-error methods.
  • Enhanced Application Performance: Improved functionality and efficiency.
  • Accelerated Innovation: Faster development and implementation of advanced materials.
  • Resource Efficiency: Minimized material waste and reduced production costs.

Join us at Argonne MXene Innovations and embark on a journey to transform the landscape of advanced two-dimensional materials, enabling a wide range of applications with increased efficiency and reliability.