TU Wien Unveils Safer, Eco-Friendly Method for Producing MXene

The new electrochemical process eliminates toxic hydrofluoric acid, paving the way for industrial-scale applications of the versatile 2D material.

Researchers at TU Wien developed an electrochemical method to produce MXene using controlled voltage pulses instead of hazardous hydrofluoric acid.
The breakthrough, published in the journal Small, demonstrates that the new method produces MXene of equal or better quality compared to traditional techniques.
This green synthesis process significantly reduces safety risks and environmental impact, addressing key barriers to industrial adoption.
MXenes, known for their potential in energy storage, sensors, and aerospace applications, could now see broader use due to simplified and scalable production.
The innovation highlights the potential for non-laboratory production, with researchers aiming to make the process accessible and cost-effective for widespread use.