Using TGA-MS to Explore Novel Hydrogen Carriers for Fuel Cells

Hydrogen (H2) production is pivotal in the global shift towards a net-zero carbon economy. Its elemental abundance and zero-emission combustion position it as an ideal renewable energy source. However, the journey to harness hydrogen’s full potential is fraught with challenges, particularly in storage and transportation. Researching viable hydrogen carriers is critical, as conventional methods grapple with issues of efficiency and safety. This has catalysed the exploration of alternative carriers, with the scientific community seeking solutions to unlock hydrogen’s promise as the future fuel.

TGA-MS, an advanced analytical technique, is crucial for unlocking hydrogen’s potential by evaluating the viability of hydrogen carriers like ammonia (NH3). With its high energy density and safer handling, ammonia is a front-runner in hydrogen storage solutions. TGA-MS’s role in this process is indispensable, providing essential data that could transform the future of hydrogen energy.