Meeting the demands of sustainable energy economy requires diagnostics of the chemical
processes surrounding future fuels and contemporary combustion applications. Pioneered …

Integrating circular economy (CE) principles into mining practices offers a promising path
toward reducing environmental harm while promoting sustainable resource management …

In recent years, metal fuels were discussed as a contribution to meeting the challenges of
the energy transition to a climate-friendly, sustainable energy economy. One material system …

Due to low melting and boiling points and extreme reactivity in the chemical reaction of Mg
powder, inert powders that have a significant inerting effect on Mg dust clouds can cause …

As the urgency for decarbonization of economies around the world is becoming more
pressing, green energy carriers synthesized with renewable energy are emerging as …

This primer presents the production, storage, distribution, and combustion properties of the
main carbon-free fuels—hydrogen, ammonia, and metals—and the technical challenges …

This paper presents a model for micron-sized aluminum (Al) particle combustion in hot
oxidizing environments, forming hollow spheres. The model comprises four sub-models …

Metal powders including aluminum, iron and metal alloys have been considered as a fuel for
energy generation without releasing carbon dioxide and being recyclable. While additive …

The current climate emergency and the related energy transition require the development of
technology producing zero-carbon energy. One viable option entails the utilization of …

Magnesium is a promising fuel for the metal-enabled cycle of renewable energy and for
space power systems. However, the existing methods for combustion of magnesium …