In the quest for sustainable energy solutions, clean combustion technology stands out as a beacon of hope. This groundbreaking approach not only aims to significantly reduce harmful emissions but also enhances energy efficiency across numerous sectors. As we stride...
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...
Hydrogen’s unique behavior in metals, particularly in steels, plays a pivotal role in various scientific and industrial applications. Notably, hydrogen’s influence on phenomena like hydrogen embrittlement and tritium retention in fusion reactor wall tiles underscores...
The characterization of catalysts involves a knowledge of the physical properties of the catalyst as well as an understanding of structure-reactivity or selectivity relationships during the catalytic process. This is achieved by combining spectroscopic...
This article serves to outline the range of applications of thermal analysis techniques that are used to study catalysis. Thermal analysis techniques are useful for studying catalysts and understanding surface species because they can be used to activate,...
Chemical adsorption, also known as chemisorption, is the process that results from a chemical bond between adsorbate molecules and particular surface locations on a material. These locations are known as active sites. This article will outline the process of...
