Unlocking the Elements: ICP-MS Analysis in Orange Hydrogen Production
Optimizing a Method for Analyzing Olivine Composition by ICP-MS at Varying pH Levels
Welcome to my ICP-MS methods project website! Here, I document the development of a solution-mode ICP-MS method designed to analyze the elemental composition involved in orange hydrogen production. Orange hydrogen is produced through serpentinization, in which mafic and ultramafic minerals, such as olivine and pyroxenes, react with water to form serpentinite. This process generates hydrogen gas as a byproduct and releases key elements that are integral to understanding the reaction pathways and efficiency of hydrogen production.
In this project, I am investigating the impact of pH on the elemental composition during serpentinization and optimizing the ICP-MS method to measure the changes in the concentration of magnesium (Mg), iron (Fe), calcium (Ca), nickel (Ni), and chromium (Cr). These elements are crucial to the formation of serpentinite and the generation of hydrogen gas. By testing the effect of pH, I aim to uncover how variations in acidity influence the efficiency of the serpentinization process and hydrogen production.
From method proposal to establishing optimal operating parameters, testing on representative samples, quantitative analysis, and evaluation of data quality, I aim to enhance my understanding of the fundamental chemistry behind orange hydrogen production. By contributing valuable insights to the field of green energy, my goal is to pave the way for more effective and sustainable hydrogen production methods, ultimately supporting a cleaner, more sustainable future.