Over the years, the field of analytical techniques has witnessed the development of numerous methods tailored for specific purposes or goals. In the contemporary scientific
The pressing issue of microplastic pollution plaguing our oceans and waterways has garnered considerable attention in recent years, prompting heightened concerns regarding its potential ramifications
UV-spectroscopic analyses combined with gas chromatography (GC) are valuable for examining chemical compounds at wavelengths below 180nm. Biofuels have garnered increasing attention as a sustainable
Ensuring the safety of food and beverages is paramount for manufacturers, particularly within the European Union (EU), where adherence to regulations like the General Food
Gas Chromatography-Mass Spectrometry (GC-MS) stands out as a prevalent analytical instrument for assessing pesticides in food. This method effectively separates and identifies diverse chemical compounds
Hydrogen has long been promoted as an environmentally friendly and sustainable energy carrier that could transform our energy landscape. When combusted, hydrogen produces only water
In the intricate landscape of dioxin analysis, an arsenal of sophisticated techniques is employed by regulatory agencies, environmental scientists, and industries to vigilantly monitor and
Gas chromatography (GC) originated in the early 1950s through the collaborative efforts of a team led by Martin and James at the University of Chicago.
In the realm of analytical sciences, precision and efficiency are the pillars upon which groundbreaking discoveries are made. The emergence of GC-UV systems with open
In a pivotal move, the European Commission announced its intent to renew the authorization of glyphosate for an additional ten years. It is used extensively
Innovation in Analytical Chemistry
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