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Microwave approaches being used in analytical chemistry

James Martin

Enhancing the sensitivity and selectivity of analytical procedures through the use of green extraction techniques is an environmentally friendly replacement for traditional sample-preparation techniques previously used. Here's an update. We examine the key methods used in the scientific literature to lessen harmful side effects of extraction methods we show that sample-treatment processes have evolved with a clear purpose. On the concurrent advancement of the method's primary analytical properties and its practical aspects, incorporating the business case. The suggested solutions meet the criteria established by the notion of sustainable development, and more precisely by putting green chemistry principles into practice in analytical labs. The discussion of potential applications of innovative, selective stationary phases in extraction techniques, thus, received special emphasis. Include silica- and carbon-based sorbents, polymeric ionic liquids, and carbon nanotubes. The methodological approaches and appropriately matched sampling tools for obtaining analyses from samples allow us to reduce the number mistakes made during sample preparation prior to chromatographic analysis and to limit the detrimental effects of this analytical step on the relationship between the natural world and laboratory workers' health.