Customer Success Story - Improving Washout & Efficiency in High-Throughput ICP-MS Testing Laboratory скачать в хорошем качестве

Customer Success Story - Improving Washout & Efficiency in High-Throughput ICP-MS Testing Laboratory

One of the major challenges an ICP laboratory faces is the excessive washout time required for methods analyzing samples containing high levels of elements, such as B and Hg, that tend to “stick” around in the sample introduction system. These “sticky” elements frequently require multiple rinse blanks following these samples to flush the system back down to reporting limits and, in some cases, down to method or even instrument detection limits. If there is an inadequate amount of rinse time, these high-concentration samples can frequently require a lab to rerun or flag samples analyzed after a sample containing high levels of elements like B. In this webinar, we will review the design of Glass Expansion’s high-performance Peltier-cooled cyclonic spray chamber, also known as the PCC Kit. We will explore the efficient and rapid washout of boron from the sample introduction system of an Agilent 7900 ICP-MS using the PCC Kit. Specifically, we will evaluate washout data collected using a real-world sample containing more than 4 ppm of B to compare the washout efficiency of the Scott-Style spray chamber with that of the PCC Kit at a high-throughput environmental laboratory.