Set up for success in ICP-MS: Standard and sample preparation best practices and innovations to reduce errors and maximize analyte recovery
Thermo Scientific: Set up for success in ICP-MS: Standard and sample preparation best practices and innovations to reduce errors and maximize analyte recovery
Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is widely used throughout industry for its high sensitivity, wide dynamic range, and fast multi-element analysis.
Applications ranging from environmental compliance to product quality control to industrial and biological monitoring require fast, ultra-trace detection in complex, high matrix samples. The latest advances in instrumentation enhance performance, robustness, and ease of use, however, achieving trace and ultra-trace detection, accurate results, and productivity goals require challenges from the sample matrix and workflow inefficiencies to be addressed in addition to developing an optimized analytical method and maintaining the instrument in peak operating condition.
This webinar series will address the challenges in trace elemental analysis by ICP-MS through best practices and the latest advances in sample digestion, sample automation, and ICP-MS instrumentation to obtain accurate, repeatable results and streamline workflow processes to save time, resources, and increase productivity.
In Part 1 of this webinar series, learn how to set up for success in ICP-MS analysis by reducing systematic errors and streamlining standard and sample preparation processes within the trace elemental analysis workflow. Discover sample preparation innovations from our guest speaker, Michael Howe, Sr. Project Manager at CEM Corporation, who will present on the latest cutting-edge microwave digestion system that accelerates sample digestion from hours to minutes with clear digestions and maximum recovery of analytes.
Key learning objectives
General best practices for the elemental analysis workflow to reduce systematic errors.
Tips and tricks for standard solution handling, transfers, and preparation
Advantages and disadvantages between the most common sample preparation methods for trace elemental analysis.
Innovations in microwave digestion technology presented by CEM Corporation
Who should attend
Laboratories performing trace elemental analysis by ICP-MS, ICP-OES, and AAS.
Laboratories interested in ways to improve the efficiency of current standard and sample preparation processes.
Analysts seeking information on systematic errors and how to reduce them for best analytical results.
Laboratories interested in learning more about microwave digestion, the latest innovations, and benefits.
Presenter: Sabrina Antonio (Regional Marketing Manager, Trace Elemental Analysis and Inorganic Mass Spectrometry, Thermo Fisher Scientific)
Sabrina’s extensive background includes senior chemical engineer and project manager at electric utilities, application specialist for atomic spectroscopy, and lead auditor for the US EPA Contract Laboratory Program (CLP) inorganic statement of work. She joined Thermo Fisher Scientific in 2015 as a technical sales specialist before becoming regional marketing manager for the trace elemental analysis product line in 2018.
Presenter: Andy Fornadel (Product Marketing Manager, Thermo Fisher Scientific)
Andy Fornadel is a Product Marketing Manager for Thermo Fisher Scientific with a focus on elemental spectroscopy and gas chromatography products. He has spent the past seven years in the analytical instrumentation industry in various product marketing and vertical marketing roles. He holds a PhD and an MS from Iowa State University and a BS from Juniata College.
Presenter: Michael Howe (Sr. Project Manager, CEM Corporation)
Michael “Howie” Howe is the Sr. Project Manager for CEM Corporation. In his more than 20 years at CEM, Howie has been instrumental in helping customers solve the ever-changing needs of microwave digestion challenges.