Introduction to ICP-MS and Instrumentation

Session 1: Fundamentals of Mass Spectrometry

• Basic principles of mass spectrometry.
• Overview of the mass spectrometer components.

Session 2: Introduction to Inductively Coupled Plasma (ICP)

• Principles of plasma generation and characteristics.
• Advantages of ICP as an ion source.

Session 3: Overview of ICP-MS Instrumentation

• Key components of an ICP-MS system: nebulizer, plasma torch, and mass analyser.
• Discussion of different types of ICP-MS configurations (quadrupole, time-of-flight).

Session 4: Sample Preparation Techniques

• Importance of sample preparation for ICP-MS analysis.
• Overview of sample digestion, dilution, and stabilization methods.

Session 5: Safety and Operational Procedures

• Laboratory safety protocols when using ICP-MS.
• Best practices for instrument operation and maintenance

Operating ICP-MS and Data Acquisition

Session 1: Setting Up the ICP-MS

• Step-by-step guide on instrument setup and calibration.
• Understanding the role of internal standards and calibration curves.

Session 2: Sample Introduction and Analysis

• Techniques for introducing samples into the ICP-MS.
• Understanding the impact of sample matrix on analysis.

Session 3: Data Acquisition and Instrument Control

• Overview of data acquisition software and interfaces.
• Monitoring instrument performance and stability.

Session 4: Basic Troubleshooting and Maintenance

• Common issues encountered in ICP-MS operation and how to address them.
• Routine maintenance procedures to ensure optimal performance.

Session 5: Hands-On Practice

• Participants will operate the ICP-MS instrument.
• Sample analysis and data acquisition exercises.

Data Interpretation and Applications

Session 1: Data Analysis and Interpretation

• Techniques for processing and interpreting ICP-MS data.
• Understanding results and reporting formats.

Session 2: Quality Control in ICP-MS

• Importance of quality control measures in ICP-MS analysis.
• Implementing quality assurance protocols and procedures.

Session 3: Applications of ICP-MS

• Overview of applications in environmental, pharmaceutical, and materials analysis.
• Case studies demonstrating the versatility of ICP-MS.

Session 4: Advanced Topics in ICP-MS

• Introduction to isotopic analysis and mass spectrometry advancements.
• Discussion on emerging trends and technologies in ICP-MS.

Session 5: Final Assessment and Course Wrap-Up

• Assessment of participants’ understanding through a quiz or group discussion.
• Discussion on the future applications of ICP-MS and participant feedback.