The British Academy for Training and Development has a complete training course on Gas and Liquid Chromatography training as well as Troubleshooting for gas and liquid chromatographic systems. Keep your skills up to date with this course that will equip you with a professional approach to troubleshooting and repair methodologies in chromatographic systems. This programme will help the attendees understand the principles of chromatography, i.e. Gas Chromatography (GC) and Liquid Chromatography (LC). It will also expose the fundamentals of GC including column types, detectors, sample preparation, and injection techniques. The LC fundamentals entail the stationary and mobile phases as well as the types of columns and detectors such as UV/VIS, fluorescence, and refractive index.

Troubleshooting problems related to chromatographic effects such as baseline noise and poor resolution, and problems related to peak tailing are being addressed in this course. The training delves into advanced troubleshooting strategies for injector, column and detector-related issues in addition to coping techniques with sample matrix effects and contamination. Attendees will gain hands-on experience with diagnosing complex system failures and using diagnostic tools for effective maintenance.

 According to the course, best practices will be inculcated in attendees related to quality control as well as compliance with industry standards, equipping the attendees with tools of continuous improvement in chromatographic methodology. They would also learn by exercising examples and cases to experience challenges and solutions concerning different sectors-related problems, including pharmaceuticals, food, and environmental analysis. 

This course shall provide most essential knowledge in both GC and LC to maximize throughput on chromatographic systems, all while being devoted to effective troubleshooting for consistent and reliable results.

Objective:

The objectives of this course are:

1. Grasping some of the basic principles of gas chromatography (GC) and liquid chromatography (LC).

2. The operation of GC and LC systems, as well as their configuration, for all applications of interest.

3. Diagnostic assessment of common chromatographic problems such as detector problems, sample preparation-related concerns, and system maintenance-related issues.

4. Optimising chromatographic methods for separation, precision, and productivity improvements.

5. Interpret, troubleshoot chromatograms to ensure that results are reliable.

Who Should Attend?

This course is ideal for:

Laboratory technologists, chemists, analysts, and engineers who spend their time with chromatographic processes, whether they conduct research or work in an industrial facility. It caters to those who are looking for guidance in developing troubleshooting skills or to those who are very new to chromatography.

How will attendees benefit?

Attendees of the Gas and Liquid Chromatography and Troubleshooting Course will gain several benefits:

1. Enhanced Expertise: The attendees of this session are well equipped for understanding the theory and practical experience behind Gas Chromatography (GC) and Liquid Chromatography (LC) methods with appropriate techniques necessary to complete comprehensive analysis for different applications.

2. Troubleshooting: This course offers up-to-date troubleshooting skills for identifying and rectifying common problems such as baseline noise, secondary resolution, and peak tailing for smooth operation.

3. Practical training: Attendees will undergo actual field training that will teach them the application of their knowledge to real situations in problem systems GC and LC thereby enhancing their confidence for practical situations..

4. System Optimisation: They are trained in how to optimise the chromatography systems for better performance and increase precision, efficiency, and productivity overall in their work.

5. Better Troubleshooting Efficiency: Both through understanding what common problems are and how to alleviate them, attendees shall be able to carry out their maintenance and diagnosis in less time and with less resource loss.

6. Familiarity with the Industry: The attendees will learn the current standards and regulatory requirements in the industry, ensuring that all of their work will be top-notch in pharmaceuticals, food, and environmental analysis.

7. Certification: By the end of the course, attendees will be awarded certification to their professional qualification and career relevant to demonstrating the ability to perform chromatography and troubleshooting techniques.

Introduction to Chromatography

• Definition and principles of chromatography.

• Overview of Gas Chromatography (GC) and Liquid Chromatography (LC).

• Key components of chromatography systems: injectors, columns, detectors.

Gas Chromatography (GC) Fundamentals

• Types of columns and stationary phases.

• Gas flow and pressure control.

• Types of detectors: flame ionization, thermal conductivity, mass spectrometry, etc.

• Sample preparation and injection techniques.

Liquid Chromatography (LC) Fundamentals

• Understanding of mobile and stationary phases in LC.

• Types of columns used in LC.

• Detectors used in LC, such as UV/VIS, fluorescence, and refractive index.

• Practical techniques for sample preparation and injection in LC.

Chromatographic Troubleshooting

• Common problems in GC and LC systems: baseline noise, poor resolution, peak tailing, etc.

• Identification and correction of injector, column, and detector issues.

• Dealing with sample matrix effects and contamination.

• Steps to optimize chromatography methods for better performance.

Advanced Troubleshooting Techniques

• Diagnosing complex system failures using diagnostic tools.

• Understanding system software and firmware in troubleshooting.

• Calibration and maintenance of chromatography instruments.

Practical Applications and Case Studies

• Hands-on troubleshooting exercises in both GC and LC systems.

• Real-world examples and case studies highlighting common issues and their solutions.

• Discussion on optimizing methods for various industries such as pharmaceuticals, food, and environmental analysis.

Best Practices and Quality Control

• Quality assurance in chromatography.

• Proper documentation and data analysis techniques.

• Regulatory standards and compliance in chromatography procedures.