The advancement of modern technology has presented analytical chemists with numerous new and increasingly intricate materials, along with higher demands for improved sensitivity, reliability, and speed. Conversely, instrumental developments have granted analysts access to new techniques, instruments, procedures, and reagents that aid in addressing these challenges. However, the wide range of available equipment, reagents, and methodologies has significantly complicated the chemist's task when approaching a new or unfamiliar sample. This workshop aims to offer concise and convenient summaries of essential data and practical procedures related to instrumental methods in analytical chemistry. Its purpose is to provide analytical chemists and their colleagues in related fields with valuable resources for navigating the complexities of modern analytical chemistry.

Course Objectives:

Upon the successful completion of this workshop, participants will be able to:-

To Understand the various techniques of Analytical Measurements
To give the principles of reliable laboratory measurements
To outline key laboratory safety issues and safety measures
To estimate uncertainties in the instrument
To aware of the Instrument Performance Characteristics which include types and interaction between different characteristics.
To prepare and handle Sample for different Analytical Instrumentations
To understand, use, maintain and troubleshoot of key laboratory equipment (Ultraviolet, Visible Spectrophotometers, Infrared Spectroscopy, Electrolytic Conductance, and pH, Gas Chromatography

Who Should Attend?

This workshop is intended for all chemical laboratory professionals, Laboratory Managers, Superintendents, Supervisors, Engineers, Chemists, Analysts and Technicians

Course Outlines:

Introduction.
The laboratory and its purpose.
The laboratory environment.
Laboratory layout and construction.
Out-of-laboratory services, Electricity, ventilation, water, drains etc.
Benches, hoods, sink.
Glassware.
Plastic ware.

Techniques of Analytical Measurements
Instrumental Chemistry.
Principles of instrumental chemistry.
Balances.
Titration.
Colorimetry.
Atomic absorption.
Chromatography.
Petroleum Laboratory equipment.

Calibration.
Correlations.
Reference materials.
Correct laboratory techniques.
Statistical principles for Laboratory measurements.
Reporting of analytical results.

Why is safety important?
Safety Policy.
Laboratory Safety.
Handling of toxic and hazardous materials.
Spills and spill control.
Good laboratory practice.
Material safety data sheets.
Emergency planning.
Handling of Compressed Gases (Cylinders).
Destruction of hazardous chemicals in the laboratory.

Maintenance and troubleshoot of key laboratory equipment’s

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