The Central Research Facility (CRF), SRM University-AP, is organising a one-day hands-on workshop on BET Surface Area Analysis using Autosorb 6300. The workshop is designed to provide participants with comprehensive theoretical knowledge and practical exposure to surface area and pore size analysis techniques widely used in material characterization research.
The program will cover the principles of adsorption science, BET theory, sample preparation, instrument handling, data acquisition, and interpretation of adsorption-desorption isotherms.
Participants will gain hands-on experience with the Autosorb 6300 system and learn its applications in advanced research and industrial analysis.
Objectives of the Workshop
- To introduce the fundamentals of BET surface area analysis
- To explain adsorption-desorption principles and pore characterization
- To provide practical training on the operation of Autosorb 6300
- To demonstrate sample preparation and degassing procedures
- To train participants in interpreting BET analysis reports
- To highlight applications in nanomaterials, catalysts, polymers, pharmaceuticals, and energy materials
Topics Covered
- Introduction to BET Theory
- Principles of Gas Adsorption
- Surface Area Measurement Techniques
- Pore Size and Pore Volume Analysis
- Adsorption-Desorption Isotherms
- Sample Preparation and Degassing
- Instrument Overview – Autosorb 6300
- Software Operation and Data Analysis
- Interpretation of BET Reports
- Applications in Research and Industry
Hands-on Training Sessions
- Sample Loading Procedure
- Degassing Process
- BET Surface Area Measurement
- Instrument Operation
- Software-based Data Interpretation
- Troubleshooting and Best Practices
Target Participants
- Faculty Members
- Scientists
- Research Scholars
- Postgraduate and Undergraduate Students
- Industry Professionals
- Researchers working in Material Science, Nanotechnology, Chemistry, Physics, and related areas
About the Instrument
Autosorb 6300
The Autosorb 6300 by Anton Paar is an advanced high-vacuum gas sorption analyzer designed for accurate surface area and pore characterization of porous and nanostructured materials.
The system is widely used for:
- BET Surface Area Analysis
- Pore Size Distribution
- Total Pore Volume Determination
- Adsorption–Desorption Studies
- Advanced Material Characterization
Applications
- Nanomaterials
- Catalysts
- Activated Carbon
- MOFs and Zeolites
- Energy Storage Materials
- Ceramics and Polymers