Who Should Attend SP36?
- Process and maintenance engineers with responsibility for design economics and reliability
- Laboratory instrument operators
- Environmental engineers
- Analyzer maintenance technicians
- New engineering graduates interested in process industry employment
- New science graduates interested in laboratory work
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Classroom (SP36)Length: 3 days |
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Visit our course formats page for a detailed description of each format.
Learning Objectives
- Indicate which component detection technology to apply to a given sample stream
- Select the appropriate components for a given process analytical technology
- Arrange process analyzer system components in the appropriate order
- Arrange sample conditioning system components in the appropriate order
- Identify common operating issues with process analyzer systems
- Identify the operating principle behind a given process analyzer technology
- Describe a Process Gas Chromatograph’s basic configuration
- Troubleshoot a basic Process Sample Conditioning System
- Identify the process streams in a calibration system
Topics Covered
- How online analyzers are used in industry
- Analyzer system engineering
- Analyzer, process control and gas chromatography principles
- Gas chromatography equipment
- Gas chromatography implementation
- Oxygen measurement
- Water measurement in gasses and liquids
- Thermal conductivity and density analyzers
- UV and visible spectroscopy
- Near IR, Mid IR, FTIR spectrophotometry
- Raman spectroscopy
- Tunable diode laser absorption spectroscopy (TDLAS)
- X-ray spectroscopy
- Mass spectroscopy
- Other optical analyzers
- Sample extraction, transport, and conditioning
- Enclosure hazard ratings & HVAC systems
- Practical design and maintenance tips
- Analyzer application case studies