Total Hydrocarbon Analyser Commissioning|THC Analyser|FID|Teledyne Analytical Instruments|4020Hindi| скачать в хорошем качестве

Total Hydrocarbon Analyser Commissioning|THC Analyser|FID|Teledyne Analytical Instruments|4020Hindi|

Hello Friends, In this video we will see how to Do Commissioning Of THC Analyzer. Teledyne 4020 THC Analyzer for measuring Total Hydrocarbons (THC) in three different ASU applications: 1. TSA Air 2. LOX Ex LP Column 3. Argon Reboiler Principle of Operation: The analyzer operates on the Flame Ionization Detector (FID) principle. The sample gas is mixed with a fuel gas—comprising 40% hydrogen (H₂) balanced with 60% nitrogen (N₂)—and combusted in the presence of ultra-high purity (UHP) air. During combustion, ionization occurs, generating an electrical signal between two electrodes within the detector cell. This signal is then amplified by a highly sensitive electrometer-amplifier circuit. The electrical output is directly proportional to the concentration of flame-ionizable hydrocarbons in the sample and provides a linear response over a measurement range of 0–60,000 ppm methane (CH₄). Calibration Details: For accurate calibration, the following standard gases were used: •Zero Gas: Grade 5 Oxygen (O₂) Cylinder containing 0.5 ppm CH₄ •Span Gas: 83 ppm,453ppm CH₄ balanced in O₂ Pressure Set Point to maintained. •Air: 9psi •Fuel: 4psi •Sample: 6psi THC Measurement Results in Our application (Considering O₂ as Background Gas): •TSA Air: 2 ppm •LOX Ex LP Column: 17 ppm •Argon Reboiler: 2.2 ppm Additional Considerations: •The FID detection method is highly sensitive and widely used for hydrocarbon analysis due to its superior accuracy and fast response time. •The choice of calibration gases ensures minimal interference and accurate THC measurement. Facebook page   / industrialelengineering   E-mail I'd: asktonitinpal@gmail.com Follow me on Instagram for Technical talk & Suggestions   / nitinkr_singh   #thcanalyser #totalhydrocarbonanalyser #analyzer #fid #Teledyne #model4020