H2S in Amine Process Analyzer - Series 205

Page Two/Tech Data
(.pdf) Brochure

H2S Analyzer Features

H2S in Non Volatile Liquids On-Line Process Analyzer Series 205
  • Accurate & Continuous Analysis
  • Quantitative Measurement of ppb w ppm w thru Saturation Levels
  • Proven On-Line Reliability & Trouble Free Operation
  • Calibration Rarely Required
  • Push Button Validation
  • 4-20mA Output
  • RS-232/485 Communication
  • Direct Read LCD
  • Fast Response Time
  • Reduced Down Time
  • General Purpose or Explosion Proof
  • Specific to H2S Only - No Interferences
Features and Benefits:

Save on lab analysis costs with unattended online analysis
Economical: Payout within days by reducing regenerator steam consumption to ensure spec sweet gas instead of over stripping. Reduce amine loss thru carry-over
Easy: Calibration is virtually never required. Permeation tubes can be used to generate samples to validate analyzer's proper operation.
Safe: Purge option for explosion proof ratings
Accurate: Grab samples for the lab deteriorate with time, H2S escapes during sampling. The Model 205 measures continuously, eliminating the need for costly and inaccurate grab sampling
Dependable: Sample Transfer Stripper™ for sampling radically reduces maintenance by ensuring a clean, dry sample to the analyzer

Description:

The ability to analytically quantify H2S in amine is enhanced with the Sample Transfer Stripper (Patented Membrane Technology) and ratiometric colorimetric technologies offered by Analytical Systems International (ASI).

The principle of operation requires a continuous free flowing liquid sample into a heater where the Sample Transfer Stripper (STS) unit separates the liquids from the H2S gas sample. An H2S free air or nitrogen carrier then sweeps the H2S gas sample to the H2S analyzer for quantitative analysis in PPBw, PPMw, and up to saturation levels. A liquid validation by PermTube™ is optional. The detection technology is based on chemically specific density changes. The lead acetate sensing tape utilized in our analyzers is the only detection method that is absolutely specific to H2S. Optical illumination & detection are integrated for maximum resolution accuracy. Economic payout is increased because of this automated continuous process or laboratory analyzer. Patents and Patents Pending based on letters that are available on request.

Typical Applications:

Amine Regeneration - Lean & Rich
The Model 205 can be used to ensure optimum H2S/Amine loading to reduce regenerator steam consumption by using lower amine circulation. Energy waste due to over-stripping can be eliminated which means lower operating costs.