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  Facilities

  H2S Multiphase Corrosion Flow Loop
  Inclinable Three-Phase Corrosion Flow Rig
  Wet Gas Corrosion Flow Loops

  Transparent Multiphase Corrosion Flow Loops
  Glass Cells

  Naphthenic Acid Corrosion

 
 

The Hydrogen Sulfide Multiphase Testing Facility

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H2S Flow Loop
Test Section
Gas/Liquid mixing point
H2S System Specifications
Liquid flow rates 0.5 m/s to 2.5 m/s
Gas flow rates 2.0 m/s to 10 m/s
Temperature range 40°C to 90°C
Pressure range 1 bar to 70 bar
Liquid mixtures Various mixtures of deionized water, synthetic sea water, 2 cP to 10 cP oil, and crude oil
Gas Mixtures Various mixtures of nitrogen, carbon dioxide, methane, and hydrogen sulfide
Instrumentation Superficial liquid and gas velocities, flow regime determination, corrosion rate, pH, and temperature

The hydrogen sulfide system is a large scale flow loop currently testing partial pressures of hydrogen sulfide below 150mbar.

The hydrogen sulfide system was commissioned to determine the influence of various concentrations of hydrogen sulfide gas on corrosion rate in a controlled multiphase environment. This system is comprised of 4" diameter, Sch 80, Hastelloy© C-276 for resistance to corrosion and stress corrosion cracking, two progressive cavity pumps for conveying liquid and gas, and three separate test sections for corrosion monitoring. 

The hydrogen sulfide system is located in an isolated "environmental chamber" of the Multiphase Technology Center for better control of temperature and hazardous gases. All operational controls for the hydrogen sulfide test loop are located just outside the environmental chamber providing a higher level of safety for the operator and more convenience for data collection. Flowing gas mixtures of methane, nitrogen, and/or carbon dioxide are mixed with flowing liquid mixtures of water and/or oil producing flow regimes of stratified flow, slug flow, or annular flow in the multiphase environment.

Various types of corrosion-monitoring equipment can be installed in each of two test sections, such as: electrical resistance probes, linear polarization probes, or coupons for weight loss measurement. With system temperatures capabilities ranging from 40°C to 90°C and pressures from atmospheric to 400 psi, corrosion rate prediction and field simulation tests are easily accomplished in a controlled environment.

 

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Ohio University
Russ College of Engineering
Department of Chemical Engineering
Institute for Corrosion

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Institute for Corrosion and Multiphase Technology
Ohio University's Research and Enterprise Park
342 West State Street
Athens, Ohio 45701
United States of America
Telephone: +1-740-593-0283
Fax: +1-740-593-9949
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