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Facilities
CEESI has two Colorado facilities including Flow Meter Calibration Facility and the Wet Gas, Hydrate, Multiphase Research Facility, as
well as the High Flow Natural Gas Calibration Facility in Iowa. Flow meter calibrations at the Colorado and Iowa labs are accredited by NVLAP and traceable to NIST.
CEESI has assisted in the development of several meter types including turbine flowmeters and V-CONE testing with wet gas. Performance evaluation of electronic flow measurement systems under simulated field conditions has been conducted for several companies, and CEESI has participated in the development of international orifice meter standards. Applied research includes control valve noise investigations, flow conditioner performance, super critical carbon dioxide research, and oil effect studies on orifice measurement.
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Scheduling
Testing Capabilities
Traceability (NIST)
Quality Assurance (NVLAP)
Our Customers
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This facility provides natural gas calibration for ultrasonic flowmeters, turbines, large diameter orifice meters and other meters requiring high Reynolds number ranges. CEESI Iowa benefits the energy industry by providing faster turnaround time than European facilities, lower shipping costs of meters than freighting to Europe, advancement of ultrasonic and other metering technologies and aids in the development of international standards. CEESI Iowa's primary mission is to provide manufacturers and end-users of high volume flowmeters with the highest quality in natural gas calibration services.
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Request a Quote
Scheduling
Testing Capabilities
Traceability (NIST)
Quality Assurance (NVLAP)
Our Customers
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CEESI has fabricated and put into operation several experimental test facilities where flow data can be obtained when multiphase conditions exist within the pipeline. These test facilities can be used for studies involving natural gas, hydrocarbon liquids, and water. Several evaluation test programs have been conducted with flowing conditions known as wet-gas and/or multiphase. Flow regimes from stratified to mist have been investigated. Hydrate formation and disassociation studies have been conducted.
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Wet Gas Research Loop
Hydrate Research Loop
Multiphase Research Loop
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