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Subsea Multiphase Flow Meter (SMPFM) can be installed on subsea Christmas trees or manifolds for real-time and online measurement of oil, gas, and water production from individual wells.
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Shallow Water Multiphase Flow Meter is a compact, lightweight Multiphase Flow Meter developed for the Bohai Sea and similar shallow water conditions with stable performance. It allows for real-time online measurement of oil, gas and water production from subsea wells.
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Chemical Injection Metering Valve (CIMV) , also called as Chemical Throttle Valve (CTV) or Subsea Chemical Injection Delivery System (SCIDS) , is a device for the precise control and metering of various chemicals (such as methanol, MEG, scale inhibitors, etc.) injected into subsea production system.
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Subsea Pressure & Temperature Transmitter (PTT) is a critical measuring instrument which measures the temperature and pressure of various subsea facilities in real-time. It allows operators to understand the operational status of these facilities and adjust oil and gas production measures promptly, ultimately enhances production optimization and flow assurance.
Subsea Products
Subsea Multiphase Flow Meter (SMPFM) can be installed on subsea Christmas trees or manifolds for real-time and online measurement of oil, gas, and water production from individual wells.
Shallow Water Multiphase Flow Meter is a compact, lightweight Multiphase Flow Meter developed for the Bohai Sea and similar shallow water conditions with stable performance. It allows for real-time online measurement of oil, gas and water production from subsea wells.
Chemical Injection Metering Valve (CIMV) , also called as Chemical Throttle Valve (CTV) or Subsea Chemical Injection Delivery System (SCIDS) , is a device for the precise control and metering of various chemicals (such as methanol, MEG, scale inhibitors, etc.) injected into subsea production system.
Subsea Pressure & Temperature Transmitter (PTT) is a critical measuring instrument which measures the temperature and pressure of various subsea facilities in real-time. It allows operators to understand the operational status of these facilities and adjust oil and gas production measures promptly, ultimately enhances production optimization and flow assurance.