The Three Phase Separator with Wellhead Control (Model USPP-302)

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  Process Control

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  The Gas CO2 Metering Process Pilot Plant (Model PP-102) teaches the industrial implementation of analytical and flow instrumentation in the gas metering process.

  The PP-102 Gas Metering Process Pilot Plant system covers the theoretical syllabus and offers practical hands-on exercises including but not limited to:

  • • Understanding the gas metering system industrial standard practices.
    • Understanding the gas metering process design concept, including mass flow calculation and CO2 composition calculation.
    • Understanding plant sizing and equipment sizing engineering, e.g. piping sizing, pressure drops along the pipe etc.
    • Understanding the process plant general layout engineering and design, e.g. equipment arrangement.
    • Understanding PFDs (Process Flow Diagrams).
    • Understanding industrial piping systems and installation.
    • Understanding gas analysis, including gas sampling handling etc.

  The Gas CO2 Metering Process Pilot Plant(PP-102) is designed to provide hands-on practical industrial experience. It is custom designed according to learning syllabus objectives, starting from process plant basic design, understanding the instrumentation implementation of gas metering systems, instrumentation selection, instrument calibration, installation, testing and configuration.

  The PP-102 is supplied with comprehensive custom written student experiments, a manual with detailed step-by-step procedures to guide students in developing the industrial hands-on practical skills. The PP-102 is supplied with an instructor experiment manual that includes theories, sample answers, and conclusions from the experiment outcomes.

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  Communications

  Satellite Communication Trainer

  The Satellite Communication Trainer 7272 provides an in-depth study of a basic satellite communication system. It consists of an Uplink Transmitter, Satellite Link and Downlink Receiver, which can be conveniently placed in the laboratory. The satellite can be placed at an elevated position if required. The satellite transponder receives signals from an Uplink Transmitter and retransmits at different frequencies to a Downlink Receiver. The Uplink and Downlink frequencies are selectable and carry three signals – Video, Audio, Voice and Data simultaneously. Any broadband signal, digital/analogue data or function generator waveforms can be communicated through the Satellite link.

  Experiments:

  • Understanding the concepts of satellite communication
  • Establish a direct communication link between Uplink Transmitter and Down link Receiver using tone signal
  • To setup an active satellite link and demonstrate link fail operations
  • To establish an audio-video transmission through a Satellite link
  • Study base-band analogue signal (voice) in satellite link
  • Transmission and reception function generator waveforms through satellite link
  • Transmission tone through satellite link
  • Establish PC to PC communication using satellite Communication Link

  Key Features

  • Simultaneous Communication of three different signals at each up-linking frequency
  • 2414-2468 MHz PLL microwave operation
  • Crystal Control Frequencies
  • Communicate Audio, Video, Digital data, PC data, Tone, Voice,
  • Function generator waveforms
  • Communication of external broadband digital and analogue data and base-band signals
  • Choice of different transmitting and receiving frequencies
  • Built-in microphone and speaker for Voice and Audio link
  • Detachable Dish Antenna at each station
  • Facility to attach Analogue/Digital communication kits

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