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Available BCIT course outlines can be accessed by selecting the term, the course subject and the course number from the dropdown list(s) below. If outlines are available for your selected term and course, they will then be listed. If any of these steps don’t result in what you are looking for, it indicates that no outline is currently available. If you are looking for an outline from a current term please check back closer to the start of the course or consult another outline from a previous term. Please keep in mind that the content from previous outlines may be different than current offerings of the course. For historical outlines not covered in this system please contact BCIT Library at 604-432-8370 to see if they have the outline you require.
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Industrial Inst/ProcessControl - INST
While no outlines currently exist for this course, below are the course learning outcomes/competencies.
Course Learning Outcomes/Competencies
Upon successful completion, the student will be able to:
- Demonstrate safe working practices in the lab.
- Define density and units of density, such as API, Baumé, BRIX and TWADDLE.
- Describe hydrometers and boiling point rise used for density measurement.
- Describe hydrostatic head density, various means of achieving hydrostatic density measurement and displacement density measurement.
- Explain nuclear density meter operation and the Atomic Energy of Canada (AEC) safety regulation related to nuclear instrumentation.
- Perform the yearly test required as per AEC guidelines on nuclear instruments using Geiger counter and swab test to ensure the integrity of nuclear instruments.
- Calibrate nuclear density instrument transmitter.
- Calibrate a refractometer.
- Describe boiling point rise to density measurement and linearization of boiling point rise to density.
- Perform an empirical test and calibration of boiling point rise systems on running multiple effect evaporators.
- Describe level switch contacts, such as mercury, micro switches and gauge glasses.
- Define hydrostatic head level measurement and 'elevation' and 'suppression' on head level measurements.
- Describe open and closed tank head level measurement, such as condensing and non-condensing head level measurement.
- Calibrate head level measurement transmitters.
- Calculate bubble pipe level measurements.
- Calculate displacer sizes for displacement level transmitters.
- Describe nuclear, capacitance, ultrasonic, pulse radar, load cell and boiler drum level measurement.
- Calibrate ultrasonic level measurement.
- Calculate zero, span, elevation and suppression parameters as they apply to head level measurement of various processes such as distillation column, multiple effect evaporators, industrial boilers etc.
- Install a level transmitter on a tank.
Effective as of Winter 2017