BCIT is planning for a substantial return to on-campus activity for the fall 2021 term as informed by BC Public Health Officer guidelines. Refer to each course listing for details.
This course supplements a person's practical qualifying experience (as described in the British Columbia Power Engineers, Boiler, Pressure Vessel and Refrigeration Regulation) by providing the theory training required to enable graduates to challenge the Interprovincial Standardized Power Engineer's Examination for Part A - Paper 4 of a First Class Power Engineer's Certificate. Upon successful completion of this course, as well as courses POWR 1225, POWR 1226, POWR 1227, POWR 1229, POWR 1230, POWR 1231, and POWR 1232, plus the requisite qualifying experience, participants will have sufficient skills and knowledge to fulfil the requirements of the First Class Power Engineer's Certificate examinations administered under the British Columbia Boiler and Pressure Vessel Safety Program. Graduates will be able to apply the knowledge learned in this study program, and with government certification, improve their abilities to operate plant equipment within the scope of a First Class Power Engineer's Certificate. Topics included are Power Plant Operations.
No online or phone registration allowed on this section. Registration is authorized by the Program Assistant via email only: Please send an email to BCIT_Assistant_PowerEngineering@bcit.ca with proof of 2nd class Certification to receive more detailed information and approval prior to registering for this course.
Available for re-registration (course extension) only.
Departmental approval needed
EXTENSION ONLY for students at the end of their course completion and require additional time. Program Assistant will confirm eligibility and email extension offer when applicable. For requests send an email: BCIT_Assistant_PowerEngineering@bcit.ca
Upon successful completion, course participants will be able to:
Fulfill the examination requirements for 'Part A - Paper 4' in the subjects of pumps, fuels and combustion, and water treatment.
Describe principles and apply equations to determine unknown variables in calculation problems relating to pump design, including Net Positive Suction Head, specific speed and other performance characteristics.
Describe typical power plant pump designs, principles of operation, application, selection, installation procedures, start-up, operation, and maintenance procedures.
Describe combustion principles and related chemistry.
Apply equations to determine unknown variables in calculation problems relating to combustion chemistry.
Describe boiler fuel characteristics and analysis and furnace design considerations.
Describe boiler firing methods and equipment for various types of fuels including natural gas, oil and coal.
Describe design safety and control theory as applied to power plant combustion and fuel systems.
Describe the applications, principles and chemistry of power plant external water treatment systems and equipment, including clarification, filtration, cold and hot lime softening, sodium and hydrogen cation exchange and demineralization, evaporation and deaeration.
Describe boiler internal water treatment, testing and analysis, to maximize heat transfer in fired boilers, minimize carryover of impurities in steam and minimize corrosion in boilers and condensate return systems.
Describe typical cooling water systems associated with industrial power plants.
Describe typical power plant water effluents and related treatment methods.
Effective as of Fall 2003
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