Lowell Bower, P.Eng.

Lowell Bower, P.Eng.

Bowmanville, Ontario, Canada
916 followers 500+ connections

About

Providing oversight of nuclear fuel and refueling at Ontario Power Generation New Nuclear…

Activity

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Experience

  • Ontario Power Generation Graphic

    Ontario Power Generation

    Ajax, Ontario, Canada

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    Ajax, Ontario, Canada

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    Pickering, Ontario, Canada

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    Pickering, Ontario, Canada

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    Pickering, Ontario, Canada

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    Bowmanville, Ontario

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    Oshawa, Ontario, Canada

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    Oshawa, Ontario, Canada

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    Oshawa, Ontario, Canada

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    Toronto, Canada Area

Education

  • Ontario Tech University Graphic

    Ontario Tech University

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    Activities and Societies: Nuclear Fuels and Materials Group

    Developing a multi-phase computational fluid dynamics (CFD) model of a molten salt fast reactor (MSFR) in support of the SAMOSAFER (Severe Accident Modeling and Safety Assessment for Fluid-fuel Energy Reactors) project.

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    Activities and Societies: IEEE Student Branch at UOIT, UOIT Engineering Society, UOIT First Year Orientation, Campus Intramural Soccer League

    Graduates of the Mechanical Engineering program will have the expertise to work and manage the work of others in areas of research, development, design, analysis, maintenance, and operations. These opportunities arise in a variety of industries and services including automotive, heavy and precision machinery, heating, ventilation and air conditioning, machines and mechanisms, transportation, dynamics and vibrations, prime movers, robotics and automation, information/telecommunications, and…

    Graduates of the Mechanical Engineering program will have the expertise to work and manage the work of others in areas of research, development, design, analysis, maintenance, and operations. These opportunities arise in a variety of industries and services including automotive, heavy and precision machinery, heating, ventilation and air conditioning, machines and mechanisms, transportation, dynamics and vibrations, prime movers, robotics and automation, information/telecommunications, and energy and environment. Careers are available in private enterprise, as well as government and non-government organizations. Graduates may also choose to pursue further studies for higher degrees or start their own business.

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Licenses & Certifications

Volunteer Experience

  • Peer Note-Taker

    UOIT Centre for Students with Disabilities

    - 1 year 8 months

    Education

    Volunteered as a peer note-taker and would upload weekly lecture notes for multiple classes during each semester.

  • Session Coordinator

    International Conference on Smart Energy Grid Engineering

    - Present 10 years 5 months

    Science and Technology

    Assisted with the conference by attracting participants, organizing the schedule, and running
    a session where attendees presented their research.

  • University of Ontario Institute of Technology (UOIT) Graphic

    Orientation Leader

    University of Ontario Institute of Technology (UOIT)

    - Present 11 years 4 months

    Education

    Helped first year students become accustomed to university life over the course of a two day orientation. Also took an active role in designing and running the 1st year Faculty of Energy Systems and Nuclear Science build competition.

  • North American Young Generation in Nuclear, Inc. (Continental) Graphic

    Volunteer

    North American Young Generation in Nuclear, Inc. (Continental)

    - Present 7 years 4 months

    Social Services

    As a Operation Cleansweep volunteer help clean the yard of local Pickering seniors in the spring and fall.

Publications

  • Performance Evaluation of Gas-Power Strategies for Building Energy Conversion

    Energy Conversion and Management

    The paper compared natural gas and hydrogen fuels for the purpose of energy conservation. A case study simulation was developed for a nine story hotel located in Toronto. Two alternative energy source case studies involved the generation of hydrogen via wind power and a fuel cell and the use of natural gas directly in a steam reforming fuel cell.

    Other authors
    See publication
  • Resilient Micro Energy Grids with Gas-Power and Renewable Technologies

    IEEE Xplore

    The world is moving towards a smart energy grid with green and clean infrastructure which will enable efficient bidirectional energy supply with a reduced carbon footprint. Due to increasing energy demands and the pressing issues of efficient energy use, there is a real need to increase the penetration of gas technologies in the power grid. The government of Canada and stakeholders are looking for ways to increase the reliability and sustainability of the power grid; and gas-power technologies…

    The world is moving towards a smart energy grid with green and clean infrastructure which will enable efficient bidirectional energy supply with a reduced carbon footprint. Due to increasing energy demands and the pressing issues of efficient energy use, there is a real need to increase the penetration of gas technologies in the power grid. The government of Canada and stakeholders are looking for ways to increase the reliability and sustainability of the power grid; and gas-power technologies may provide a solution. This paper explores the integration of gas and renewable energy generation technologies within various electricity generation scenarios with the goal of developing designs for a resilient micro energy grid (MEG). The scenarios are then evaluated using an advanced algorithm to provide optimum scenario depending on various key performance indicators (KPIs). KPIs to be examined include: economic, power quality, reliability, and environmental friendliness. This work is done using three different systems; a geographic information system (GIS) for recording transmission/distribution lines and generation data, a database to store the information, and a MATLAB-based algorithm for evaluating scenarios. These systems are synthesized and represented into a graphical user interface (GUI) where the user defines the zone, area and cell for desired output and system parameters to generate scenarios to identify the optimum generation.

    Other authors
    See publication
  • Performance Optimization of Integrated Gas and Power Within Micro Energy Grid Using Hybrid PSO–PS Algorithm

    International Journal of Energy Research

    In this paper, a Particle Swarm Optimization (PSO) algorithm is proposed to evaluate and optimize the design and operation of Micro Energy Grids (MEG) in combined gas and power networks. Key Performance Indicators (KPIs) are modeled and proposed to evaluate and assess MEGs. The paper begins by proposing a comprehensive study to define KPIs which are used to evaluate the following MEG parameters: economical efficiency, reliability, environmental conservation, and power quality…

    In this paper, a Particle Swarm Optimization (PSO) algorithm is proposed to evaluate and optimize the design and operation of Micro Energy Grids (MEG) in combined gas and power networks. Key Performance Indicators (KPIs) are modeled and proposed to evaluate and assess MEGs. The paper begins by proposing a comprehensive study to define KPIs which are used to evaluate the following MEG parameters: economical efficiency, reliability, environmental conservation, and power quality. Multi-objective evaluation functions are then developed by building a relationship matrix of MEG and KPI components. The results are then displayed as optimized power generation percentages for each technology with values for four key performance indicator (KPI) categories: Cost, Quality, Reliability, and Environmental Friendliness. Two case studies are examined in this report; both the province of Ontario and Toronto regional zone under all system parameters with varying percentage of generation via gas technology (GT). Results indicated that the optimal scenario for both Ontario and Toronto was achieved at PSO percentage generation via gas technology with improved Cost KPI and other KPIs remaining approximately constant.

    Other authors

Courses

  • Combustion and Engines

    AUTE3450U

  • Computer-Aided Design

    MECE2310U

  • Concurrent Engineering and Design

    MECE3030U

  • Control Systems

    MECE3350U

  • Electric Circuits

    ENGR2790U

  • Electric Power Systems

    ENGR2360U

  • Engineering Operations and Project Management

    ENGR3160U

  • Fluid Mechanics

    ENGR2860U

  • Fossil Fuel Energy Conversion

    MECE4410U

  • Heat Transfer

    MECE3930U

  • Sustainable and Alternative Energy Technologies

    MECE4430U

  • Thermodynamic Cycles

    ENGR2010U

Projects

  • Analysis of Solar PV/T and Geothermal System

    This report covers a proposal to implement sustainable and alternative energy technologies in order to turn a home into a positive net energy building. The house in question was already relatively efficient, as it has a solar thermal collector and various high efficiency lights and appliances. A proposed wind turbine, ground source heat pump and solar photovoltaic (PV) modules allowed the system to generate excess energy up to 20%. Greenhouse gas emissions were also mitigated due to the removal…

    This report covers a proposal to implement sustainable and alternative energy technologies in order to turn a home into a positive net energy building. The house in question was already relatively efficient, as it has a solar thermal collector and various high efficiency lights and appliances. A proposed wind turbine, ground source heat pump and solar photovoltaic (PV) modules allowed the system to generate excess energy up to 20%. Greenhouse gas emissions were also mitigated due to the removal of a natural gas furnace for heating.

    Other creators
  • Wind Chill Modeled in Mixed Convection

    The goal of the project was to create a model for simulating wind chill and compare it against the new wind chill equivalent temperature model. The heat transfer from a person's face was modeled as a vertical cylinder in cross flow. My portion of the project was to create a MATLAB code that would iteratively solve for the temperature under low air speed mixed convection conditions that would match the high wind speed forced convection. To achieve this I wrote out sample calculations for each…

    The goal of the project was to create a model for simulating wind chill and compare it against the new wind chill equivalent temperature model. The heat transfer from a person's face was modeled as a vertical cylinder in cross flow. My portion of the project was to create a MATLAB code that would iteratively solve for the temperature under low air speed mixed convection conditions that would match the high wind speed forced convection. To achieve this I wrote out sample calculations for each step of the procedure and created an additional program to find the air properties as needed. My other responsibilities on the project were to write the theoretical background, model overview, and final formatting.

    Other creators
  • 3-Phase Permanent Magnet AC Generator

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    Designed and built a permanent magnet, 3-phase AC generator. The rotor used neodymium magnets and stators were constructed using enameled magnet wire with ferromagnetic iron cores.

    Other creators
  • Solar-Powered Cell Phone Charger

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    Developed a compact solar-powered cell-phone charger that could be mounted on a student’s backpack. Included 2 W solar panel with water resistant case and a 5 V lithium-ion rechargeable battery for additional storage.

    Other creators

Honors & Awards

  • 2023 One OPG Team Excellence Award Nomination

    Ontario Power Generation

    In recognition of exceptional performance and commitment to OPG on DNNP Preliminary Safety Analysis Report development.

  • 2021 Power of You Team Award Nomination

    Ontario Power Generation

    In recognition for exceptional performance and commitment to OPG for driving the success of the Pickering Advanced Algae Warning System alongside Zahin Rahman, Long Vu, and Dan Rosas.

  • 2020 Power of You Team Award Nomination

    Ontario Power Generation

    In recognition for exceptional performance and commitment to OPG for development of the Pickering Advanced Algae Warning System alongside Ajitinder Nagi, Chris Chan, Dan Rosas, Ebhad Khan, Joseph Ramani, Long Vu, Paul Campbell, and Scott Poulton.

  • Ontario Professional Engineers Foundation for Education Gold Medal

    Ontario Professional Engineers Foundation for Education

    Awarded to a UOIT student graduating from an accredited engineering program with the highest cumulative grade point average.

  • NSERC Undergraduate Student Research Award

    Natural Sciences and Engineering Research Council of Canada

  • Rotoract UOIT Scholarship

    Rotoract Club of Durham College and the University of Ontario Institute of Technology

  • NSERC Undergraduate Student Research Award

    Natural Sciences and Engineering Research Council of Canada

  • Rotoract UOIT Scholarship

    Rotoract Club of Durham College and the University of Ontario Institute of Technology

  • OPG In-Course Scholarship

    Ontario Power Generation

  • 2014 UOIT IEC Junior Design Team

    UOIT Engineering Students' Society

    Winner of the 2014 Internal Engineering Competition at UOIT in the Junior Design category. Worked as part of a four student team to design an automated cart that would carry an object and place it into a target area. Was given the opportunity to represent UOIT at the 2014 Ontario Engineering Competition.

  • UOIT In-Course Scholarship for Academic Excellence

    University of Ontario Institute of Technology

    Awarded to the top two students in the Faculty of Energy Systems and Nuclear Science.

Test Scores

  • Cumulative Grade Point Average

    Score: 4.25/4.30

Languages

  • English

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Organizations

  • IEEE

    Student Member

    - Present
  • IEEE Student Branch at UOIT

    Professor/Graduate Student Liason

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    Working to establish connections between the faculties and the IEEE UOIT Student Chapter as well as organize seminars for professors and graduate students to present their research.

  • UOIT Engineering Society

    Movember Director

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    As Movember director led a team of volunteers that ran fund-raising events for the month of November. All proceeds were donated to the Movember Foundation (ranked 72 out of 500 international charities by Global Geneva) in support of men's health.

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