Program Description

The course provides concepts and practical aspects related to boiler and auxiliaries for power plants. The course takes the learner through the boiler plant layout and basic design. It further takes the learner through a deep dive into the design of major components of boiler, boiler structure, boiler major systems, boiler feed water system, boiler coal milling system, boiler duct, fans, air heaters, emission abatement system such as NOx and SOx, electrical systems of boiler, instrumentation and control and civil construction in boiler plant. The course also gives a glimpse of the manufacturing, quality assurance and control, construction, commissioning and operational aspects of boiler and auxiliaries for fossil fuel power plants.

Enables learner to:

  • Formulate practical knowledge on real-life industrial applications of multidisciplinary technical equipment and systems in thermal power plant and nuclear power plant
  • Develop total theoretical & practical knowledge of layout & processes
  • Associate with latest technologies and software used in power plant engineering
  • Build essential skills and to provide virtual exposure for efficiently handling any equipment & systems in an EPC power project or power plant.

Course login valid for 4 months from the date of enrolment

Key Highlights

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Indian power scenario

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Thermodynamics

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Boiler, steam turbine, generator

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Balance of plant systems

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Gas based power plant

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Nuclear power plant

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Power plant layout and piping

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Electric power generation, evacuation and power distribution within plant

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Control and instrumentation systems

Course enrollment data

Learning Format

Online

Duration

14 weeks

Certified by

IITM Pravartak Technologies Foundation
Technology Innovation Hub (TIH) of IIT Madras and
L&T EduTech

Program Fee

Rs. 5300/- inclusive of Tax

Downloads

Program Description

Program Brochure

Education Qualification


  • Students pursuing Diploma / UG / PG Programs in Mechanical and other allied domains

  • Faculties in the field of Mechanical and other allied domains

  • Working professionals in the above domains

Suggested Prerequisites

Engineering Thermodynamics, Heat & Mass Transfer

Teaching Hours

28 hours

Lead Faculty

Mr. Yogendra Mishra, Chief Operating Officer at L&T S&L

Mr. Yogendra Mishra is having more than 34 years of experience as a practicing professional in the field of Power plant engineering. He leads the engineering division of L&T Power as the chief operating officer at L&T S&L. Under his guidance L&T has executed many power plant project successfully with good feedback from clients.

Learning Schedule

Energy scenario and Power generation technologies, Thermodynamic Cycles, Subcritical & Supercritical Power plants, Coal Based thermal power plant: Overview, Site Selection: Major Factors, Concept of Steam Generation, Steam Generator, Heat Transfer in Steam Generator, Efficiency of the Steam Generator.

Coal Milling System, Overview of Emission Control Systems, Overview of SCR-SNCR systems, Overview of steam turbine, Steam Turbine Auxiliary Systems, Condensate system and its major equipment, Feed water system and its major equipment, Material Handling System, Coal Handling System (CHP), Ash Handling System

Raw Water Intake System, Steam and Water Analysis System (SWAS), Compressed Air System, Advantages of Gas based power plant, Overview of Gas Turbine and its components, Heat Recovery Steam Generator, Layout of a open cycle and combine cycle power plant, Introduction to Nuclear Power Plant, Nuclear Power Plant –Thermodynamic Cycle

Basics of Power Plant Piping and Piping Components, Pipe Stress Analysis, Pipe Supports, Basics of Generator, Generator auxiliaries type and functions, Cooling water system, Electrical System – Introduction, Main Power System, Plant Auxiliary Distribution System, LV and MV Motors, Electrical Power System Studies

Instruments: Introduction & Selection Criteria, Final Control elements: Introduction, Overview, Sizing and Selection Criteria, Power Plant Control System: Overview, Control system Architecture, Control system configuration & Communication, Automated Control System, Wireless Communication, Foundation Fieldbus and ProfiBus in Power Plant



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