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Solution of numerical problem on
Boiler performance - Part 1
Presentation by:
Avdhesh Tyagi
Asst. Prof.
Department of Mechanical Engineering
G. L. Bajaj Institute of Technology & Management, Greater Noida
Disclaimer: The materials provided in this presentation and any comments or information
provided by the presenter are for educational purposes only. Nothing conveyed or provided
should be considered legal, accounting or tax advice.
Name of Subject: Applied Thermodynamics
Subject Code: KME401
Department of Mechanical Engineering
G. L. Bajaj Institute of Technology and Management,
Greater Noida, Uttar Pradesh
College code: 192
Affiliated to Dr. A.P.J. Abdul Kalam Technical University (Formerly UPTU Lucknow).
Unit 3
Topic covered: Numerical problem on Boiler
performance - Part 1
Problem statement
The following readings were obtained during a
boiler trial of 1 hour duration:
• Mean steam pressure = 12 bar;
• Mass of steam generated = 5000 kg;
• Mean dryness fraction = 0.85;
• Mean feed water temperature = 30℃;
• Coal used = 500 kg;
• Calorific value of coal = 35000 kJ/kg.
Calculate the following:
(i) Factor of equivalent evaporation;
(ii) Equivalent evaporation from and at 100°C;
(iii) Actual evaporation;
(iv) Boiler efficiency.
Solution
Solution of numerical problem on boiler performance (Part 1)
Solution of numerical problem on boiler performance (Part 1)
Solution of numerical problem on boiler performance (Part 1)
Solution of numerical problem on boiler performance (Part 1)
To evolve as a department of repute, providing valuable
resources for industrial and social needs of the nation
• To impart state of the art facilities in the area of
Mechanical Engineering and provide skillful training
to faculty, staff and students.
• To bridge the industry academia gap by providing
domain specific knowledge that suits the industrial
requirements.
• To create conducive environment for self-learning.
• To inculcate moral and social responsibility towards
society.
To be an institute of repute, providing professionally
competent and socially sensitive engineers.
• To equip with the latest technologies to be globally
competitive professionals.
• To inculcate qualities of leadership, professionalism,
corporate understanding and executive competence.
• To imbibe and enhance human values, ethics and
morals in our students.

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Solution of numerical problem on boiler performance (Part 1)

  • 1. Solution of numerical problem on Boiler performance - Part 1 Presentation by: Avdhesh Tyagi Asst. Prof. Department of Mechanical Engineering G. L. Bajaj Institute of Technology & Management, Greater Noida Disclaimer: The materials provided in this presentation and any comments or information provided by the presenter are for educational purposes only. Nothing conveyed or provided should be considered legal, accounting or tax advice.
  • 2. Name of Subject: Applied Thermodynamics Subject Code: KME401 Department of Mechanical Engineering G. L. Bajaj Institute of Technology and Management, Greater Noida, Uttar Pradesh College code: 192 Affiliated to Dr. A.P.J. Abdul Kalam Technical University (Formerly UPTU Lucknow). Unit 3 Topic covered: Numerical problem on Boiler performance - Part 1
  • 3. Problem statement The following readings were obtained during a boiler trial of 1 hour duration: • Mean steam pressure = 12 bar; • Mass of steam generated = 5000 kg; • Mean dryness fraction = 0.85; • Mean feed water temperature = 30℃; • Coal used = 500 kg; • Calorific value of coal = 35000 kJ/kg. Calculate the following: (i) Factor of equivalent evaporation; (ii) Equivalent evaporation from and at 100°C; (iii) Actual evaporation; (iv) Boiler efficiency.
  • 9. To evolve as a department of repute, providing valuable resources for industrial and social needs of the nation • To impart state of the art facilities in the area of Mechanical Engineering and provide skillful training to faculty, staff and students. • To bridge the industry academia gap by providing domain specific knowledge that suits the industrial requirements. • To create conducive environment for self-learning. • To inculcate moral and social responsibility towards society.
  • 10. To be an institute of repute, providing professionally competent and socially sensitive engineers. • To equip with the latest technologies to be globally competitive professionals. • To inculcate qualities of leadership, professionalism, corporate understanding and executive competence. • To imbibe and enhance human values, ethics and morals in our students.