Production and Utilization of Steam (5cr)

Evaluation scale

0-5

Objective

In this course, you will learn the principles and processes of steam boiler plants, enabling you to have a comprehensive understanding of their operation. Your skill development begins with familiarizing yourself with the structure of a steam boiler and its auxiliary equipment. You will learn to understand how various auxiliary components are closely related to steam production and what their key functions are.

You will understand the significance of combined heat and power generation as well as steam boiler plants in energy production. After completing the course, you will also have an understanding of how different fuels affect the structure and operation of the boiler.

APPLYING ENGINEERING IN PRACTICE
You will comprehend the diverse applications of steam in process industries and understand how steam distribution systems operate in practical terms. You will identify safety aspects related to steam utilization and adhere to appropriate safety regulations when using steam systems. You will be capable of evaluating the economic efficiency of various steam production processes and learn how steam is used in different industrial sectors and processes, as well as how to optimize steam distribution systems.

KNOWLEDGE AND UNDERSTANDING
You will understand the operational principles of a steam boiler plant and be able to assess the effects and suitability of different fuels for steam production in a power plant. You will understand the fundamentals of combustion processes and be able to evaluate their impact on emissions and boiler operations. You will be familiar with the structure and operation of a steam boiler, as well as the auxiliary equipment related to the process, and understand their significance in steam production. You will comprehend the basics of combined heat and power generation. Additionally, you will understand the importance of steam quality and purity, as well as the role of water treatment in steam production.

Content

Steam's physical properties and fundamentals of production, fuel properties and their utilization in steam generation, basics of combustion processes, structure and operation of steam boilers, boiler components and their functions, fundamental principles of boiler operation and efficiency enhancement, combined heat and power generation, basics of cogeneration plants and their role in energy production, versatile applications of steam in various industries, safety

Location and time

Lähiopetus Rajakadun kampuksella

Materials

Luentomateriaali Moodlessa
Oppikirja: Höyrykattilatekniikka, Huhtinen & al. 2000.

Teaching methods

Luennot, tiedonhaku
Laskuharjoitustehtävät
Energialaboratorion oppimistehtävä

Opintojakson ensimmäinen tehtävä tulee tehdä kolmen viikon kuluessa toteutuksen alkamisesta. Tehtävän tekemättä jättäneet poistetaan toteutukselta.

Exam schedules

Tentti huhtikuussa ja kaksi uusintatenttiä myöhemmin ilmoitettavana ajankohtana

Completion alternatives

Muulla tavalla hankitun osaamisen opinnollistaminen sovitaan opinjakson opettajan kanssa tapauskohtaisesti.

Student workload

Kontaktiopetusta 52 h
Oppimistehtävät + Itsenäinen opiskelu 83 h
Oppimistyötä yhteensä 135 h.

Assessment criteria, satisfactory (1)

Adequate (1):
You can explain some of the basic principles of steam boiler plant operation, but you cannot construct a clear overall picture of the steam production process. You can assess some of the effects of fuels on steam production. You have a basic understanding of boiler structure. You comprehend the fundamental principles of combined heat and power generation, but you lack an overall understanding of its significance. You possess basic knowledge of steam usage in various industrial sectors.

Satisfactory (2):
You can explain the fundamental principles of steam boiler plant operation, but you have difficulty constructing a clear overall picture of the steam production process. You can assess some of the effects of fuels on steam production. You have a basic understanding of boiler structure, but you may not be familiar with all auxiliary equipment or their significance. You understand the fundamental principles of combined heat and power generation. You possess basic knowledge of steam usage in various industrial sectors.

Assessment criteria, good (3)

Good (3):
You understand the operation of a steam boiler plant and can form a comprehensive picture of the steam production process. You are capable of assessing the impact of different fuels on steam production. You are familiar with the structure of the boiler and several auxiliary equipment in a power plant, and you understand how they are related to the steam production process. You comprehend the principles of combined heat and power generation. You understand the significance of steam usage in various industrial sectors.

Very good (4):
You demonstrate a strong understanding of steam boiler plant operation and can form a clear overall picture of the steam production process. You are capable of assessing the impact of various fuels on steam production and environmental emissions, and you understand the importance of safety at different stages of the process. You are well-versed in boiler structure and power plant auxiliary equipment, with a clear understanding of how they are related to the steam production process. You have a command of the principles of combined heat and power generation. You understand the critical importance of steam usage in various industrial sectors.

Assessment criteria, excellent (5)

Excellent (5):
You have an excellent understanding of the steam boiler plant operation and can form a clear overall picture of the steam production process. You critically evaluate the impact of various fuels on steam production and environmental emissions, and you fully understand the importance of safety at different stages of the process. Your knowledge of boiler structure and power plant auxiliary equipment is excellent, with a clear understanding of how they relate to the steam production process. You master the principles and significance of combined heat and power generation. You have a clear understanding of the critical role of steam usage in various industrial sectors and processes, and you can effectively apply your expertise in practical applications.

Qualifications

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