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Updated in [September 25th, 2023]

What does this course tell? (Please note that the following overview content is from the original platform)This course is designed to give you a basic understanding of the main water treatment principles used in steam generators known as boilers The course gives you first an introduction about boilers in terms ofSteam Applications and PhysicsWhat is a boilerInternational standards of Boiler Water QualityBoilers ClassificationsCylindrical BoilersWater-Tube BoilersOnce-through and Electrode BoilersThis classification is followed by a basic explanation of boiler components that should be known when you operate a boiler system includingOverview of Boiler ComponentsDeaeratorFeedwater PumpEconomizerSuperheaterAttemperatorCondensate LineBoiler How it WorksBoiler EfficiencyThen we discuss the water quality subjects in boilers including the followingWater types in boilersBoiler Feedwater TreatmentWater Quality Parameters in BoilersProblems in BoilersThen we discuss important topics related to water in boilers which includeScaling in BoilersCorrosion in BoilersCarryover in BoilersBoiler Chemical TreatmentTypes of ChemicalsChemistry DetailsBoiler CalculationsWater Mass BalanceImportant CalculationsSpecial Chemical ApplicationsBoiler Boil-outBoiler PreservationThis course is designed to give you a basic understanding of the main water treatment principles used in steam generators known as boilers The course gives you first an introduction about boilers in terms ofSteam Applications and PhysicsWhat is a boiler?International standards of Boiler Water QualityBoilers ClassificationsCylindrical BoilersWater Tube BoilersOnce through and Electrode BoilersThis classification is followed by a basic explanation of boiler components that should be known when you operate a boiler includingOverview of Boiler ComponentsDeaeratorFeedwater PumpEconomizerSuperheaterAttemperatorCondensate LineBoiler How it WorksBoiler EfficiencyThen we discuss the water quality subjects in boilers includingWater types in boilersBoiler Feedwater TreatmentWater Quality Parameters in BoilersProblems in BoilersThen we discuss important topics related to water in boilers which includeScaling in BoilersCorrosion in BoilersCarryover in BoilersBoiler Chemical TreatmentTypes of ChemicalsChemistry DetailsBoiler CalculationsWater Mass BalanceImportant CalculationsSpecial Chemical ApplicationsBoiler Boil outBoiler PreservationFinally we will conclude the course together and discuss a summary and then you deserve to get the Certificate Always I will be close to you during the learning sessions and ready to answer all your concerns and questions through the Q and A part or through private messages Hope you enjoy the course Best WishesWe considered the value of this course from many aspects, and finally summarized it for you from two aspects: skills and knowledge, and the people who benefit from it: (Please note that our content is optimized through artificial intelligence tools and carefully reviewed by our editorial staff.) What skills and knowledge will you acquire during this course? During this course on water treatment of boilers, the learner will acquire the following skills and knowledge:

1. Understanding of steam generators known as boilers and their applications in various industries.
2. Knowledge of the physics behind steam generation and the principles of boiler operation.
3. Familiarity with international standards for boiler water quality.
4. Understanding of different classifications of boilers, including cylindrical boilers, water-tube boilers, once-through boilers, and electrode boilers.
5. Knowledge of the components of a boiler system, such as the deaerator, feedwater pump, economizer, superheater, attemperator, and condensate line.
6. Understanding of how a boiler works and the factors affecting its efficiency.
7. Knowledge of different water types used in boilers and the importance of proper boiler feedwater treatment.
8. Understanding of the key water quality parameters in boilers and the potential problems that can arise.
9. Knowledge of common issues related to water in boilers, such as scaling, corrosion, and carryover.
10. Understanding of boiler chemical treatment and the types of chemicals used.
11. Familiarity with the chemistry details involved in boiler water treatment.
12. Ability to perform boiler calculations, including water mass balance and other important calculations.
13. Knowledge of special chemical applications in boiler water treatment, such as boil-out and preservation.
14. Ability to summarize the course content and obtain a certificate of completion.

Throughout the course, the learner will have access to the instructor for any questions or concerns. Who will benefit from this course? This course on water treatment of boilers will benefit individuals who work in or are interested in the following professions:
1. Boiler Operators: Boiler operators will benefit from this course as it provides a comprehensive understanding of the main water treatment principles used in steam generators. They will learn about the different types of boilers, their components, and how they work. Additionally, they will gain knowledge about water quality parameters, common problems in boilers, and the appropriate chemical treatments.
2. Engineers: Engineers involved in the design, maintenance, or troubleshooting of boiler systems will find this course valuable. It covers important topics such as scaling, corrosion, and carryover in boilers, which are crucial considerations for engineers working with these systems. The course also provides insights into boiler efficiency and calculations related to water mass balance.
3. Water Treatment Specialists: Professionals specializing in water treatment will benefit from this course as it focuses on the specific water quality parameters and treatment methods relevant to boilers. They will gain knowledge about the types of chemicals used in boiler water treatment, their chemistry details, and their application in different scenarios.
4. Facility Managers: Facility managers responsible for the operation and maintenance of boiler systems will find this course helpful in understanding the water treatment principles necessary for efficient and reliable boiler operation. They will learn about the different types of boilers, their components, and the importance of proper water treatment to prevent scaling, corrosion, and other issues.
5. Students and Researchers: Students studying engineering, chemistry, or related fields, as well as researchers interested in boiler systems, can benefit from this course as it provides a comprehensive overview of water treatment principles in boilers. It covers the fundamental concepts, classifications, and common problems associated with boiler water, making it a valuable resource for academic and research purposes.

Course Syllabus

Introduction

2. Steam Introduction & Physics

3. Boilers

4. Boiler Components

5. Water Quality of Boilers

6. Boiler Problems Caused by Water

7. Boiler Chemical Treatment

8. Boiler Calculations

9. Special Chemical Applications

10. Conclusions