Learn about effect of coal properties on Boiler Operations

Learn about the effect of Moisture, VM, FC, S, H2, Ash, HGI on Boiler design, Operation and Mill performance
4.06 (8 reviews)
Udemy
platform
English
language
Science
category
Learn about effect of coal properties on Boiler Operations
38
students
2 hours
content
Aug 2021
last update
$29.99
regular price

Why take this course?


Unlock the Secrets of Coal Properties & Their Impact on Boiler Efficiency! 🚀

Course Title: 🎓 Learn about the effect of Moisture, VM, FC, S, H2, Ash, HGI on Boiler design, Operation and Mill performance

Headline Instructor: 🧑‍🏫 Soumitra Banerjee


Dive into the world of thermal power with our expert-led course, designed to shed light on the crucial interplay between coal properties and boiler operations. In just 67 captivating minutes, you'll master the key factors influencing boiler design and performance. This comprehensive video is tailored for professionals in chemistry and operations who aim to optimize their plant's efficiency and reduce operational costs.

Why Take This Course? ✨

  • Understand Coal Properties: Learn how Moisture, Volatile Matter (VM), Fixed Carbon (FC), Sulfur (S), Hydrogen (H2), Ash content, and Hard Groove Index (HGI) affect boiler performance.

  • Boiler Design & Operation: Gain insights into how these coal properties influence the design and operation of your boilers, ensuring peak efficiency and reliability.

  • Mill Performance Optimization: Discover strategies to optimize mill performance by understanding coal properties and their impact on grinding efficiency.

  • Ash Slagging & Fouling: Master the calculations and predictions related to ash slagging and fouling, which are critical for maintaining boiler operation integrity.

Course Highlights:

  • Expert Guidance: Learn from Soumitra Banerjee, a seasoned professional with extensive knowledge in the field of coal properties and their impact on boiler operations.

  • Practical Applications: Apply theoretical concepts to real-world scenarios for better operational management.

  • Advanced Understanding: Go beyond basic principles and delve into the complexities of coal chemistry and its effects on your plant's performance.

  • Tailored Learning Experience: Whether you're a seasoned pro or new to the industry, this course is designed to cater to your level of expertise.

Key Takeaways:

👉 Mastery of Coal Properties: You'll walk away with an in-depth understanding of how each coal property impacts boiler efficiency and maintenance.

🧪 Precision Calculations: Learn the exact calculations for ash slagging and fouling to predict and prevent issues before they arise.

📈 Optimization Strategies: Implement effective strategies to optimize boiler design, operation, and mill performance based on coal properties.

🏫 Knowledge Application: Use your newfound knowledge to enhance the performance of your thermal power plant and reduce operational costs.

Don't miss this opportunity to transform your understanding of coal properties and their impact on boiler operations. Enroll in Learn about the effect of Moisture, VM, FC, S, H2, Ash, HGI on Boiler design, Operation and Mill performance today and take a significant step towards becoming a boiler efficiency expert! 🌟


Enroll Now and Elevate Your Expertise in Coal-Fired Power Plant Management! 🚀🏫

Course Gallery

Learn about effect of coal properties on Boiler Operations – Screenshot 1
Screenshot 1Learn about effect of coal properties on Boiler Operations
Learn about effect of coal properties on Boiler Operations – Screenshot 2
Screenshot 2Learn about effect of coal properties on Boiler Operations
Learn about effect of coal properties on Boiler Operations – Screenshot 3
Screenshot 3Learn about effect of coal properties on Boiler Operations
Learn about effect of coal properties on Boiler Operations – Screenshot 4
Screenshot 4Learn about effect of coal properties on Boiler Operations

Loading charts...

Related Topics

3559817
udemy ID
10/10/2020
course created date
06/02/2021
course indexed date
Bot
course submited by