Ferrosilicon and submerged arc furnace

Ferrosilicon and submerged arc furnace, available at $39.99, has an average rating of 3.67, with 21 lectures, 6 quizzes, based on 6 reviews, and has 56 subscribers.

You will learn about Students will le learn Practical overview for ferrosilicon industry processes and they will learn also a simple preview at submerged arc furnaces types and uses smelting process and casting of ferrosilicon Electrical and mechanical design for submerged arc furnaces Problems during ferrosilicon production This course is ideal for individuals who are Metallurgists or engineers at ferroalloys industry or Students at metallurgy department engineer or ferroalloys industry or Bigginer or engineers It is particularly useful for Metallurgists or engineers at ferroalloys industry or Students at metallurgy department engineer or ferroalloys industry or Bigginer or engineers.

Enroll now: Ferrosilicon and submerged arc furnace

Summary

Title: Ferrosilicon and submerged arc furnace

Price: $39.99

Average Rating: 3.67

Number of Lectures: 21

Number of Quizzes: 6

Number of Published Lectures: 21

Number of Published Quizzes: 6

Number of Curriculum Items: 27

Number of Published Curriculum Objects: 27

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Students will le learn Practical overview for ferrosilicon industry processes and they will learn also a simple preview at submerged arc furnaces types and uses
smelting process and casting of ferrosilicon
Electrical and mechanical design for submerged arc furnaces
Problems during ferrosilicon production

Who Should Attend

Metallurgists or engineers at ferroalloys industry or Students at metallurgy department engineer
ferroalloys industry
Bigginer or engineers

Target Audiences

Metallurgists or engineers at ferroalloys industry or Students at metallurgy department engineer
ferroalloys industry
Bigginer or engineers

Ferroalloys, by definition, are alloys of two or more metals, of which one is Iron. The U.S. Bureau of Mines defines ferroalloy as an alloy of iron with at least one other element except for carbon.

The main indicator of the quality of a ferroalloy is its chemical composition and, above all, the content of the leading element. It is important to have Consistency in alloying element amounts in ferroalloys from heat to heat, allowing the manufacture of standard products

The smelting of ferroalloys is commonly performed in electric arc furnaces.

Although ferromanganese can be produced in a blast furnace in a manner similar to iron, the reduction of chromium and silicon from their oxides requires higher Process temperatures and lower oxygen potentials than can be achieved in a blast furnace

Raw materials are perhaps the most important factor for obtaining good furnace operation the first step towards improvements is to reduce the variations

The aim of this course is to present the basic principles for the production of ferrosilicon alloys processes, and a simple preview for submerged arc furnaces.

It is attended for Engineers working in this field, and students or metallurgists maybe find answers for their questions, because at the end of this course you will figure out that you have a preview for this manufacture and the main problems and solutions for the ferrosilicon production process. And having an overview for submerged arc furnaces design and operations.

You will find good papers as resources, you can download and discuses with me or friends .

thanks and I am waiting you at the course .

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to ferroalloys and submerged arc furnace

Chapter 2: Module 2 raw materials

Lecture 1: Raw materials

Chapter 3: Module 3 ferrosilicon production processes

Lecture 1: charging process

Chapter 4: Smelting Process

Lecture 1: Smelting Process

Chapter 5: Smelting reactions

Lecture 1: Reactions

Chapter 6: Tapping and Casting

Lecture 1: Tapping and Casting

Chapter 7: Submerged arc furnace

Lecture 1: parameters

Chapter 8: Electrical design

Lecture 1: Electrical design

Chapter 9: AC & Dc furnace

Lecture 1: AC&DC furnaces

Chapter 10: Mechanical design

Lecture 1: Mechanical Design

Chapter 11: Electrodes

Lecture 1: Electrodes

Chapter 12: Furnace lining

Lecture 1: Furnace lining

Chapter 13: Furnace control

Lecture 1: Furnace control

Chapter 14: Module 5 Maximizing Furnace Production& Reducing Cost

Lecture 1: Maximize furnace production and reducing cost

Chapter 15: Some operations problems

Lecture 1: Some Operation Problem

Chapter 16: Fesi 75 material balance

Lecture 1: fesi material balance A

Lecture 2: Fesi material balance B.mp4

Lecture 3: Fesi material balance C

Lecture 4: Fesi material balance D

Lecture 5: Fesi material balance E

Chapter 17: websites and resources

Lecture 1: websites and references

Instructors

Nasser Ibrahim
Metallurgical Engineer

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1 stars: 0 votes
2 stars: 1 votes
3 stars: 2 votes
4 stars: 1 votes
5 stars: 2 votes

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