Who is the training intended for?

 

- Master's or postgraduate students who would like to expand their theses using the advanced concepts of the course;

- Companies and professionals working in the area of ​​water treatment that have not yet found practical and complete training in the area;

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ION EXCHANGE RESINS TRAINING

Table of contents: PART 1: THEORETICAL

 

CHAPTER 1. BASIC CONCEPTS

1 – Introduction/Historic – Part I 4:50

2 – Introduction/Historic – Part II 4:29

3 – Resins physical aspects 7:24

4 – Chemical structure 5:17

5 – Milliequivalent-gram concept 4:43

6 – Water hardness 5:18

7 – Water alkalinity 4:24

8 – What to analyze in the water? 7:57

9 – Types of resins 6:39

10 – Total Resins capacity 4:57

11 – Resin datasheet interpretation – Part I 5:41

12 – Resin datasheet interpretation – Part II 4:55

 

CHAPTER 2. ADVANCED CONCEPTS

1 - Case 1 – Calcium removal 7:07

2 - Case 2 – Nitrate removal 7:53

3 – Service Flow Rate SFR / BV/h 2:04

4 – Linear Velocity 4:23

5 – Selectivity 5:28

6 – Separation Factors 5:43

7 – Cross-linking 6:10

8 – Coefficients Alfa and K 6:13

9 – Anderson Proposal Theory Selectivity 4:18

10 – Iron and manganese removal – Part I 5:47

11 – Iron and manganese removal – Part II 4:35

 

 

CHAPTER 3. PRO CONCEPTS

1 – Contaminants – Chlorine 5:25

2 – Contaminants – Silica 7:33

3 – Contaminants – Fouling – Part I 6:35

4 – Contaminants - Fouling – Part II 5:13

5 – Channeling 5:30

6 – Resins' Theoretical X Operational Capacity - Part I 5:04

7 - Resins' Theoretical X Operational Capacity - Part II 5:07

8 - Resins' Theoretical X Operational Capacity - Part III 4:31

9 - Resins' Theoretical X Operational Capacity - Part IV 3:31

10 – Dealkalization/WAC resins – Part 1 4:50

11 - Dealkalization/WAC resins – Part 2 6:35