Water Treatment Process Design

design water treatment& RO/NF plants, sand& multimedia filter, iron& manganese removal filter, Ion exchange DI& softener

4.36 (429 reviews)
Udemy
platform
English
language
Engineering
category
Water Treatment Process Design
1,996
students
7.5 hours
content
Aug 2020
last update
$54.99
regular price

What you will learn

learn all calculations and equation to design sand and multimedia filters

learn all calculations and knowledge required to design Iron and manganese removal systems

learn how to design water ion exchange softener, calculation of resin quantity, and chemical regeneration chemicals

learn all calculations and knowledge related to reverse osmosis plant design

learn how to design deionizer, calculate cation and anion resin quantity

learn how to design mixed bed system

learn how to calculate filtration rate, how to determine vessel diameter, vessel height and vessel types

learn how to determine filtration media grains size, layer depth and media quantity

learn all you need about filtration media types and specifications

learn how to choose the right control head for your filter

learn how to calculate required amount of oxygen, air and potassium permangnate to oxidize and precipitate iron and manganese

learn how to design birm and green sand filters, media quantity, vessel dimensions and controlling system

learn how to design vessel and determine vessel dimensions of deionizer and mixed bed

Description

learn all design calculations and instructions of water treatment systems, sand& multimedia filters, iron & manganese removal systems, Oxidation, aeration and precipitation techniques of Iron& manganese and BIRM& green sand filters design.

learn how to design Softener, two beds and mixed bed ion exchange Deionizer IX systems and RO/NF system.

take many examples for system design to enhance the knowledge.


Content

sand and multimedia filters design

COURSE PREVIEW
physical and chemical properties & impurities in water
Introduction to sand filter and multimedia section content 2
turbidity, SDI, TSS and gramme equivalent
filtration process and filter components
choose filtration rate and determine vessel diameter
media grain size to layer depth ratio
expansion rate and vessels types
calculation media quantity as volume and weight & distributors design
control system design
backwash process details
piping sizing and design example
design sheet

Iron/Manganese removal section

Introduction for Iron/Manganese removal section
design steps- oxygen and air requirement to oxidize Fe/Mn
example of oxygen requirement, air injector
Birm filter design calculations
complete case study of birm filter design
case study of birm filter design 2
green sand filter desin- KMn4 requirements
Green sand filter design( green sand quantity& regeneration)

softener design section

hardness limits, impact and measuring units
how to calculate total hardness in different measuring units
resin quantity calculations
Vessel dimensions and distributors
brine requirements in kg, chemical tank specifications and control head
WAVE software to design softener in English
WAVE software to design softener in arabic

De-ionizer and mixed bed system design

Cations & Anions
De-ionization principle, Applications and advantages &disadvantages
Two bed& mixed bed deionizer - co-current& counter current deionizer
TDS in Meq/lt
Resin quantity& regeneration levels
regeneration efficiency& design examples
Vessel dimensions, Area, diameter, height and free doard
Vessel sizing, diameter, height and free board
controlling system& regeneration process
mixed bed system design, resin quantity, vessel sizing and regeneration process

RO/NF design section

conventional, disc and cartridge filtration
UF/MF ( Ceramic membranes)
Nano Filtration(NF) and Reverse Osmosis(RO) process principle
RO/NF Scaling Calculations &Control
RO/NF Colloidal fouling control
RO/NF Biological fouling control/ Chlorination & De-chlorination
RO/NF Organic fouling control
RO/NF system design
RO/NF system design- choosing membrane type/ flux
RO/NF design- determine No. of membranes, pressure vessels, recovery and stages
Design case for BWRO plant with capacity 1500CMD
Video on Using ROSA for projection and design analysis RECOVERY 80%
ROSA PROJECTION FOR RECOVERY 75%
Video on Using WAVE software for projection and design analysis
HPP performance curve& pressure vessel specifications
RO/NF piping and instrumentation diagram

Reviews

Jahanzaib
October 23, 2023
It is a great course. But unfortunately the instructor haven't answered a single one of my queries yet and it has been a week already and i haven't received any answers yet. A sad situation indeed!
José
May 4, 2023
Buena elección de curso, tuvo datos importantes a tomar en cuenta. Estos datos son de experiencia y a pesar de trabajar en el ámbito de este curso, nadie los enseña y no hay literatura que los mencione.
Enrico
January 10, 2023
The transcription is really bad. I get that english is not the instructor's native language, but the transcription should have helped us understand what the instructor is trying to say. That is the purpose of transcription. At this rate, it would have been better to just not include the transcription
Fadly
December 3, 2022
Secara overall sudah bagus, hanya saja mungkin perlu di tambahkan di slide point penting yang di sebutkan via verbal agar tidak lupa dan meminimalisir mencatat manual.
Nader
November 21, 2022
Speaker very fast Spelling is totally bad. Data are repeated. No variability of sources. the source onfly from DOW book only يتكلم بسرعة كانه يقرأ من المرجع قراءة فقط اللغة الانجليزية سيئة جدا معلومات فقط من مرجع واحد وخة فلمتك ممبرين لا انصح به
Mohammad
October 12, 2022
I was so happy to see such a great subject on Udemy. But after starting the course I was a bit disappointed. too much talk and too few slides. some parts are not completely clarified. It could be a lot better, but thank you for the effort.
Marc
August 28, 2022
As a an attorney and business person, I greatly appreciate the clear and concise explanations of otherwise complex scientific and engineering principles as presented in this course. It appears to be a hallmark of Udemy courses - at least in the now three courses I have taken. Well done. Thank you.
Lovely
August 3, 2022
As part of the local corporate entity that operates and maintains a water supply system, I am very interested in this kind of topic. Thank you.
Rubén
July 23, 2022
The technical information in great, although, sometimes it is a little bit difficult to understand what the professor is saying, and it doies not have any subtitle.
Mark
July 5, 2022
I've been looking for this type of course in water treatment. Glad to finally understand the process of designing filter media systems
Eutyche
May 26, 2022
The course is well presented. But I think it would have been better if the lecturer could provide more resources such as manuals for further reading, thus not limiting the student to the slides. Thank you
Shyam
November 3, 2021
you are showing only the small quantity plants. there is lots of city supply plants spread over acers of land and RCC structures. Kindly add or improve your design the big plants and also provide the details of equipment use to the dosing of chemical and practical applications and how to dose and where to dose and equipment involved in the WTP.
Eng
October 11, 2021
Overall the course is very helpful but if can add the subtitle would be better as some of the terms are best to be shown in subtitle for easier understanding.
Tze
August 27, 2021
Course is well structure, however need to have pointer and sketch and more slides for better understanding.
Omar
April 28, 2021
it was very good experience to see how much design is deep and we have to be aware of what is going in all proceess in our desalination plant. desingning is the main thing and important once. i have learned the required data and levels for some media filters.

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8/18/202090% OFF
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3021964
udemy ID
4/18/2020
course created date
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