Water Treatment Process Design

Name: Water Treatment Process Design
Rating: 4.2 (651 reviews)

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

Created byMohamed Khalil, PMP®

Last updated 8/2020

English

What you'll 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

Course content

5 sections • 54 lectures • 7h 18m total length

COURSE PREVIEW10:18
physical and chemical properties & impurities in water12:30
Introduction to sand filter and multimedia section content 210:20
turbidity, SDI, TSS and gramme equivalent7:52
filtration process and filter components15:05
choose filtration rate and determine vessel diameter17:21
media grain size to layer depth ratio4:24
Learn how to balance media grain size and layer depth in multimedia filters to optimize water quality, freeboard, and backwash efficiency.
expansion rate and vessels types10:15
Design multimedia filtration systems with multi-layer sand media, depth and dip calculations, freeboard requirements, and fiberglass vessels for control heads and distributors.
calculation media quantity as volume and weight & distributors design12:14
control system design7:06
backwash process details4:15
Design the backwash process for multimedia filters by selecting filtration rate, media layers, and backwash system features, and planning distribution, control, and piping.
piping sizing and design example7:55
design sheet7:31

Introduction for Iron/Manganese removal section4:58
Explore iron and manganese removal in water, including dissolved, precipitated, and colloidal forms, and how oxidation affects color and taste. Practice design considerations, techniques, and practical examples for aesthetic compliance.
design steps- oxygen and air requirement to oxidize Fe/Mn10:03
Design an iron and manganese removal system using oxidation by air or calcium permanganate, followed by multimedia or greensand filtration, with attention to residence time, cost, and after-oxidation practices.
example of oxygen requirement, air injector6:03
Birm filter design calculations3:55
complete case study of birm filter design4:37
Explore a complete case study of Birm filter design for pretreatment in drinking water, detailing multimedia filters, iodine removal, parallel filtration, backwash strategies, and oxidation of iron and manganese.
case study of birm filter design 25:55
green sand filter desin- KMn4 requirements4:07
Design and analyze a green sand filter to oxidize iron and manganese using KMnO4. Calculate KMnO4 requirements, activate green sand, and determine service velocity, sand depth, and filter dimensions.
Green sand filter design( green sand quantity& regeneration)7:37

Cations & Anions4:15
De-ionization principle, Applications and advantages &disadvantages12:29
Two bed& mixed bed deionizer - co-current& counter current deionizer4:46
Explore two-bed and mixed-bed deionizers, compare co-current and countercurrent regeneration, and weigh design criteria, costs, and flow requirements for achieving ultra-pure water.
TDS in Meq/lt6:30
Resin quantity& regeneration levels6:15
Calculate resin quantity for a strong acid resin using exchange capacity (1.8 equivalents per liter) and regeneration levels (50–150 g/L), and relate regeneration efficiency to the effective capacity.
regeneration efficiency& design examples5:42
Explore how regeneration efficiency affects ion exchange capacity and resin design in water treatment, including methods to estimate effective capacity, chemical dosages, and cost implications.
Vessel dimensions, Area, diameter, height and free doard4:42
Vessel sizing, diameter, height and free board3:55
Learn to size vessels from resin quantity, selecting acceptable diameter and height (for example, 40 inch diameter and 1.52 meters height) and assess how these dimensions affect capacity and regeneration.
controlling system& regeneration process7:42
mixed bed system design, resin quantity, vessel sizing and regeneration process8:24

conventional, disc and cartridge filtration15:13
Explore impurities by size and the filtration methods: conventional, disc, and cartridge, for water treatment process design, including pretreatment and reverse osmosis and nanofiltration basics.
UF/MF ( Ceramic membranes)3:13
Nano Filtration(NF) and Reverse Osmosis(RO) process principle15:14
RO/NF Scaling Calculations &Control16:15
RO/NF Colloidal fouling control6:55
RO/NF Biological fouling control/ Chlorination & De-chlorination11:24
RO/NF Organic fouling control1:55
RO/NF system design13:29
Design ro/nf membrane systems for water treatment, using single or multi-stage configurations. Incorporate recovery optimization, feed and permeate concepts, pretreatment, cleaning, and flux for brackish and seawater.
RO/NF system design- choosing membrane type/ flux9:52
RO/NF design- determine No. of membranes, pressure vessels, recovery and stages5:19
Design case for BWRO plant with capacity 1500CMD19:53
Video on Using ROSA for projection and design analysis RECOVERY 80%6:37
ROSA PROJECTION FOR RECOVERY 75%4:29
Video on Using WAVE software for projection and design analysis5:17
HPP performance curve& pressure vessel specifications11:52
RO/NF piping and instrumentation diagram3:52

Requirements

be able to learn and understand design calculations
Be ready to write and absorb alot of informative notes

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.

Who this course is for:

engineers
chemist
technicians
students
science students

Water Treatment Process Design

What you'll learn

Explore related topics

Course content

sand and multimedia filters design13 lectures • 2hr 7min

Iron/Manganese removal section8 lectures • 47min

softener design section7 lectures • 48min

De-ionizer and mixed bed system design10 lectures • 1hr 5min

RO/NF design section16 lectures • 2hr 31min

Requirements

Description

Who this course is for: