Plumbing System Designing
An efficient plumbing design system starts with a design that saves water and energy resources. A good design incorporates short runs between plumbing fixtures and uses state-of-the art materials. A plumbing design must include two systems: the system that supplies water and the system that gets rid of waste. The drain system also has vent stacks that allow drainpipes to breathe and move sewer waste through the sewer pipes. A plumbing designing course offer you the skills to work in residential, commercial and public settings.
Highlights
Course Standards
- IPC Standards
- Pipe Sizing Manual & with Excel
- Central Heater Selection
- Pump Selection (Xylem Website)
- Garden Sprinkler System
- Fountain System
- Designing of Septic Tank
- Grease & Oil Interceptor
- Sump Pit Sizing
- Course Includes Designing with Complementary Autocad 2D
- Live online Training
- Classroom Training
- Video Courses
- Gulf experience faculty
- Digital classroom
- Basic to advance level
- Concept based training
- Software calculation
- Interactive sessions
- Updated syllabus
- Motivation
Plumbing Designing System Syllabus
Introduction
Introduction to building services
Introduction to plumbing
Introduction to standard societies
• What is plumbing code?
• Why plumbing code?
• Plumbing systems
• Simple chemistry of water
• Source of water
• Hard & soft water
Chapter 1: Plumbing Fixtures
Overview
Reading architecture layout
What is plumbing fixture
Bathroom & toilet fixture:
• WC – european or western
• WC – eastern or indian or arabic
• Universal
Flushing system of wc & urinal
• Gravity flush tank
• Flush o meter tank
• Flush valve
Lavoratory
• Single lavoratory
• Lavoratory with pedestal
• Lavoratory tray
• Bathtub
• Whirlpool bathtub
Shower head
Shower tray
Bidet
Floor drain
Urinal
Kitchen sink, service sink
Dish washer
Ablution tap
Electronic flush valve
Drinking fountain
Cooling tower
Water tap
Hose bib
Faucet
Wall mixture
Tap
Hose for WC (or) water hose
Chapter 2: Plumbing Equipments
Types of pumps:
• Transfer pump
• Booster – main booster, hydro booster
• Hwcp
• Submersible pump
Pressure tank
Dish washer
Heater
• Unit water heater
• Central heater or boiler
Grease interceptor & grease trap
Hair interceptor
Oil interceptor
Chapter 3: Pipe Fittings & Accessories
Elbow
Tee
Cross
Reducer
Coupling
Union
Nipple
Mechanical sleeve
Plug & cap
Adaptor
Wye
Accessories
Gate valve or isolating valve
Globe valve
Angle valve
Pressure reducing valve
Water hammer arrestor
Strainer
Float valve
Foot valve
Non-return valve
Flexible connection
Automatic air vent
Pressure gauge
Chapter 4: Pipe Material
GI
Copper
PVC
CPVC
UPVC
PPR
Polybutylene
Pex
Hdpe
Chapter 5: Basics of Fluid Mechanics
Types of flow
• Laminar
• Turbulent
Types of water: portable, sweet, hard water
Continuity equation
Hazen william formula
Manning’s formula
Chapter 6: Water Supply in Buildings
Direct water supply
Direct pump system
Hydro pneumatic system
Over head tank distribution
Gravity + booster pump system
Chapter 7: Fixture unit
Fixture unit
• Wsfu
• Dfu
Manual pipe sizing
Chapter 8: Project
Villa project “A” with central heater system
Pipe sizing by Excel.
Chapter 9: Tank Sizing
Rectangular
Circular or random
Chapter 10: Heater Selection
Unit water heater sizing & selection
Central heater sizing & selection
Chapter 11: Pump Selection
Sizing of transfer pump
Sizing of booster pump
Hot water circulating pump
Chapter 12: Garden Water Sprinkler System
Chapter 13: Garden Water Fountain
CHAPTER 14: DRAINAGE SYSTEM
TYPES OF PIPES
• SOIL PIPE
• WASTE PIPE
• VENT PIPE
• PRESSURE PIPE
TYPES OF SYSTEM
• SINGLE STACK SYSTEM (OR) SINGLE PIPE SYSTEM
• DOUBLE STOCK SYSTEM (OR) DOUBLE PIPE SYSTEM
TYPES OF TRAPS
• S-TRAP
• P-TRAP
• DRUM TRAP
• BELL TRAP
• BOTTLE TRAP
SLOPE IN DRAINAGE
MANHOLE SIZING
• RECTANGULAR
• CIRCULAR
DRAINAGE PIPE SIZING BY I.P.C
VENT PIPE SIZING
STORM WATER PIPE SIZING
DESIGN OF SEPTIC TANK
DESIGN OF GREASE INTERCEPTOR
SUMP PIT SIZING
