Piping Design Training In Owerri

Structural And Piping Design
Practical Training in Owerri
99% Practical Oriented Training
Interested person must be a
residence in Owerri.

COURSE OUTLINE
MODULE 1
1.0. Introduction to piping
Design
Piping engineering on the
whole
Piping design scope of work
Basic concept and definitions
Standard, codes and
regulation
Materials selection and
specification
Introduction to class and
schedule

MODULE 2
2.0 Application of Pressure
Drop calculation in Design
Bernoulli’s equation (When
and how to use it)
Darcy’s s equation (When and
how to use it
Reynolds’s number (When
and how to use it)
Liquid and Gas viscosity
(When and how to use it)
Relative roughness (When
and how to use it)
Frictional factor - equation
and charts (When and how to
use it)
Z – factor correlation (When
and how to use it)
2.1 Basic pressure equation
General and empirical Hazen
– Williams equation for
liquids (When and how to
use it)
Isothermal, General,
Weymouth and Panhandle
equation General and
empirical equation (When
and how to use it)
Approximate equations for
small pressure drops (When
and how to use it)
Spitzglass equation for very
low pressure line (When and
how to use it)
Fritzsch’s and Babcock
equation for steam flow
(When and how to use it)
AGA, API RP 14 E and other
empirical equations for 2-
phase flow (When and how
to use it)
Application of pressure drop
equations (When and how to
use it
Effects of elevation on
pipeline pressure drop (When
and how to use it)
2.2. Head Loss in valves and
fitting
Head loss in valves and
fitting

MODULE 3
3.0. Line sizing determination
Flow rate and surge factor
consideration
Pressure drop consideration
Erosion velocity
Single phase Liq and Gas line
sizing
2- phase line sizing
Multiphase line sizing
3.1. Wall Thickness
determination
Industrial standard and
design code requirement
General hoop stress formula
ASME/ANSI, B31.3, B31.4,
B31.8 equation
Location class determination
3.2. Design procedures
ANSI B16.6 and API 6A
pressure rating
Determination of pressure
break
Pipe, Valve and fitting types
and specification
3.3. Piping system design
· Piping Layout
· Pipe support spacing
· Anchor blocks
· Manifolds
· Foundational integrity
· Piping vessel, heat exchanger
and fire heaters
· Piping machinery
- Centrifugal and Reciprocating
compressor
-centrifugal and reciprocating
pump
-Gas engines and Turbines

MODULE 4
4.0. Pipe stress calculation
weight stress
internal pressure stress
Thermal Stress
Expansion
Pipe Dynamic
Dynamic Load
4.1. Span Analysis calculation
(Spacing for pipe support)
Types, code and specification
4.2. Relieve valves and pressure
vacuum relief devices
Relieving devices, application
and consideration
Relief valves sizing (Liq, Gas,oil)
Pressure vacuum relief sizing
Installation consideration

MODULE 5
5.0. Flare and vent disposal
Back pressure consideration
Applicable codes
Flare and Vent piping
systems
5.1. Fatigue analysis
calculation- standard and code
consideration
5.2. Hydro test and Leakage
analysis calculation - standard
and code consideration
5.3. Connecting point Load
failure calculation (Nozzle load)
- standard and code
consideration
Interested persons apply here as
follows:
[email protected]


This Is For Owerri Residence And Its Environs!!!!!