pumps compressors drivers

SCHEDULE    : 16-18 OKTOBER 2019

PLACE          : YOGYAKARTA

DURATION    : 3 DAYS

 

What You Will Learn

•    Develop a feel for the important parameters in designing, selecting, specifying, installing, operating and maintaining pumps, compressors and drivers
•    Understand the difference between suction head, suction lift and total dynamic head
•    How to develop system head vs. capacity curves
•    How to develop pump performance curves for series and parallel operation
•    How to specify the materials and details of construction for bearings, seals, lubrication system, wear rings, couplings and valves
•    How to determine NPSHA and margin
•    Understand piping and foundation requirements
•    Understand suction and discharge velocity requirements
•    How to select the appropriate driver, such as, internal combustion engine (2-cycle/4-cycle; spark ignition vs. compression ignition), turbine or electrical motor
•    How to apply API 610, API 674 and ANSI B78.1
•    Develop a feel for the important parameters in selecting and operating compressor stations
•    How to specify the materials and details of construction for bearings, seals, lubrication system, couplings and valves (if appropriate)
•    How to determine the number of stages, compressor type, break horsepower, isentropic head, inter-stage pressure loss, discharge temperature, vibration and pulsation suppression, piping requirements and foundation requirements
•    How to develop compressor system performance curves and determine safety settings such as: suction PSH and PSL, discharge PSH and PSL, Recycle valve and Flare valve settings
•    How to interpret compressor performance curves such as: Head vs. Capacity, Dimensional and Semi-Dimensional
•    How to select and operate gas turbines
•    How to select the appropriate internal combustion engine (2-cycle/4-cycle; spark ignition vs. spontaneous ignition) and electrical motors
•    How to apply API 617, API 11P and other industry standards

Course Outline

General Pump Principles

1. Fluid Principles and Hydraulics
2. Classification and Types
3. Centrifugal Pumps
4. Special Pumps
5. Reciprocating Pumps 
6. Rotary Pumps 
7. Hydraulic principles
8. Static head Vs suction lift
9. Momentum equation
10. Pumping system and design
11. Determination of TDH, NPSH
12. Determination of power requirements
13. Pump selection   

FACILITIES

Facilities of course :

ü  Certificate,

ü  Hand Out,

ü  Quality Training Kit

ü  Quality Training Material (Hardcopy And Softcopy)

ü  Convenient Training Facilities At Stars Hotel, Lunch & 2 X Coffee Breaks,