simple reciprocating pump with pvc

1. FINAL YEAR PROJECT PPT
ON
DESIGN, INSTALLATION AND FABRICATION OF
RECIPROCATING PUMP
UNDER THE GUIDANCE OF
DR. MANOJ KUMAR BARAI
ASSOCIATE PROFESSOR
DEPARTMENT OF MECHANICAL ENGINEERING
FUTURE INSTITUTE OF ENGINEERING &
MANAGEMENT,
KOLKATA-700150, INDIA

2. Acknowledgement
We are highly grateful to the authorities of FUTURE INSTITUTE OF
ENGINEERING & MANAGEMENT, KOLKATA for providing this
opportunity
to carry out the project work.
We would like to express a deep sense of gratitude & thank profusely to
our thesis
guide Dr. Manoj kumar Barai for his sincere & invaluable guidance,
suggestions &
attitude which inspired us to submit project report in the present form..
We are also thankful to other faculty members of Mechanical
department, FIEM,
Kolkata for their intellectual support. Our special thanks are due to our

3. Team Members
• SOURAV JANA
• JAMES BABY
• KRISHNENDU PRAMANIK
• MD SHABBIR
• SUPRIYA GHOSAL
• PRAMOD SINGH
• SANDEEP KUMAR
• SANJU KUMAR SANJAY

4. Precap
 Piston or plunger
Crank and Connecting rod
Suction pipe
Delivery pipe
Suction and Delivery valve

5. Classification

6. Objectives
• Low cost Reciprocating Pump
• User friendly R.P
• Manually driven R.P
• Easy to move
• Highly efficient.

7. Characteristics
• Gives very high pressure but low discharge.
• Can transfer very high viscous or low viscous fluid.
• Can give a constant but also intermittent flow
• It’s a positive displacement pump.

8. List and Dimensions of Parts
 SLIP CAPS = 2.8 cm
 SLIP TEE =2.8cm
 PVC PIPES =2.2cm(HANDLE), 1.8cm(PISTON ROD),
2.8cm(CYLINDER)
 PISTON VALVE= MADE OF RUBBER
 SLIP COUPLING =5cm
 PVC BUSHING =3cm
 PVC PLUG
 CLOSE RISER
 PVC FIPT TEE =2.8cm
 TWO DIRECTION CONTROL VALVE

9. Parts Used

10. Assembly View
Designed by Sourav
Jana

11. Symbolic Representation
Represented by Sourav
Jana

12. Troubleshooting and problems
• DESIGN
• PARTS NOT MATCHING TO MARKET STANDARDS
• DISCHARGE
• EXPERTISE

13. Calculation
• Stroke length = 44 cm =L
• Inside Diameter of cylinder=3 cm = d
• Volume=discharge= ?
Volume= (3.14*d^2 /4) * L
after putting the value discharge is 311 cc.

14. Working

15. Applications of Reciprocating Pump
Crops
Power Plants
Petrochemicals and Refineries
Sugar Industries
Soap and Detergent Industries
Food and Beverage
Water Treatment Plants
Cryogenic Application
Toxic liquid handling

16. THANK YOU
copyright @Sourav Jana