FINAL YEAR PROJECT PPT ON

DESIGN, INSTALLATION AND FABRICATION OF RECIPROCATING PUMP

UNDER THE GUIDANCE OFDR. MANOJ KUMAR BARAIASSOCIATE PROFESSOR

DEPARTMENT OF MECHANICAL ENGINEERING

FUTURE INSTITUTE OF ENGINEERING & MANAGEMENT,

KOLKATA-700150, INDIA

AcknowledgementWe are highly grateful to the authorities of FUTURE INSTITUTE OFENGINEERING & MANAGEMENT, KOLKATA for providing this opportunityto carry out the project work.We would like to express a deep sense of gratitude & thank profusely to our thesisguide 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 familymembers & friends who constantly encouraged us to complete this study.

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

Precap

Piston or plungerCrank and Connecting rod Suction pipeDelivery pipeSuction and Delivery valve

Classification

Objectives

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

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.

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

Parts Used

Assembly View

Designed by Sourav Jana

Symbolic Representation

Represented by Sourav Jana

Troubleshooting and problems

• DESIGN• PARTS NOT MATCHING TO MARKET STANDARDS• DISCHARGE• EXPERTISE

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.

Working

Applications of Reciprocating Pump

CropsPower PlantsPetrochemicals and RefineriesSugar IndustriesSoap and Detergent IndustriesFood and BeverageWater Treatment PlantsCryogenic ApplicationToxic liquid handling

THANK YOU

copyright @Sourav Jana