Performance Analysis of Ice Plant Test Rig Using Nano Fluids
Essay by Tanmay Mistry • August 16, 2016 • Lab Report • 10,725 Words (43 Pages) • 1,482 Views
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Project Report On
PERFORMANCE ANALYSIS OF ICE PLANT TEST RIG USING NANO FLUIDS
By
MR. TANMAY MISTRY
MR. KAMLAKAR RAJARAM
MR. HARISH PATIL
MR. VINEET MAKWANA
Guided By
Prof. M.G.LANDAGE
[pic 1]
Mechanical Engineering Department
ICEM, Pune – 410506 [2015-16]
Shree Chanakya Education Society’s
Indira College of Engineering &
Management, Pune.
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C E R T I F I C A T E
This is to certify that
TANMAY MISTRY, B120520889
KAMLAKAR RAJARAM, B120520914
HARISH PATIL, B120520900
VINEET MAKWANA B120520885
Have successfully completed the project work entitled “Performance Analysis of Ice plant test rig using Nano fluids” in the partial fulfillment of B.E. (Mechanical) for Savitribai Phule Pune University.
Prof. M.G. Landage Prof. M. G. Bhong Prof. S. B. Ingole
Project Guide HOD, Mechanical Principal, ICEM
Internal Examiner Date: Seal
Place:
ACKNOWLEDGEMENT
With immense pleasure, we are presenting this project report as a part of the curriculum of B.E. (Mechanical). We wish to thank all the people who gave us endless support right from the stage the idea was conceived.
We would like to thank Prof. Mahesh Bhong (HOD, Mechanical Department), & Prof. Snehal Sakhare (Project Coordinator) for giving us the opportunity to deliver a project on this interesting topic.
We are heartily thankful to Prof. Milind Landage whose encouragement, guidance and support from the initial to the final level enabled us to develop an understanding of the subject. This project would not be possible without help of our internet department & library department who helped me gathering the information from various sources.
Lastly, we want to thanks to all of those who supported us in any respect during the completion of the project.
Mr. Kamlakar B. Rajaram.
Mr. Tanmay N. Mistry.
Mr. Harish Patil
Mr. Vineet Makwana.
LIST OF FIGURE
Figure 1 Phase diagram of an aqueous secondary coolant
Figure 1.2 Length scale of Nano fluids
Figure 1.3 Nano fluids
Figure 1.4 Preparation of Nano fluids
Figure 1.5 Schematic illustration of the phase transfer process.
Figure 1.6 Common base fluids, Nanoparticles and surfactants for synthesizing Nano fluids
Figure 1.7 Stability of Nano fluids
Figure 1.8 Brownian motion
Figure 1.9 Liquid layering at liquid particle interface
Figure 1.10 (a) Schematics and (b) P-h diagram of vapor compression system.
Figure 1.11 Ice plant test rig
Figure 3.1 Schematic representations of ice plant test rig
Figure 13 Theoretical and Actual COP
Figure 14 Comparison of Compressor Power
LIST OF TABLES
Table 1.1. Thermal conductivity of different materials
Table 1.2 Result Table
NOMENCLATURE
QL – Refrigerating effect (KJ/Kg)
QH – Heat rejected by refrigerant (KJ/Kg)
h – Enthalpy value
Win – Work of Compressor
T1 – Compressor Suction Temperature
T2 – Compressor Discharge Temperature
T3- Temperature after Condensation
T4- Temperature after Expansion
T5- Brine Solution Temperature
T6-Ice Can Temperature
COP - Co-efficient of Performance
h1 =Enthalpy value after evaporation
h2 =Enthalpy value after compression
h3 =Enthalpy value after condensation
h4 =Enthalpy value after expansion
TABLE OF CONTENTS
1 INTRODUCTION
1.1 PROBLEM STATEMENT
1.2 OBJECTIVE
1.3 SCOPE
1.4 METHODOLOGY
1.4.1 PREPARATION OF NANO FLUIDS
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