Review of micro channel condenser with metal foam & round tube finned condenser

Authors

  • Gupta t P.G student, Department of Mechanical Engineering, Sagar Institute of Research & Technology, Bhopal
  • Tenguria N Professor, Department of Mechanical Engineering, Sagar Institute of Research & Technology, Bhopal

Keywords:

Microchannel condenser, Refrigeration

Abstract

The microchannel condenser requires less space as compared to regular condenser and it also requires less amount of refrigerant. More surface area is available to reject the heat to surrounding air as thin tubes are used in micro channel condenser. The purpose of the present study is to develop a setup of a refrigeration system with micro channel condenser, performance comparison of conventional heat exchangers. For its performance, refrigeration set up is done to detect experimental performance of microchannel condenser. In this paper performance analysis of microchannel condenser is compared with coil tube. The analysis results on the micro channel condenser can be more effective at various loads and operating conditions. For review purpose, same size of micro channel and round tube condenser are considered. Also C.O.P & Efficiency of microchannel can be more with less usage of refrigerants.

References

D.P. Haack, K.R.B.T.K.T.J.L.N., 2001. lightweight metal foam heat exchanger, in: , proc. Asme. international mechanical engineering congress and exposition, 6, pp.11-16.

F.P. Incropera, D.P.D.T.L.B.A.S.L., 2006. fundamentals of heat and mass transfer. sixth ed. John wiley & sons.

G.b. ribeiro, j.r.b.j..a.t.p., 2012. performance of microchannel condensers with metal foams on the air-side: application in small-scale refrigeration systems. applied thermal engineering.

Gunda Mader, G.P.F.F.L.F.S.L., 2011. comparison of the transient behavior of microchannel and fin-and-tube evaporators. International journal of refrigeration, 34, pp.222- 229.

J.R. Barbosa Jr., G.B.R.P.A.o., 2001. a state-of-the-art review of compact vapour compression refrigeration systems and their applications. heat transfer engineering.

J.R. Garcia-Cascales, F.V.-G.J.'.-M.J.M.C.-S.M.W.J.G.T.K., 2010. compact heat exchangers Modeling: condensation. international journal of refrigeration, 33, pp.135- 147.

K. BOOMSMA, D.P., 2001. on the effective thermal conductivity of a threedimensionally structured fluid-saturated metal foam. international journal of heat and mass transfer.

Liang-Liang Shao, L.Y.C.-L.Z.B.G., 2009. numerical modeling of serpentine microchannel condensers. international journal of Refrigeration, 32, pp.62-72.

M.A. Ebadian, C.X.l., 2011. a review of high-heat-flux heat removal technologies. journal of heat transfer, p.11.

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Published

2018-03-30

How to Cite

Gupta, T., & Tenguria, N. (2018). Review of micro channel condenser with metal foam & round tube finned condenser. Innovative Research Thoughts, 4(4), 68–70. Retrieved from https://irt.shodhsagar.com/index.php/j/article/view/797