IJSER Home >> Journal >> IJSER
International Journal of Scientific and Engineering Research
ISSN Online 2229-5518
ISSN Print: 2229-5518 10    
Website: http://www.ijser.org
scirp IJSER >> Volume 3,Issue 10,October 2012
Thermal analysis of vapour compression refrigeration system with R152a and its blends R429A, R430A, R431A and R435A
Full Text(PDF, )  PP.206-213  
Author(s)
A.Baskaran, P.Koshy Mathews
KEYWORDS
—R152a, R429A, R430A, R431A, R435A, vapour compression Refrigeration
ABSTRACT
This paper presents the analysis results of R429A, R430A, R431A and R435A as drop in substitute for R152a at various evaporating temperature with condenser temperature 30°C, 40°C and 50°C. A theoretical study of thermodynamic properties such as pressure,
References
[1] Anon.United Nation Environmental Programme. Montreal protocol on substances that deplete the ozone layer.FinalAct, 1987.

[2] Lim B. Private communication with a project engineer at the living System Research and Development Center at Samsung Electronics Company, 1998.

[3] Anon. The Kyoto Protocol to the United Nation Fra-network Convention on Climate Change, December, 1997.

[4] B.O.Bolagi ,M.A .Akintunde, and T.O Falade , Comparitive analysis of performance of three ozone friends HFC refrigerants in a vapour Compression refrigerator ,journal of sustainable energy and environment 2 (2011) 61-64.

[5] S.Wongwises, A. Kamboon, B.Orachon , Experimental Investigation Of Hydrocarbon Mixture to replace HFC-134a in an automotive air conditioning system Energy conversion and management 46(2005)1644-1649.

[6] S. Wongwises, N.Chimres, Experimental study of hydrocarbon mixture to replace HFC134a in a domestic refrigerator. Energy conversion and management 46(2005) 85-100.

[7] Nicholascox, Developments and opportunities using hydrocarbons refrigerant blends .Earth care products limited .www.earth care products.co.uk.

[8] In cheol Back , ki –jung park ,Yun –Bo Shim , Dongsoo Jung, Performance of alternative refrigerants for R12 and R134a in automobile air conditioners , Korean journal of air conditioning and refrigeration engineering vol.19.No 5(2007).

[9] Choedaeseong (Daeseongchoe) the world wide (yo-hanlee) Air-(Dangsoo Jung), Perfomance of R435A on refrigeration system of domestic water purifiers ,International Journal SAREK,vol 2010.No.11,(2010).

[10] P Srinivas, Dr AVSR Raju, Dr PS Babu, Comparative assessment of environment friendly alternatives to R12 and R134a in domestic refrigerators, IE(I)Journal-MC, Vol 92 (2011)

[11] REFPROP: Reference fluid thermodynamic and transport properties. NIST Standard reference data base 23-version 7.1 Gaithersburg (MD) : National institute of standards and technology.

[12] CYCLE_D: vapour compression cycle design NIST Standard reference data base 23-version 4.0 Gaithersburg (MD): National institute of standards and technology.

[13] T.Liancheng, G.Yunting “Thermodynamic performance analysis and test of refrigerator using R152a as Refrigerant”. International refrigeration and air conditioning conference .paper 129

[14] Mao-Gang He, Tie-Chen Li,Zhi-Gang Liu,Ying Zhang “Testing of mixing refrigerants HFC 152a/HFC125 in domestic refrigerator. Applied Thermal Engineering 25(2005) 1169-1181.

[15] BukolaOlalekanBolaji “Effects of sub cooling on the performance of R12 alternatives in a domestic refrigeration system”.Thammasat Int. J .Sc. Tech., vol.15, No.1 January –March 2010.

[16] J.M Calm and G.C Hourahan."Refrigerant data summary,”Engineered Systems.18 (11):74-88.

Untitled Page