Heat transfer efficiency and capital cost evaluation of a three-phase direct contact heat exchanger for the utilisation of low-grade energy sources

Energy Conversion and Management

Volumn 106, Issue , 2015, Pages 101-109

  Mahood, Hameed B ^a,b   Campbell, Alasdair N ^a   Thorpe, Rex B ^a   Sharif, Adel O ^a,c  

^a UNIVERSITY OF SURREY   (United Kingdom)

^b UNIVERSITY OF MISAN   (Iraq)

^c HAMAD BIN KHALIFA UNIVERSITY   (Qatar)

Author keywords

Costing; Heat transfer efficiency; Three phase direct contact condenser

Indexed keywords

CONDENSER TUBES; COST ESTIMATING; COSTS; ENERGY EFFICIENCY; FLOW OF FLUIDS; FLOW RATE; HEAT TRANSFER; TEMPERATURE; TRANSMISSIONS;

COSTING; DIRECT CONTACT; DIRECT CONTACT CONDENSATION; DIRECT CONTACT HEAT EXCHANGERS; EXPERIMENTAL INVESTIGATIONS; HEAT TRANSFER EFFICIENCY; SHELL AND TUBE CONDENSER; SHELL AND TUBE HEAT EXCHANGERS;

HEAT EXCHANGERS;

EID: 84942311476     PISSN: 01968904     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.enconman.2015.09.023     Document Type: Article

References (34)

1. Chen Y. Novel cycles using carbon dioxide as working fluid. Licenciate thesis, School of Engineering and Management, Stockholm; 2006.
2. H.S. Dizaji, S. Jafarmadar, M. Abbasalizadeh, and S. Khorasani Experiments on air bubbles injection into a vertical shell and coiled tube heat exchanger: energy and NTU analysis Energy Convers Manage 103 2015 973 980
3. S. Rashidi, M. Bovand, and J.A. Esfahani Heat transfer enhancement and pressure drop penalty in porous solar heat exchangers: a sensitivity analysis Energy Convers Manage 103 2015 726 738
4. F. Dammel, and H. Beer Heat transfer from a continuous liquid to an evaporating drop: a numerical analysis Int J Therm Sci 4 7 2003 677 686
5. R. Wanchoo, S. Sharma, and G. Raina Drag coefficient and velocity of rise of a single collasping two-phase bubble AIChE J 4 8 1997 1955 1963
6. R. Wanchoo Forced convection heat transfer around large two-phase bubbles condensing in an immiscible liquid Heat Recovery Syst CHP 13 5 1993 441 449
7. A. Gulevich, P. Martynov, V. Gulevsky, and V. Ulyanov Technologies for hydrogen production based on direct contact of gaseous hydrocarbons and evaporated water with molten Pb or Pb-Bi Energy Convers Manage 49 2008 1946 1950
8. G. Hewitt, G. Shires, and T. Bott Process heat transfer 1994 CRC Publication New York
9. Vallario R, DeBellis D. State of technology of direct contact heat exchanging. 84 NASA STI/Recon Technical Report N, USA; 1984.
10. S. Sideman, and G. Hirsch Direct contact heat transfer with change of phase: condensation of single vapor bubbles in an immiscible liquid medium. Preliminary studies AIChE J 11 6 1965 1019 1025
11. J. Isenberg, and S. Sideman Direct contact heat transfer with change of phase: bubble condensation in immiscible liquids Int J Heat Mass Trans 13 6 1970 997 1011
12. D. Moalem, and S. Sideman The effect of motion on bubble collapse Int J Heat Mass Trans 16 12 1973 2321 2329
13. K. Higeta, Y. Mori, and K. Komotori Condensation of a single vapor bubble rising in another immiscible liquid AIChE Sym Ser 75 189 1979 256 265 [San Diego]
14. K. Higeta, Y. Mori, and K. Komotori A novel direct-contact condensation pattern of vapour bubbles in an immiscible liquid Can J Chem Eng 61 6 1983 807 810
15. Y. Lerner, H. Kalman, and R. Letan Condensation of an accelerating-decelerating bubble: experimental and phenomenological analysis J Heat Trans 109 2 1987 509 517
16. Y. Lerner, and R. Letan Dynamics of condensing bubbles at intermediate frequencies of injection J Heat Trans 112 3 1990 825 829
17. H. Kalman, and Y. Mori Experimental analysis of a single vapor bubble condensing in subcooled liquid Chem Eng J 85 2 2002 197 206
18. H. Kalman Condensation of bubbles in miscible liquids Int J Heat Mass Trans 46 18 2003 3451 3463
19. D. Moalem, S. Sideman, and G. Orell Hetsroni Direct contact heat transfer with change of phase: condensation of a bubble train Int J Heat Mass Trans 16 12 1973 2305 2319
20. H. Kalman Condensation of a bubble train in immiscible liquids Int J Heat Mass Trans 49 13 2006 2391 2395
21. H.B. Mahood, A. Sharif, S. Al-Ailbi, A. Hossini, and R.B. Thorpe Heat transfer modelling of two-phase bubbles swarm condensing in three-phase direct-contact condenser J Therm Sci 2014 10.2298/TSCI130219015M
22. H.B. Mahood, A.N. Campbell, R.B. Thorpe, and A. Sharif A new model for the drag coefficient of a swarm of condensing vapour-liquid bubbles in a third immiscible liquid phase Chem Eng Sci 131 2015 76 83
23. S. Sideman, and D. Moalem Direct contact heat exchangers: comparison of counter and co-current condensers Int J Multiphase Flow 1 4 1974 555 572
24. H.B. Mahood, A. Sharif, and R.B. Thorpe Transient volumetric heat transfer coefficient prediction of a three-phase direct contact condenser J Heat Mass Trans 52 2 2015 165 170
25. H.B. Mahood, A. Sharif, S. Al-Aibi, D. Hawkins, and R.B. Thorpe Analytical solution and experimental measurements for temperature distribution prediction of three-phase direct-contact condenser Energy 67 2014 538 547
26. H.B. Mahood, R.B. Thorpe, A.N. Campbell, and A. Sharif Experimental measurements and theoretical prediction for the transient characteristic of a three-phase direct contact condenser Appl Therm Eng 87 2015 161 174
27. H.B. Mahood, R.B. Thorpe, A.N. Campbell, and A. Sharif Effect of various parameters on the temperature measurements in a three-phase direct contact condenser Int J Therm Tech 5 1 2015 23 27
28. H.B. Mahood, A.N. Campbell, R.B. Thorpe, and A. Sharif Experimental measurements and theoretical prediction for the volumetric heat transfer coefficient of a three-phase direct contact condenser Int Comm Heat Mass Trans 66 2015 180 188
29. Mahood HB, Sharif A, Thorpe RB, Campbell AN. Heat transfer measurements of a three-phase direct contact condenser for application in energy production and water desalination. In: 3rd International conference on water, energy and environment, American University of Sharjah, Sharjah, UAE, Paper-159; 24-27 March 2015.
30. C. Monning, and R. Numrich Condensation of vapours of immiscible liquids in the presence of a non-condensable gas Int J Therm Sci 38 1999 684 694
31. Farrington RB, Wells CV. A thorough approach to measurement uncertainty analysis applied to immersed heat exchanger testing. In: ASME solar energy division conference, Anaheim, California; 14-17 April 1986.
32. K.M. Guthrie Data and techniques for preliminary capital cost estimating Chem Eng 76 6 1969 114 126
33. D.S. Remer, and L.H. Chai Process Equipment, Cost Scale-up Encyclopedia of chemical processing and design 1993 Marcel Dekker, Inc. New York 306 317
34. G.D. Ulrich A guide to chemical engineering process design and economics 1984 John Wiley & Sons Inc New York