Comparison and Analysis of Lithium Bromide-water Absorption Chillers Using Plastic Heat Transfer Tubes and Traditional Lithium Bromide-water Absorption Chillers
There are extensive applications of lithium
bromide-water absorption chillers in industry, but the heat exchangers
corrosion and refrigerating capacity loss are very difficult to be solved.
In this paper, an experiment was conducted by using plastic heat
transfer tubes instead of copper tubes. As an example, for a lithium
bromide-water absorption chiller of refrigerating capacity of 35kW,
the correlative performance of the lithium bromide-water absorption
chiller using plastic heat transfer tubes was compared with the
traditional lithium bromide-water absorption chiller. And then the
following three aspects, i.e., heat transfer area, pipe resistance, and
safety strength, are analyzed. The results show that plastic heat
transfer tubes can be used on lithium bromide-water absorption
chillers, and its prospect is very optimistic.
[1] C. H. Liang and J.W. Guo, "Application and development of inhibitor in
lithium bromide-water absorption chillers (Periodical styleÔÇöSubmitted
for publication)," Corrosion and Prevention, vol. 21, pp. 206-209, July
2000.
[2] C. S. Guan, M. Z. Zhang, and J. P. Xiong, "Application of organic
fluoropolymer covering material on mitigate corrosion (Periodical
styleÔÇöSubmitted for publication)," Corrosion Science and Prevention
Technology, vol. 12, pp. 164-169, Jan. 2000.
[3] Q. Wu, G. W. Yi, and H. Liu, "Industry application of fluorine plasticsgraphite
plate heat exchangers in recovery device of dilute hydrochloric
acid (Periodical styleÔÇöSubmitted for publication)," Chlorine Alkali
Industry, vol. 24, pp. 41-42, Apr. 2003.
[4] Z. L. Xu, Elastic Mechanics Brachylogy Tutorial (Book style). Beijing,
CHINA: Advanced Education Publishing Company, 1980, pp. 98-99.
[1] C. H. Liang and J.W. Guo, "Application and development of inhibitor in
lithium bromide-water absorption chillers (Periodical styleÔÇöSubmitted
for publication)," Corrosion and Prevention, vol. 21, pp. 206-209, July
2000.
[2] C. S. Guan, M. Z. Zhang, and J. P. Xiong, "Application of organic
fluoropolymer covering material on mitigate corrosion (Periodical
styleÔÇöSubmitted for publication)," Corrosion Science and Prevention
Technology, vol. 12, pp. 164-169, Jan. 2000.
[3] Q. Wu, G. W. Yi, and H. Liu, "Industry application of fluorine plasticsgraphite
plate heat exchangers in recovery device of dilute hydrochloric
acid (Periodical styleÔÇöSubmitted for publication)," Chlorine Alkali
Industry, vol. 24, pp. 41-42, Apr. 2003.
[4] Z. L. Xu, Elastic Mechanics Brachylogy Tutorial (Book style). Beijing,
CHINA: Advanced Education Publishing Company, 1980, pp. 98-99.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:58615", author = "Xue-dong Zhang", title = "Comparison and Analysis of Lithium Bromide-water Absorption Chillers Using Plastic Heat Transfer Tubes and Traditional Lithium Bromide-water Absorption Chillers", abstract = "There are extensive applications of lithium
bromide-water absorption chillers in industry, but the heat exchangers
corrosion and refrigerating capacity loss are very difficult to be solved.
In this paper, an experiment was conducted by using plastic heat
transfer tubes instead of copper tubes. As an example, for a lithium
bromide-water absorption chiller of refrigerating capacity of 35kW,
the correlative performance of the lithium bromide-water absorption
chiller using plastic heat transfer tubes was compared with the
traditional lithium bromide-water absorption chiller. And then the
following three aspects, i.e., heat transfer area, pipe resistance, and
safety strength, are analyzed. The results show that plastic heat
transfer tubes can be used on lithium bromide-water absorption
chillers, and its prospect is very optimistic.", keywords = "Absorption chillers, Comparison and analysis,Corrosion, Lithium bromide, Plastic heat exchangers.", volume = "4", number = "5", pages = "463-4", }