Abstract
The filler is the important heat and mass transfer components of dehumidifier and regenerator in liquid desiccant system. The traditional gas–liquid direct contact filler meets an unfavorable factor which is gas with liquid. In this paper, a new indirect gas–liquid contact partitions filler, which has a specific surface area of 286 m2/m3 and a porosity of 0.86, is proposed. Both regeneration performance of the partitions filler and 5090 wet curtain has been tested on a cross-flow regeneration module laboratory. LiBr solution has been used as the desiccant and the regeneration effect is described by regeneration rate, renewable efficiency, average mass transfer coefficient, and volumetric mass transfer coefficient. The influence of the regeneration performance of the system is analyzed with solution inlet temperature. A regeneration performance comparison of the new filler and the 5090 wet curtain has been carried out. It shows the volumetric mass transfer coefficient of the filler is 7–36 % higher than the 5090 wet curtain one when the solution temperature is between 43 and 60 °C, and the quality of air with liquid of the new filler is 58–87 % lower than the 5090 wet curtain one when the face velocity is between 0.387 and 0.645 m/s.
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References
Chen X, Cong L, Zhang T et al. (2011) Liquid desiccant air handling technology research progress. HV&AC 41(1):21–27
Liu S, Liu X, Jiang Y et al. (2011) Nanhai E # 3 office temperature and humidity measurement and analysis of individually controlled air conditioning system. HV&AC 41(1):55–59
Gu Z, Liu Y, Huang D et al. (2011) Temperature and humidity independent control air-conditioning systems in large public buildings in the Beijing area applications. HV&AC 41(1):53 –54
Li Y, Hu R, Feng T (2011) Temperature and humidity independent control air-conditioning system in application of the Xiangxi courtyard two villa in Qingdao. HV&AC 41(1):42–47
Chen Y, Pei Q, Xu G (2009) Liquid desiccant air conditioning air with liquid ion detection method and its application. Build Energy Environ 28(3):37–40
Wang S (2007) Preliminary study of liquid desiccant air conditioning indoor air quality. Guangzhou University, Guangzhou
Luo X, Li W, Cao Z (2011) The refrigerant rust change lithium bromide solution corrosive research. Light Ind Mach 29(1):104–107
Jiang F, Cai Z, Lu Z (1999) BTA on the corrosion of carbon steel in lithium bromide solution. The Refrigeration 18(4):29–31
Kumar R, Dhar PL, Jain S (2011) Development of new wire mesh packings for improving the performance of zero carryover spray tower. Energy 36:1362–1374
An S, Wang J, Liu I et al. (2007) Liquid desiccant packed tower liquid entrainment and pressure drop problem. HV&AC 37(4):109–112
Zhang L, Liu J, Zhang H (2011) Liquid desiccant screen corrugated packing application characteristics research. Fluid Mach 39(6):48–52
Sun J, Shi M, Zhao Y (2003) Experimental study of the performance of liquid desiccant air conditioning regeneration. Eng Thermo Phys 24(5):867–869
Luo L, Zhang X, Yin Y (2008) The experimental study of heat and mass transfer coefficients of Forks flow packing regenerator. J Eng Thermophys 29(7):1215–1217
Bassuoni MM (2011) An experimental study of structured packing dehumidifier/regenerator operating with liquid desiccant. Energy 36:2628–2638
Yin Y, Li S, Zhang X (2010) Adiabatic and heat- regenerative process thermal performance comparison. Chem Ind Eng 61(S2):157–162
Wang Q, Wang G (2010) Theoretical research and experimental analysis of the solution regeneration of liquid desiccant air conditioning system performance. Refrig Air Condition 24(4):124–128
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© 2014 Springer-Verlag Berlin Heidelberg
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Zhou, L., Huang, Z., Zhu, L., Jiang, P. (2014). Experiment of a New Partitions Filler Regeneration Performance. In: Li, A., Zhu, Y., Li, Y. (eds) Proceedings of the 8th International Symposium on Heating, Ventilation and Air Conditioning. Lecture Notes in Electrical Engineering, vol 262. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-39581-9_81
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DOI: https://doi.org/10.1007/978-3-642-39581-9_81
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