MATHEMATICAL MODELING OF TEMPERATURE DISTRIBUTION IN THE MEMBRANE MODULE DURING MEMBRANE DISTILLATION

Authors

  • Л. Р. Ладієва
  • В. О. Оніщенко
  • Р. М. Дубік

DOI:

https://doi.org/10.18372/2310-5461.25.8214

Keywords:

modeling, membrane technology, contact membrane distillation

Abstract

The paper presents the mathematical model of the process contact membrane distillation. In recent years in the world of technology is widely implemented high salinity water desalination. The introduction of membrane technology is accompanied by a number of problems due primarily reliability and working resource membrane equipment. Using the installation process contact membrane distillation (KMD) requires a process control system. The proposed simplified mathematical model of KMD, which takes into account the change in the temperature of the solution and the distillate channel along the membrane and the membrane module height. As well as describing the change in temperature of steam flow in the pores of the membrane. An algorithm for calculating mathematical model of contact membrane distillation.

Retrieved graph of temperature field distribution on the height of the membrane module at different distances from the input and transient response.

 

 

References

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Ладієва Л. Р. Математична модель теплообміну в процесі контактної мембранної дистиляції / Л. Р. Ладієва, Р. М. Дубік // Енергетика: економіка, технології, екологія. — 2011. — №1 (28). — С. 10–16.

Ладієва Л. Р. Математична модель динаміки процесу контактної мембранної дистиляції / Л. Р. Ла-дієва, О. А. Жулинський // Автоматизація вироб-ничих процесів. — 2005. — №1 (20). — С. 19–21.

Угрозов В. В. Математическое моделирование процесса контактной мембранной дистилляции в проточном модуле / В. В. Угрозов // ТОХТ. — 1994. — Т. 4. — С. 375—380.

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Published

2015-03-20

How to Cite

Ладієва, Л. Р., Оніщенко, В. О., & Дубік, Р. М. (2015). MATHEMATICAL MODELING OF TEMPERATURE DISTRIBUTION IN THE MEMBRANE MODULE DURING MEMBRANE DISTILLATION. Science-Based Technologies, 25(1), 5–8. https://doi.org/10.18372/2310-5461.25.8214

Issue

Vol. 25 No. 1 (2015)

Section

Aviation chemmotology

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