The influence of limescale formation on the performance of preliminary heat exchangers in distillation desalination plant

1. Kushnarenko A. Shortage of fresh water: problems and solutions. The W&LL. 28.05.2015. [Electronic resource]:http://thewallmagazine.ru/lack-of-fresh-water/(in Russian)

2. Sarai Atab M., Smallbone A.J. and Roskilly A.P. An operational and economic study of a reverse osmosis desalination system for potable water and land irrigation. Desalination. 2016. No 397. P. 174-184.

3. Largier T.D., Wang D., Mueller J., & Cornelius C. Improving electrodialysis based water desalination using a sulfonated Diels-Alder poly(phenylene). Journal of Membrane Science. 2017. No 531. P. 103-110.

4. Cao W., Beggs C. and Mujtaba I.M. Theoretical approach of freeze seawater desalination on flake ice maker utilizing LNG cold energy. Desalination. 2014. No 355. P. 22-32.

5. Antipov S.T., Ovsyannikov V.Yu., Kondrateva Ja.I., Korchinskij A.A. Exergy analysis of freeze concentration unit. Vestnik Mezhdunarodnoi akademii kholoda. 2017. No 2. p. 78-83. (in Russian)

6. Maghsoudi K., Aliasghari M. and Mehrpanahi A. Thermoeconomic investigation of coupling MED-TVC with a combined cycle power plant. Desalination and Water Treatment. 2016. No 57(38), P. 17707-17721.

7. Alasfour F.N., Darwish M.A. and Bin Amer A.O. Thermal analysis of ME—TVC+MEE desalination systems. Desalination. 2005. No 174(1). P. 39-61.

8. Zimerman Z. Development of large capacity high efficiency mechanical vapor compression (MVC) units. Desalination. 1994. No 96. P. 51-58.

9. Zheleznyak K.E., Uglanov D.A., Vorotintsev I.E., Chertykovtsev P.A. Determination of the energy parameters of the efficiency of atmospheric water generators. Vestnik Mezhdunarodnoi akademii kholoda. 2017. No 4. p. 46-51.  (in Russian)

10. Report on research, development and technological work on the topic: "Creation of a family of import-substituting energy-saving plants based on the use of innovative technologies for desalination of sea water and distillate from wastewater with a capacity of up to 10 cubic meters/hour" (Stage 1. Interim) / agreement of July 20, 2015 № 77/15 for the implementation of research, development and technological works; hands. S. V. Lukachev; performance. V. V. Biryuk [and others]. – Samara, 2016. 275 p. (in Russian)

11. Vedernikov M.I. Talankin V.S. Calculation of plate heat exchangers. Yekaterinburg: USFEU, 2008. 29 P. (in Russian)

12 Mikheev M.A., Mikheeva I.M. Fundamentals of heat transfer. Moscow,  Energy, 1977. 343 p.` (in Russian)