• Myrzabay Dzhetimov Zhetysu State University named after I. Zhansugurov
  • Erlan Andasbayev Zhetysu State University named after I. Zhansugurov
  • Ilias Esengabylov Zhetysu State University named after I. Zhansugurov
  • Sayle Koyanbekova Zhetysu State University named after I. Zhansugurov
  • Erkyn Tokpanov Zhetysu State University named after I. Zhansugurov


In recent years about 5.04 million tons of salts a year arrive down the River Ili to Balkhash Lake.  Using water of the Ili River for filling the Kapchagaisky reservoirreduced volume of arriving water from the river to 2/3 and decreased  level of the lake. It causes  mineralization, which advances forecasts. Complex research of influence of the IliRiver on the current state of salt formation in Balkhash Lake is needed as well as hydrochemical research of the water area of Balkhash Lake and the Ili River. In our study the chemical analysis of the qualitative and quantitative characteristics of water with use of classical and physical and chemical methods of the analysis, such as, nuclear and absorbing, roentgen fluоrescence spectrometry and crystal and optical analysis was realized. It is established that crystallization of salts begins with calcium carbonate in the form of aragonite, crystals of nesquehonite join this process, and in deposit the main carbonate of magnesium drops out. Processes of metamorfization with participation of ions of carbonate, hydro carbonate and calcium, are bringing calcite sedimentation. They occur everywhere, but processes with participation of magnesium ions are bringing magnesite or dolomite sedimentation only in extreme east stretch of the lake. In saturated solutions of carbonates there is an increase in ions of potassium in sediment. Thus, their quantities increase a little. It is especially sharp for sulfate and sodium chloride in the direction from the west to the east. The calcium carbonate in the firm phase possesses more absorbing ability, than magnesium carbonate, and the presence of ions of potassium at sediment doesn't change structure of the last. At isothermal evaporation of mix of solutions of potassium carbonate with saturated solution of calcium carbonate, and also potassium sulfate with saturated solution of calcium sulfate and the joint sedimentation of potassium is noticed.


Abrosov, V. N. (1983). Ozero Balhash [Balkhash Lake]. Leningrad, Russia, Nauka.

Alekin, O. A. & Morichev, N. P. (1961). Izmenenie nassyshhennosti karbonatom kalcia rechnoi vody pri smeshenii eio s morskoi vodoi [Change of saturation with calcium carbonate of river water at its mixture with sea water]. Gidrohimicheskie materially [Hydrochemical materials], 31, pp. 95-107. Novosibirsk, Russia: Kniga.

Andasbayev, E. & Dzhetimov, M. (2012). Fizicheskoje i himicheskoje issledovanie processov soleobrazovanija v vode ozera Balhash [Physical and chemical research of processes of salt formation in the water of Balkhash Lake]. Taldykorgan, Kazakhstan: Lazer. ISBN 9864-2.

Beremzhanov, B. A. & Bolibok, S. S. (1986). Povedenie broma, ioda i bora v processe isotermicheskogo isparenija kontinentalnyh vod [Behavior of bromine, iodine and boron in the course of isothermal evaporation of continental waters]. Journal Himija i himicheskaja tehnologija [Chemistry and chemical technology], 16, pp. 5-10. Almaty, Kazakhstan, Jestestvoznanie.

Beremzhanov, B. A. (1989). Soleobrazovanie v nekotoryh kontinentalnyh basseinah Kazahstana. [Formation of salts in some continental basins of Kazakhstan]. Almaty, Kazakhstan: Kniga.

Dostay, Z. (2005). Nauchnaja osnova upravlenija gidro-ekologicheskim sostojanijem drenazhnyh basseinov v Centralnoi Azii [Scientific basis for management of hydro-ecological condition of drainage basins in Central Asia]. Almaty, Kazakhstan: Isskustvo.

Moon, A. I. & Bekturova, A. B. (1992). Raspredelenie mikroelementov v vodoiomah Kazahstana. [Distribution of microelements in reservoirs of Kazakhstan]. Almaty, Kazakhstan: Nauka.

Moore, J. & Ramamurti, S. (2010). Tjazholye metally v prirodnyh vodah [Heavy metals in natural waters]. Moscow, Russia: Mir.

Tarasov, M. N. (1961). Gidrohimia ozera Balhash [Hydrochemistry of Balkhash Lake]. Moscow, Russia: Academy of Sciences of the USSR.