Kashkarova G. P.

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• The experience of measuring aluminium ion in water

Kashcheev Iurii

General Director, Tekhnolos PA LLC Building 502, office 4, Promzona Territory, Sosnovyi Bor, Leningrad Region, 188544, Russian Federation, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Winery wastewater treatment

Kvalvasser A. I.

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• The experience of UV equipment operation at the Lyubertsy Wastewater Treatment Facilities in Moscow
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• The construction of the world biggest effluent disinfection facilities at the Kouryanovo wastewater treatment plant in Moscow

Kvartenko Aleksandr Nikolaevich

PhD (Engineering), Assistant Professor, Department of Water Supply and Drilling, National University of Water Management and Natural Resources Use 11 Sobornaia str., 33028 Rovno, Ukraine, tel.: (380362) 22-31-70,
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• On the substantiation of underground water demanganation (to be discussed)
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• Studies and experience of introducing innovative technologies of ground water conditioning

Kvachan Evgenii Pavlovich

Chief of the Amur Water Intake, «Gorvodokanal» MUE 24 Kirova St., 681000, Komsomolsk-on-Amur, Khabarovsk Region, Russian Federation, tel.: +7 (4217) 59-06-83, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Nonchemical underground water treatment (Case study of the Amur water intake, the city of Komsomolsk-on-Amur)

Kvitka Liana Andreevna

Ph. D. (Engineering), Associate Professor, Russian State Agrarian University – Moscow Timiryazev Agricultural Academy 49 Timiriazevskaia St., 127550, Moscow, Russian Federation, tel.: +7 (499) 976-49-39, е-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Effect of dispersion characteristics of suspended solids on the parameters of surface runoff treatment
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• Reducing color of natural water with the use of organic coagulants

Kevbrina Marina Vladimirovna

Ph. D. (Biology), Chief of the Department for Wastewater Treatment, Engineering and Technology Centre, Department of the Advanced Equipment and Technologies, «Mosvodokanal» JSC Block 4, 38 Andropova Ave., Moscow, 115487, Russian Federation, tel.: +7 (499) 263-93-50, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Treatment of Digested Sludge in Aerated Bioreactors
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• M-Defanox – multisludge system of nutrient removal
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• Biological treatment of municipal wastewater and return flows with the use of granulated sludge
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• Introducing advanced nutrient removal technologies at the Moscow wastewater treatment facilities
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• M-Defanox – efficient technology of biological phosphorus removal from wastewater
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• Improving the efficiency of wastewater sludge pretreatment by high temperature hydrolysis before digestion
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• High technology of methane digestion of wastewater sludge with biomass recycling
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• Acidification potential of the incoming wastewater and raw sludge at the Moscow wastewater treatment facilities
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• Acidification (prefermentation) as a method of raw sludge stabilization in the process of nutrients removal from wastewater
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• Single-reactor technology of nitrogen removal from wastewater
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• Causes and methods of control of foam formation in aeration tanks
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• The new form of pre-fermentation process arrangement for removing nutrients from wastewater
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• The efficiency of removing suspended solids from biologically treated effluent by microscreening in disc filters
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• The effect of ultraviolet disinfection of the Kur’ianovskie Wastewater Treatment Facilities’ effluent on the Moskva River biocenosis
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• The efficiency of aeration systems at the Moscow wastewater treatment facilities under field operating conditions
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• The efficiency of enhancing wastewater sludge digestion
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• Основные результаты промышленных испытаний технологии сбраживания осадка с рециклом биомассы
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• Innovative energy efficient and resource-saving technology of removing ammonium from wastewater under anaerobic-anoxic conditions
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• Optimization of the mode of sludge removal from secondary settling tanks
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• Development of the first in Russia Anammox type technology
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• Secondary settlers: comparison of the calculation methods in designing and analysis of the parameters of efficient operation of the facilities
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• Anammox – an advanced technology of nitrogen removal from wastewater
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• Best available technologies of wastewater treatment: implementation experience of «Mosvodokanal» JSC
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• Advanced technology of municipal wastewater treatment with granular sludge
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• Key findings of full-scale tests of a sludge digestion technology with biomass recycling
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• Method of analyzing the operation of secondary settlers with the purpose of the optimization (for the discussion)
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• Introduction of advanced technologies during the construction and upgrade of the wastewater treatment facilities operated by Mosvodokanal JSC
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• Efficiency of microfiltration in disk filters with plane and volume filtration in the process of removing phytoplankton from water from surface sources
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• The effect of the operation of secondary settling tanks on the efficiency of biological removal of nitrogen through the example of Kuryanovskie wastewater treatment facilities
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• Analysis of the operation of acidifiers after the reconstruction of the block of the Liuberetskie Wastewater Treatment Facilities
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• Implementation of the first and second stages of the integrated upgrade of the Liuberetskie Wastewater Treatment Facilities of Mosvodokanal JSC
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• Removing suspended solids from effluent in the process of tertiary treatment by microfiltration in disk filters with flat and volumetric filtration
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• Comparison of the results of calculating aeration tanks according to different methods (for discussion)
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• Industrial tests at the Kur’ianovskie Wastewater Treatment Facilities involving the transfer of one primary settling tank into the acidification mode
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• Process solutions to increase the efficiency of wastewater treatment with a low concentration of organic matter
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• Methodological approaches to the design of acidifiers for primary sludge to enhance the processes of nitrogen and phosphorus removal from municipal wastewater

Kedrov Yu. V.

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• The efficiency of storm water treatment facilities of continuous flow type

Keish Vladislav Sergeevich

Chief of the Waste Supply and Wastewater Disposal Department, SUE «Lengiproinzhproekt» 52 Kuznetsovskaia St., 196105, Saint-Petersburg, Russian Federation, tel.: +7 (812) 388-34-20, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Construction of water treatment facilities in Diuny and Molodezhnoe settlements of the Kurort District of Saint-Petersburg
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• The project of wastewater treatment facilities for Molodezhnoe Settlement of the Kurort District of Saint-Petersburg

Kell L. S.

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• Minimizing the recovery of phosphorus-containing pollutants in the process of wastewater sludge treatment