Skriabin Maksim Evgen'evich

Director, «Ekologia» R&D Centre, Tumen State University 10 Semakova str., 625003Tumen, Russian Federation, tel.: +7 (3452) 54-20-11,
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• Investigating iron bacteria in catalytic biofilm in underground waters at the Velizhany water treatment facilities of Tumen

Sladkova S. V.

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• Bioelectronic system of monitoring the toxicological safety of biologically treated wastewater

Slivenko Konstantin Borisovich

Deputy General Director, «Seba Spectrum» LLC 8, 2nd Roshchinskii proezd, 115419 Moscow, Russian Federation, tel.: +7 (495) 232-67-96,
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• The experience of introducing TV-inspection of sewers

Sliusarenko Aleksandr Vladimirovich

Engineer, Engineering Supervision Department, «NIIKVOV-SAKHALIN» LLC 21 Kriukova str., 680013 Yuzhno-Sakhalinsk, Russian Federation, tel.: +7 (914) 757-31-26,
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• Ways to reduce unaccounted-for-water in public water supply systems

Smagin V. A.

Leading Engineer, Advanced Water Treatment Laboratory, «NII VODGEO» OJSC Build. 1, 9 B. Savvinskii lane, 119435 Moscow, Russian Federation, tel.: +7 (499) 272-47-56,
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• Advanced water treatment technologies in the city of Tchelyabinsk
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• Demanganization of decarbonized ground water of the Tungus basin with the use of catalytic media
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• Improving barrier functions of the Metelevskii water treatment facilities of Tumen city

Smirnov Aleksandr Dmitrievich

Doctor of Engineering, Chief Specialist, NII VODGEO JSC

• Modernization of the Process of Secondary Water Disinfecting in the Treatment System (on the Example of the Amur)
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• Перспективность применения углеродных волокнистых сорбентов для очистки воды от техногенных загрязнений
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• Efficiency and economic expediency of the industrial methods for wastewater disinfection
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• Advanced water treatment technologies in the city of Tchelyabinsk
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• Demanganization of decarbonized ground water of the Tungus basin with the use of catalytic media
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• Investigating the coagulating capacity of advanced aluminium-containing coagulants in natural water treatment
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• Removal of ammonia nitrogen from surface water source with the use of powdered zeolite
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• Improving barrier functions of the Metelevskii water treatment facilities of Tumen city
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• Potential use of ultrasound in water disinfection
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• Introduction of UV-disinfection at the Novosibirsk wastewater treatment facilities
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• Revisiting the selection of wastewater disinfection technology
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• Domestic technologies and equipment for chemical free treatment of water and wastewater of the Siberian cities and industries
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• Use of UV-disinfection in water supply and wastewater disposal systems of Novosibirsk
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• More on testing granular filtering materials in accordance with GOST R 51641-2000
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• Efficiency of gas discharge methods for odor control in municipal wastewater transportation and treatment systems
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• Ultraviolet plus ultrasound, and why again «there are no analogues in the world»?
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• Estimation of possible increasing the barrier function of natural water treatment facilities during periods of extraordinary situations
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• Modern trends and peculiarities of UV disinfection usage in water treatment
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• Assessment of possible reducing the concentration of total organic carbon in drinking water by using powdered activated carbons
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• Estimation of the feasibility of using part of the Salgir River flow to provide for the water security of the Crimea
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• Estimating the effect of VPK-402 flocculant-coagulant on the sorption properties of powdered activated carbon in the process of water treatment
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• Estimation of the effectiveness of Sokirnit zeolite in removing ammonium ions at the quarry wastewater treatment facilities of Vostochno-Beiskii razrez, LLC

Smirnov Aleksandr Vladimirovich

Ph. D. (Engineering), Leading Engineer of the Process Department, MY PROJECT JSC 7 Strochenovskii Lane, Moscow, 115054, Russian Federation, tel.: +7 (495) 981-98-80, ext. 243, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Advanced methods of designing biological treatment facilities
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• Commissioning – the key stage of putting treatment facilities into operation
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• The cost of the life cycle as a criterion of choosing a filtration package for membrane bioreactors
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• Automated control of the treatment facilities on the basis of mathematical models
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• Advanced engineering and experience of BAT implementation
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• Typical engineering solutions of a wastewater sludge mechanical dewatering plant
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• Wastewater treatment facilities of Adler city
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• The technology of step-feed nitri-denitrification in municipal wastewater treatment: the analysis of options and case record
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• Specific features of retrofitting mechanical wastewater treatment at sewage pumping stations
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• Improving the environmental safety of the Urals: upgrading the Southern Wastewater Treatment Plant in Yekaterinburg

Smirnov A. V.

Leading Engineer, Process Department, «My Project» JSC 7 B. Strochenovskii Lane, 115054, Moscow, Russian Federation, tel.: +7 (495) 981-98-80, ext. 227,
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• Improving the water treatment technology at the West water treatment plant

Smirnov V. P.

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• Introduction of Up-to-Date Technologies of Potable Water Treatment
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• Optimization of flocculation and chlorammoniation processes at the water treatment facilities of the city of Novosibirsk

Smirnova Angelina Miroslavovna

Graduate Student, Academy of Civil Engineering and Architecture, Samara State Technical University 194 Molodogvardeiskaia St., 443001, Samara, Russian Federation, tel.: +7 (846) 242-37-63, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Study of drinking water aggressiveness in the Samara municipality