Ivanson P. B.

e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Multilevel Automated Control System of Technological Processes of Water Supply and Wastewater Disposal

Ivashechkin Vladimir Vasil'evich

Doctor of Engineering, Professor, Department of Hydrotechnical and Power Engineering, Water Transport and Hydraulics, Belarusian National Technical University 65 Nezavisimosti Ave., Minks, 220013, Belarus, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it., SPIN-code: 5829-1317

• Durable wells with built-in downstream of the filter regeneration systems
,
• Improving the methods of inspecting and repairing sanding water abstraction wells
,
• Water well hydraulic elevator with a washing nozzle

Ivashchenko Anatolii Timofeevich

PhD (Engineering), Assistant Professor, Department of Hydraulics, Water Supply, Water Resources and Environmental Protection, Siberian Transport University 191 D. Koval'chuk str., 630049 Novosibirsk, Russian Federation,
tel.: +7 (383) 328-02-05,
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Investigating the processes of wash water treatment of pumping-filtration plant No. 5 of Novosibirsk

Ivashchenko G. I.

e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Integrated Approach to Optimization of Operation of the Water Supply and Distribution System of the City of Omsk

IVKIN P. A.

e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Improvement of Treatment Technique of High Colour and Low Turbidity Water
,
• Test of Technology of Galvanochemical Wastewater Treatment for Arsenic Compounds
,
• The efficiency of storm water treatment facilities of continuous flow type

Ignatenko Georgii Konstantinovich

Ph. D. (Engineering), Senior Research Scientist, «Gidrotekhproekt» LLC Build. A, 97 Office 3-N, 14th Line of Basil Island, 199178, St. Petersburg, Russian Federation, tel.: +7 (960) 518-76-49, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Microclimate in a heat sink of a nuclear power plant and its performance

Ignatenko S. I.

Ph. D. (Engineering), Deputy Director for Science, EKOFES SPE LLC 200B Baklanovskii Ave., Novocherkassk, Rostov Region, 346428, Russian Federation, tel.: +7 (8635) 26-56-13, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Ensuring of Wastelessness and Ecological Compatibility of Technology of Sodium Hypochlorite at the Chlorefs Units
,
• Improving the technology of strong sulfide wastewater treatment
,
• Desiliconization of drinking water by modified media filtration
,
• Improving the technology of sodium hypochlorite production by seawater electrolysis
,
• Technological and design solutions of upgrading the Don River water treatment facilities (the case of water treatment facilities of Khapry farm, Miasnikovskii district, Rostov Region)
,
• Purification of hydrogen sulfide containing natural water by iron-catalytic oxidation in a reactor with unltrafiltration separation
,
• Utilization of concentrate from reverse osmosis units in the production of electrolytic sodium hypochlorite
,
• Formation of volatile chlororganic compounds in the process of the Don River water disinfection with chlorine-containing agents
,
• Equipment manufactured by EKOFES SPE LLC in the field of import phaseout of electrolyzers for the large-scale production of sodium hypochlorite for water disinfection
,
• The technology of two-stage purification of water with high concentration of iron and manganese
,
• Engineering-economic analysis and study of acid washing of electrolyzer cathodes with solutions of hydrochloric and sulfamic acids

Игнаткина Дарья Олеговна

ассистент кафедры «Водоснабжение и водоотведение», Волгоградский государственный технический университет 400074, Россия, Волгоград, Академическая ул., 1, тел.: (8442) 96-99-13, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Hybrid unit for tobacco industry multicomponent wastewater treatment

Ignatchik Viktor

Doctor of Engineering, Professor, Military Academy of Logistics 22 Zakhar’evskaia St., Saint-Petersburg, 191123, Russian Federation, e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Methods of Monitoring of Sewerage Pumping Stations (on the example of SPS № 10 of the St. Petersburg’s water disposal system)
,
• Influence of Tear-and-Wear of Vertical Pumps on Reliability, Safety and Power Consumption of Sewerage Pumping Stations
,
• Technical inspection of sewage pumping stations in Saint-Petersburg
,
• Determining the environmental safety indicators of wastewater treatment facilities
,
• Upgrade of the sludge treatment facilities of the Petrodvorets wastewater treatment plant
,
• The method of evaluating the economic efficiency of water supply systems with pumping stations equipped with tanks
,
• Methods of optimization of the zoned water supply system
,
• Method of evaluating the amount of emergency wastewater discharges into the environment
,
• Optimization of the wastewater disposal system
,
• The use of stochastic methods in determining the required capacity of regulating units in combined sewers
,
• Specific features of hydraulic mode simulation for combined sewers
,
• Results of experimental studies of water hammer arising in the operation of sewage pumping stations
,
• Substantiation of the method for estimating the climatic parameters of rain showers by the data of the precipitation gauge system (for the discussion)
,
• Study of the storm runoff mechanism (for discussion)
,
• Evaluation of the effectiveness of mechanisms for eliminating flooding of urbanized areas with surface runoff
,
• Specific features of estimating calculated rainfall rates with account of extreme rain showers
,
• Systems for the removal of surface runoff: problems and solutions (for discussion)
,
• Economic efficiency of measures to provide for the surface runoff disposal systems adaptation to changing climate conditions
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 1. For hydraulic calculations while designing
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 2. For hydraulic calculations in simulation
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 3. For hydraulic calculations in designing and modeling with account of the uneven distribution of rain intensities areally
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change. Part 1. Program-method for justification of the optimal alternative
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 2. Results of substantiation of the optimum alternative
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 3. Estimation of the economic efficiency of an automated wastewater management system
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 4. Justification of the type of model for the management of a wastewater disposal system

Ignatchik Svetlana Iur'evna

Doctor of Engineering, Professor, Saint-Petersburg State University of Architecture and Civil Engineering 4, 2nd Krasnoarmeiskaia St., Saint-Petersburg, 190005, Russian Federation, е-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

• Methods of Monitoring of Sewerage Pumping Stations (on the example of SPS № 10 of the St. Petersburg’s water disposal system)
,
• Ensuring of Reliability and Power Saving When Designing the Facilities for Wastewater Transporting
,
• Influence of Tear-and-Wear of Vertical Pumps on Reliability, Safety and Power Consumption of Sewerage Pumping Stations
,
• Estimation of reliability, safety and investment efficiency of a wastewater disposal system
,
• Energy conservation and reliability assurance in upgrading sewage pumping stations
,
• Technical inspection of sewage pumping stations in Saint-Petersburg
,
• Determining the environmental safety indicators of wastewater treatment facilities
,
• Upgrade of the sludge treatment facilities of the Petrodvorets wastewater treatment plant
,
• The method of evaluating the economic efficiency of water supply systems with pumping stations equipped with tanks
,
• Methods of optimization of the zoned water supply system
,
• Method of evaluating the amount of emergency wastewater discharges into the environment
,
• Optimization of the wastewater disposal system
,
• The use of stochastic methods in determining the required capacity of regulating units in combined sewers
,
• Specific features of hydraulic mode simulation for combined sewers
,
• Substantiation of the method for estimating the climatic parameters of rain showers by the data of the precipitation gauge system (for the discussion)
,
• Study of the storm runoff mechanism (for discussion)
,
• Evaluation of the effectiveness of mechanisms for eliminating flooding of urbanized areas with surface runoff
,
• Specific features of estimating calculated rainfall rates with account of extreme rain showers
,
• Systems for the removal of surface runoff: problems and solutions (for discussion)
,
• Economic efficiency of measures to provide for the surface runoff disposal systems adaptation to changing climate conditions
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 1. For hydraulic calculations while designing
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 2. For hydraulic calculations in simulation
,
• Methods and results of estimating calculated rain parameters for the surface runoff disposal systems of Saint-Petersburg Part 3. For hydraulic calculations in designing and modeling with account of the uneven distribution of rain intensities areally
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change. Part 1. Program-method for justification of the optimal alternative
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 2. Results of substantiation of the optimum alternative
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 3. Estimation of the economic efficiency of an automated wastewater management system
,
• Justification of the optimum alternative of the wastewater disposal system of St. Petersburg adapting to the conditions of the joint effect of urbanization and climate change Part 4. Justification of the type of model for the management of a wastewater disposal system