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
