Rublevskaia Ol'ga Nikolaevna
Director of the Department for the Analysis and Technological Development of the Water Supply and Sanitation Systems, SUE «Vodokanal of St. Petersburg» 42 Kavalergardskaia St., 191015, Saint-Petersburg, Russian Federation, tel.: +7 (812) 438-43-45, e-mail: Rublevskaya_ON@vodokanal.spb.ru
- Dewatering of Wastewater Sludge at Treatment Facilities of St. Petersburg ,
- The experience of introducing the technology of chemical precipitation of phosphorus: from laboratory tests to industrial-scale operation ,
- Experience in Introduction of Up-to-Date Technologies and Methods of Wastewater Sludge Treatment ,
- The experience of the North wastewater treatment plant development and upgrade ,
- Bioelectronic system of monitoring the quality of gas emissions of a wastewater sludge incineration plant ,
- Tackling the problem of energy saving in the Saint-Petersburg wastewater system ,
- Bioelectronic system of monitoring the toxicological safety of biologically treated wastewater ,
- Substantiating the use of aluminium sulfate for the elimination of phosphorus from wastewater at the Saint-Petersburg wastewater treatment facilities ,
- The contribution of SUE «Vodokanal of St. Petersburg» to Russia fulfilling the international commitments on the Baltic Marine Environment Protection ,
- Evaluating the flow rate and composition of wastewater in St. Petersburg ,
- Measures on preventing malodors release at the facilities of SUE «Vodokanal of St. Petersburg» ,
- Studies of the toxicological effect of aluminium compounds on the activated sludge biocenosis in aeration tanks ,
- Prospects of surface runoff disposal and treatment in St. Petersburg ,
- Approbation of Glint artificial aluminosilicate sorbent for tertiary treatment of biologically treated domestic wastewater ,
- SUE «Vodokanal of St. Petersburg»’s activities in the field of mitigating the negative environmental impact ,
- Tackling the problem of bacterial pollution of water bodies in St. Petersburg ,
- Reconstruction of the sludge incineration plant at the Central wastewater treatment facilities in St. Petersburg ,
- Results of the test operation of FOPS® filter for treatment of stormwater runoff from residential areas in St. Petersburg ,
- Test operation of FOPS® filter with natural zeolite for infiltrate polluted surface runoff treatment ,
- Implementation of the technologic solutions focused on the prevention of water body eutrophication (best practices of SUE «Vodokanal of St. Petersburg») ,
- The experience of year-round operation of FOPS® filter in the purification of surface runoff from technologically disturbed resident areas ,
- Development of water supply and wastewater disposal technologies to supply Saint-Petersburg with clean water and protect the environment of the Baltic Sea Region ,
- Amendments and prospects of the statutory regulation of wastewater and pollution discharges by water utilities and their customers ,
- The project of wastewater treatment facilities for Molodezhnoe Settlement of the Kurort District of Saint-Petersburg ,
- Wastewater sludge processing and utilization at the wastewater treatment facilities of Saint-Petersburg: best practices and prospects ,
- Problems of applying novations of the environmental legislation in relation to the sanitation facilities of the SUE «Vodokanal of St. Petersburg» ,
- 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 ,
- Problems of water and wastewater utilities with technological regulation and introduction of industrial environmental control ,
- Eternal engine of progress ,
- Systems for the removal of surface runoff: problems and solutions (for discussion) ,
- The experience of SUE «Vodokanal of St. Petersburg» in developing programs for improving the environmental efficiency ,
- Economic efficiency of measures to provide for the surface runoff disposal systems adaptation to changing climate conditions ,
- Experience of SUE «Vodokanal of St. Petersburg» in eliminating HELCOM hot spots in the light of the development of the Russian environmental legislation ,
- 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 ,
- Sanitary and hygienic estimation of the impact of emissions of sludge incineration plants on the public health in St. Petersburg ,
- Current methods of odor control in accordance with Amendment No. 2 of CP 32.13330.2018 ,
- Technology of using powdered activated carbon: the experience of SUE «Vodokanal of St. Petersburg» ,
- Theory and practice of the deferrization and demanganation technology: experience of the Republic of Belarus and Russian Federation (part 1) ,
- Theory and practice of the deferrization and demanganation technology: experience of the Republic of Belarus and Russian Federation (part 2) ,
- Development of an online system for monitoring pollution of natural and drinking water with anthropogenic substances ,
- 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
