Babaev Azaddin Azizaga-oglu

Ph. D. (Engineering), Chief Process Engineer, EKOFES SPE LLC 200B Baklanovskii Ave., 346421, Novocherkassk, Rostov Region, Russian Federation, tel.: +7 (8635) 26-56-13, e-mail: 65613@mail.ru

• Removing hydrogen sulfide from water with air oxygen by the method of «dry» filtration in anthracite media

Babaev Aleksei Vladimirovich

Deputy Head – Chief Engineer, Water Supply Division, «Mosvodokanal» JSC 2 Pleteshkovskii lane, 105005 Moscow, Russian Federation, tel.: +7 (499) 263-02-39,
e-mail: babaev@mosvodokanal.ru

• Repeated Use of Supernatant Water Generated in the Course of Treatment of Sludge from Water Treatment Plants
,
• Improving the water treatment technology at the West water treatment plant
,
• Potable water quality management in the Moscow water distribution network
,
• Modern approaches to the upgrade of the water supply facilities and water quality improvement on the territory of New Moscow
,
• Identification of different water types in case of the municipal distribution network failures
,
• Hygienic regulation of drinking water quality as a mainspring of the water treatment technology upgrade
,
• Prospects of the Moscow public water supply long-term development with account for the newly-annexed territories
,
• Model prediction of water quality patterns in the Mozhaiskoe water reservoir under the heat wave conditions

Babenko Kirill

Postgraduate Student, D. I. Mendeleev Russian University of Chemical Technology 9 Miusskaia Sq., Moscow, 125047, Russian Federation, e-mail: 230073@muctr.ru

• Desalination of sea water: trends, experience and development prospects in the Russian Federation

Babichev Aleksandr

Chief of the Commissioning Group, MY PROJECT JSC 394030, Revoliutsii 1905 Goda St., Voronezh, Russian Federation, tel.: +7 (977) 338-56-68, e-mail: babichev@myproject.msk.ru

• Improving the environmental safety of the Urals: upgrading the Southern Wastewater Treatment Plant in Yekaterinburg

Bagaev Iurii

Chief Engineer, Novosibirsk GORVODOKANAL MUE 5 Revoliutsii St., Novosibirsk, 630099, Russian Federation, e-mail: 2103535@mail.ru

• Accelerated Movement to Technological Standardization
,
• Modernization of Sewerage Treatment Facilities
,
• Innovation Technology of Wastewater Sludge Dewatering at Sludge Beds
,
• The specific features of introducing the principle of best available technologies in municipal wastewater treatment
,
• Reforming the system of wastewater discharge regulation – an absolute necessity
,
• Specific features of frequency regulation of parallel pumps
,
• Introduction of UV-disinfection at the Novosibirsk wastewater treatment facilities
,
• Preparation of high quality water in the city of Novosibirsk
,
• Optimization of flocculation and chlorammoniation processes at the water treatment facilities of the city of Novosibirsk
,
• Specific features of the transition to the process regulation of public wastewater disposal systems
,
• On amendments to the Decree of the RF Government of September 15, 2020 No. 1430 (for discussion)
,
• Development of basic process solutions for the reconstruction of wastewater treatment facilities in Novosibirsk

Badulin Roman Vladimirovich

Project Manager, «MY PROJECT» JSC 7 B. Strochenovskii Lane, 115054, Moscow, Russian Federation, tel.: +7 (495) 981-98-80, ext. 232, e-mail: badulin@myproject.msk.ru

• Typical engineering solutions of a wastewater sludge mechanical dewatering plant

Bazhenov Viktor

Doctor of Engineering, Professor, Executive Director, Vodosnabzhenie i Vodootvedenie, JSC 7 B. Strochenovskii Lane, Moscow, 115054, Russian Federation, e-mail: info@pump.ru, SPIN-code: 6270-7555, ORCID: 0000-0002-6619-1212

• Customer benefit from the practical application of «7 = 2» initiative
,
• The use of simulation modeling packages for wastewater treatment technologies
,
• Feasibility of air blower house construction on the basis of life cycle costs evaluation
,
• Energy-efficient principle of upgrading the air blower house at the Samara municipal wastewater treatment facilities
,
• Integrated upgrade of the Samara municipal wastewater treatment facilities
,
• Control valves in controlled pneumatic aeration processes
,
• Development of the method of life cycle costing of the equipment, systems and facilities for water supply and wastewater disposal
,
• Predicting energy-efficient effect of the controlled air delivery at the Novo-Liuberetskie Wastewater Treatment Facilities
,
• Aeration for wastewater biological treatment: updating foreign terms and abbreviations
,
• Bacterial composition of activated sludge: identification and visualization
,
• Cogeneration plants to compensate for the needs of wastewater treatment facilities in energy resources
,
• Agitators for mixing wastewater and natural waters: standardization (for discussion)

Bazarova Anastasiia

Assistant, «Water Supply and Wastewater Disposal» Department, Academy of Civil Engineering and Architecture, Samara State Technical University 244 Molodogvardeiskaia St., Samara, 443100, Russian Federation, tel.: +7 (846) 339-14-11, e-mail: bystranova14@mail.ru

• Estimation of the technical and economic expediency of biological wastewater treatment facilities for oil extraction enterprises using a biocenosis of aerobic thermophilic microorganisms

Baikova Ida

Baikova Ida, Ph. D. (Chemistry), Process Engineer, Gruppa 7, LLC Block 2, 34 Dolgorukovskaia St., Moscow, 127006, Russian Federation, e-mail: ida31@mail.ru

• Technology of Contact Clarification of Water under Conditions of the Volga Water Intake of the City of Kazan
,
• Deironing-demanganation of ground waters at the Severny intake facilities of Khanty-Mansiysk
,
• Conditioning underground water of the Amur water intake (the city of Komsomolsk-on-Amur)
,
• Underground water conditioning for utility and drinking water supply of oil refinery producing area
,
• In-process tests of river water conditioning for domestic and drinking water supply in the city of Kurgan
,
• The use of hydrogen peroxide as a chemical in drinking water supply

BAJKOVA S. A.

e-mail: nii-vodgeo@mail.ru

• Ecological Problems of Operation of Car-Washing Facilities and Means of Their Solving
,
• Test of Technology of Galvanochemical Wastewater Treatment for Arsenic Compounds