Pchel'nikov Igor'
Ph. D. (Engineering), Associate Professor, Department of «Water Management, Engineering Networks and Environmental Protection», South-Russian State Polytechnic University (NPI) named after M. I. Platov 132 Prosveshcheniia St., Novocherkassk, 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.
- 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) ,
- Field tests of drinking water disinfection by direct electrolysis ,
- Study of chloride concentration effect on the generation of active chlorine in direct electrolysis ,
- Utilization of concentrate from reverse osmosis units in the production of electrolytic sodium hypochlorite ,
- The study of direct electrolysis of water in the Vietnam Sea in the production of sodium hypochlorite ,
- Formation of volatile chlororganic compounds in the process of the Don River water disinfection with chlorine-containing agents ,
- Study of the optimal electrolysis mode while producing sodium hypochlorite from Mediterranean Sea water ,
- Research and development of the technology for the production of electrolytic sodium hypochlorite by electrolysis of seawater ,
- Study of the current waveform effect on the formation of cathode deposits during direct electrolysis. Part 1. Electrolysis of fresh water ,
- Study of the current waveform effect on the formation of cathode deposits during direct electrolysis Part 2. Electrolysis of sea water ,
- Comparative evaluation of the economic effectiveness of using chlorine-containing media in water disinfection technologies ,
- Direct electrolysis of underground water in production ,
- Engineering-economic analysis and study of acid washing of electrolyzer cathodes with solutions of hydrochloric and sulfamic acids ,
- Production of sodium hypochlorite by ground water electrolysis
