| CONTENTS N5 2004 |
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PROBLEMS, PERSPECTIVES |
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| Shvetsov V. N., Morozova K. M., Myasnikov I. N., Belevtsev A. N., Dvinskikh E. V. Classifier of Waste Water Treatment Technologies The description of the classifier of technologies for municipal and industrial wastewater treatment, and sludges treatment is given. |
2 |
| Zagorski V. A., Danilovich D. A., Kozlov M. N., Moyzhes O. V., Dayneko F. A. Analysis of Industrial Application of Phosphorus Removal Technologies from Municipal Waste Water The results of industrial tests of different technological schemes of nitrogen and phosphorus removal up to maximum permissible concentration for fish-farming are given. |
5 |
| Vasiliev B. V., Grebenskaya T. M., Mishukov B. G., Ivanenko I. I. Realization of the Nitrogen and Phosphorus Removal Process at the Water Treatment Facilities of St. Petersburg The process of nitrogen and phosphorus removal at the water treatment facilities of St. Petersburg is presented. |
9 |
| Medvedev G. P., Malishev A. V., Mishukov B. G. Analysis of the Sand Catchers Operation The recommendations for intensification of the sand catchers operation at the water treatment facilities of St. Petersburg are given. |
12 |
| Gandurina L. V., Butseva L. N., Shtondina L. V., Menshutin Yu. A., Fomicheva E. V., Voronov V. I. Intensification of Industrial and Storm Water Treatment at the Ugresh Water Treatment Facilities It has been established that it is economically profitable to use the Praestol 853 cation coagulant in combination with the Praestol 2540 anion flocculant for coagulant treatment of mixed surface and industrial wastewater at the Ugresh group water treatment facilities of Moscow. |
17 |
| Karmazinov F. V., Tsvetkov V. I., Il'in Yu. A., Ignatchik V. S., Gun'kin Yu. M., Ignatchik S. Yu. Reconstruction of the Stations of Jointly Thickened Sludge Pumping from the Primary Settling Basins It is recommended to use the centrifugal, unobstructed pumps ÖÍÍ-100/30 developed by Vodokanal Sankt-Peterburga State Unitary Enterprise in the reconstruction and construction of the pumping stations for removing sludge from the primary settling basins. |
21 |
| Alekseev M. I., Bereza I. G., Derkach S. R., Reut K. V. Technology of Waste Water Treatment in the Process of Chitin Production The principal scheme of two-stage wastewater treatment in the process of chitin production has been proposed. |
25 |
| Kazakov V. D., Chupin V. R., Tolstoy M. Yu., Belookaya N. V. Research in Waste Water Treatment for Oil Products with the Use of Acoustic Impacts The results of experimental research in the application of pneumohydraulic aerators to waste water treatment for oil products are presented. |
28 |
| Breyburd A. I. Technology of Horizontal Directional Drilling is an Important Element of Underground Services Construction The technology of trenchless construction of underground services by the horizontal directional drilling method is considered, with the stages of these works execution are being described. |
33 |
| Budikina T. A., Khanin A. B., Evdokimov V. I. Experience of Oil and Emulsion Containing Wastewater Treatment at the ÀÏÇ-20 in the City of Kursk As a result of the research conducted at the 20th Bearing Plant in Kursk it has been found, that it is more effective to use a clay-based coagulant produced by special technology for oil and emulsion containing wastewater treatment. |
35 |
| Buslov Ê. À. Production Program EMU A brief review of equipment produced by the EMU company for wastewater disposal and treatment. |
38 |
| Abstracts of the Articles Published in the Issue ¹ 5 | 40 |