The article provides the results of project aimed at creating a complex approach to centrifugal pump restoration and modernization. The rationale of the project claims that the uninterrupted operation and failure-free performance of the equipment under consideration is central to public utility-service satisfaction. The project team dwell on the major reasons for technological disturbances, rating hydrogenous wear top of the list. The approach proposed by the project team presupposes metal-plaque lubricant and polymeric composite application.
centrifugal pumps, metal-plaque lubricants, polymeric composite, restoration and modernization
Сегодня коммунальное хозяйство в Российской Федерации – это многоотраслевой комплекс, который включает в себя взаимосвязанные, но в то же время и достаточно автономные предприятия и организации социальной и производственной сферы. Их работа прямо или косвенно связана с удовлетворением потребности населения в коммунальных услугах.
Качественное и бесперебойное обеспечение населения водой и теплом зависит от технического состояния используемого оборудования, в том числе насосов различных
1. Gvozdev, A.A. Tekhnologiia povysheniia dolgovechnosti uzlov treniia pri remonte sel’skokhoziaistvennoi tekhniki c ispol’zovaniem modifitsirovannykh polimernykh kompozitsii [Extending friction unit longevity through modified polymeric composite application in the course of agricultural equipment repair works]. Dissertatsiia doktora tekhnicheskikh nauk [A Doctoral thesis]. Moscow, 2010.
2. Goncharov, A.B., Golubev, A.P., Tulinov, A.B., & Korneev, A.A. Servis proizvodstvennykh sistem c primeneniem progressivnykh tekhnologii [Innovative technologies application in servicing manufacturing systems]. Moscow: FGBOU VPO RGUTiS Publ., 2010. - p.117.
3. Korneev, A.A., & Liubimova, A.S. Analiz prichin vykhoda iz stroia tsentrobezhnykh nasosov sfery ZhKKh i tekhnologicheskie betody ikh vosstanovleniia [Analysing the reasons for municipal utility service centrifugal pump failures and restoration technologies]. Servis v Rossii i zarubezhon [Service in Russia and Abroad]. - 2012. - №8(35).
4. MDK 4-01.2001 Metodicheskie rekomendatsii po tekhnicheskomu rassledovaniiu i uchetu tekhnologicheskikh narushenii v sistemakh kommunal’nogo energosnabzheniia i rabote energeticheskikh organizatsii zhilishchnokommunal’nogo kompleksa [Methodical guidelines for technical investigating and recording technological failures of the municipal utility service energy supply and the operations of energy supply providers]. Available at URL: http://ohranatruda.ru/ot_biblio/normativ/data_normativ/10/10854/index.php (Accessed on October, 10, 2013).
5. Prokopenko, A.K., Golubev, A.P., Zikeev, G.P., & Korneev, A.A. Povyshenie sroka sluzhby detalei mashin i instrumenta metalloplakirovaniem [Metal-Plaque technologies as contributing to extended longevity of machine units and tools]. Moscow: IITs MGUDT Publ., 2010. - p. 87.
