The paper presents an example of regeneration of a common rail piezoelectric fuel injector, which was carried out with using used parts. The most important stages of maintenance activities are listed, as well as the types of diagnostic tests performed on separate test benches. The obtained results indicate that this process can be effectively carried out with existing technological problems and lack of support from the manufacturer. At the same time, it was shown that, contrary to popular belief, cannibalisation does not have to be limited only to minor elements, but also to key components important from the point of view of the satisfactory technical condition and correct working of the fuel injector during further operation
Boecking F, Dohle U, Hammer J, Kampmann S. Passenger car common rail systems for future emissions standards. MTZ Worldwide 2005; 66: 14-16.
Clarke J. Testing piezoelectric injectors. Autobiz 2011;12:1-2.
Fu F, Chen S, Sun L. Revenue and cannibalization: the effect of interchangeable design confronted remanufacturing processing. Processes 2021;497(9):1-25.
Günther H. Common Rail – Systeme in der Werkstattpraxis. Technik, Prüfung, Diagnose. Bad Wörihofen: Krafthand Verlag Walter Schultz GmbH, 2012.
Hagen J, Herrmann OE, Weber J, Queck D. Better diesel combustion by further injector improvement. Auto Tech Review 2016;5(9):28-35.
Janczewski J. Barriers to implementation processes of reverse logistics in the automotive services. The Academy of Humanities and Economics in Lodz Publishing House 2014;2(19):58-61.
Jääskeläinen H, Ferrari A. Common rail fuel injection system components. DieselNet 2020;2.
Kaczorowski M, Pilewski Z. The coding of IMA/ISA in piezoelectric injectors. Bosch Autospec 2017;66(4):7-9.
Kaczorowski M, Pilewski Z. Piezoelectric injectors – pioneers of high pressures up to 2500 bar. Bosch Autospec 2017;65(3):7-10.
Karpiuk W, Bor W, Smolec R. Possibilities of analysis of condition and repair of common-rail system injectors. Journal of KONES Powertrain and Transport 2018;23(4):209-216.
Konieczny Ł, Adamczyk B, Adamczyk G. Diagnostics and regeneration of common rail injectors. Scientific Journal of Silesian University of Technology. Series Transport 2015;86:65-73.
Krivtsov SN, Krivtsowa TI. Variations in health of piezoelectric elements of the Common Rail electric hydraulic nozzles in the operating conditions. IOP Conference Series: Materials Science and Engineering 2021;1061:1-8.
Kruczyński SW, Mazuruk P, Chrupek B. The diagnosis and repair technology of injectors and high pressure pumps used in common rail systems. Proceedings of the Institute of Vehicles. 2014;100(4):133-134.
Matsumoto S, Date K, Taguchi T, Herrmann OE. The new Denso common rail diesel solenoid injector. Auto Tech Review 2013;2:24-29.
Oki M, Matsumoto S, Toyoshima Y, Ishisaka K, Tsuzuki N. 180 MPa piezo common rail system. SAE Technical Paper 2006-01-0274. 2006.
Ormon SW, Cassady CR. Cannibalization policies for a set of parallel machines. Annual Symposium Reliability and Maintainability (RAMS). Los Angeles 2004;540-545.
Osipowicz T. Research and analysis technical parameters not repair Diesel injectors. Buses – Technology, Operation, Transport Systems. 2015;6:172-175.
Osipowicz T. Reduction of the common rail fuel injectors repair costs. Econtechmod. An International Quarterly Journal on Economics of Technology and Modelling Processes 2017;6(1):63-70.
Premkumar R, Veera PKS, Babudass MN. Future directions of reverse logistics in gaining competitive advantages: a review of literature. International Journal of Supply Chain Management (IJSCM) 2015;4(1):39-48.
Salvador FJ, Plazas AH, Gimeno J, Carreres M. Complete modelling of a piezo actuator last generation injector for diesel injection systems. Int J Engine Res. 2012;15(1):3-19.
Stoeck T. Problems of regeneration of modern piezoelectric fuel injectors. Combustion Engines. 2022;191(4):3-8.
Stoeck T. Simplification of the procedure for testing common rail fuel injectors. Combustion Engines. 2020;180(1):52-56.
Stoeck T, Abramek KF, Osipowicz T. Simplified methodology for testing common rail piezoelectric injectors taking into account reference characteristics. Engineering Review. 2021;41(2):54-61.
Stoeck T, Abramek KF. Selected issues of reverse logistics in the servicing of common rail system injectors. Selected topics in applied logistics. AGH University Press. 2016;3:410-418.
Szczerba B, Białecka B. Analysis of reverse logistics of complaint products in an automotive company. Systems Supporting Production Engineering. 2017;6(7):243-254.
Thierry M, Salomon M, Van Nunen J, Van Wassenhove L. Strategic issues in product recovery management. Calif Manage Rev. 1995; 37(2): 114-136.
Włodarczyk M, Janczewski J. Reverse logistics management in automotive services. Entrepreneurship – Education. 2013;9:185-203.
WUZETEM. Manufacturer of nozzle. Product range. PZL-WZM 2018:1-104.
Yakimov IV, Bondarenko EV, Krivtsov SN, Krivtsova TI. Leak detection method for electrohydraulic injectors of diesel engines in operation. Proceedings of the International Conference Aviamechanical engineering and transport AVENT. 2018;158:448-452.
Yong Z, Bo Q, Daqing G, Guoyou M. Optimization of injector nozzle in high pressure common rail injection system. Journal of Mechanical Engineering Research and Developments. 2018;41(1):27-37.
Yordanov N, Hadjiev K, Stankov E. Experimental simulation of common rail electromagnetic injectors wearing. International Scientific Journal. 2018;12(4):208-211.
Żurawski P. Optimization of the combustion chamber strength of aluminum pistons in diesel engines using the DuralBowl technology. Combustion Engines. 2023;192(1):91-96.