Study and Improvement of the Monitoring and Protection System for a Cornell Centrifugal Motor-Pump Unit Used for Dewatering in an Open-Pit Mine - Case OF KCC Company

Leya Mwenge Noe, Edouard Ndala Upale, Ilunga Mwamba Danny

Abstract: This thesis focuses on the study and improvement of the monitoring and protection system for a Cornell centrifugal motor-pump unit used for dewatering in an open-pit mine operated by Kamoto Copper Company (KCC) in the Democratic Republic of Congo. Effective water drainage is essential to ensure the safety of mining operations and preserve the integrity of equipment. The analysis of the existing system revealed several shortcomings: lack of centralized supervision, low-performance sensors, and limited responsiveness to anomalies. These deficiencies lead to unplanned shutdowns, increased risk of mechanical failure, and reduced productivity. To address these issues, technical solutions were proposed, including the integration of smart sensors, the implementation of a SCADA system for remote supervision, and the automation of alerts. A simulation of the new system was carried out to validate its effectiveness and demonstrate improvements in reliability, safety, and performance. The results show a clear improvement in operational control and a significant reduction in risks associated with the motor-pump unit. This work paves the way for a sustainable modernization of drainage systems in open-pit mining operations.

Keywords: motor-pump monitoring, open-pit mining, SCADA system, predictive maintenance, dewatering system

How to Cite?: Leya Mwenge Noe, Edouard Ndala Upale, Ilunga Mwamba Danny, "Study and Improvement of the Monitoring and Protection System for a Cornell Centrifugal Motor-Pump Unit Used for Dewatering in an Open-Pit Mine - Case OF KCC Company", Volume 14 Issue 11, November 2025, International Journal of Science and Research (IJSR), Pages: 969-973, https://www.ijsr.net/getabstract.php?paperid=SR251110234036, DOI: https://dx.doi.org/10.21275/SR251110234036