Cooling tower maintenance work was successfully carried out for Unit No. 1 in Kuala Lumpur, focusing on cooling tower refiber replacement and a full test run to ensure safe and efficient operation of the HVAC system. This work forms part of a planned commercial cooling tower maintenance program to improve system performance and reliability.
Cooling tower refiber replacement was performed to restore the structural integrity and airflow efficiency of the cooling tower. Over time, cooling tower fiber components can degrade due to continuous exposure to water, heat, and environmental conditions. The refiber work for Unit No. 1 helped improve cooling tower durability, reduce air leakage, and support stable cooling tower operation.
After completion of the cooling tower refiber work, a full test run was conducted for Unit No. 1. The test run ensured that the cooling tower fan, motor, and water circulation system were operating correctly. Key parameters such as vibration levels, airflow performance, and overall cooling tower efficiency were closely monitored during the test run.
The cooling tower test run confirmed smooth operation, stable airflow, and improved cooling performance. The refiber replacement contributed to better heat rejection and reduced operational stress on the cooling tower system, supporting reliable HVAC performance for the building.
Cooling tower refiber replacement and test run for Unit No. 1 in Kuala Lumpur demonstrate the importance of regular cooling tower maintenance for commercial HVAC systems. Proper cooling tower servicing ensures long-term system reliability, optimized energy efficiency, and consistent building cooling performance.
Japan
