Monthly Report: Repair and Rehabilitation of Muzaffargarh Thermal Power Station

The project aims to restore the power plant's capacity and improve its efficiency. As of December 2012, the rehabilitation work has resulted in 330 MW of capacity restoration at the power plant. The project involves the replacement of air preheater elements, which has added 50 MW to the plant's generation capacity. The rehabilitation work has also included the replacement of boiler superheater tubes, special cooling water treatment, and the use of fuel oil additive. Additionally, the project has involved the replacement of cold layer elements for the reheater, modification of the excitation system, and the procurement of electric motors for the C.T. fan and GRC fan. The project has made significant progress, with 100% claim reimbursement for several work items, including the replacement of boiler superheater tubes, cold layer elements for the reheater, and electric motors for the C.T. fan and GRC fan. However, some work items are still in the tender or re-tender process, including the procurement of G.R.C. fan impeller/rotor, cooling tower fan gear box and its parts, and the rehabilitation of furnace safety supervisory system. The total amount disbursed to the Government of Pakistan (GOP) as of December 2012 is $10,133,001. The status of the MTPS Activity Agreement is tabulated in Table 7, which shows the work item description, agreement amount, claims submitted, and the status of each work item. The table indicates that 100% claim reimbursement has been received for several work items, while others are still in the tender or re-tender process. The project has also made significant progress in terms of material receipt and installation. As of December 2012, material has been received and installed at site for several work items, including the replacement of boiler superheater tubes, cold layer elements for the reheater, and electric motors for the C.T. fan and GRC fan. The project's progress is reflected in the improved performance of the power plant. The project's success is attributed to the close collaboration between the USAID Energy Policy Program, the Government of Pakistan, and the contractor, Advanced Engineering Associates International, Inc. The project's progress is a testament to the commitment of all stakeholders to restore the power plant's capacity and improve its efficiency.