This document provides details about the 50 MW Metro Wind Power Project in Jhimpir, Sindh, Pakistan. It summarizes the key project details such as the client, contractor, award date, and completion deadline. It also outlines the preliminary works completed so far, including micrositing, surveys, construction of access roads and temporary facilities, procurement of equipment, and initial tower fabrication. The overall project progress is reported as 31.93%, with engineering and procurement at more advanced stages than construction and fabrication.
Monitor construction activities, ensuring the safety of all personnel on site as the top priority;
Oversee total field construction effort to ensure project is constructed in accordance with design, budget, safety and schedule requirements;
Perform routine quality audits to ensure that work is progressing per the TransCanada specifications and initiate corrective actions where appropriate;
Document incidents using the Incident and Issues Tracking (IIT) system and participate in incident investigations;
Guide and direct proper project completion, including commissioning, close out of punch list, and training where appropriate;
Coordinate and ensure the timely completion of project documentation;
Ensure Company environmental policies and safety standards and local regulations are followed by all construction and inspection personnel;
Provide leadership for issue resolution during project construction and commissioning phases;
Ensure site inspections are carried out in a timely and efficient manner to avoid delays to the construction progress;
Review contractors’ request for changes and make recommendations to the Project Manager regarding necessity, effect, cost, and schedule implications;
Ensure scope changes are managed in accordance with contract terms and conditions;
Monitor construction progress and initiate corrective action when the contractor deviates from project specifications, requirements, or schedule;
Address any construction non-conformance issues;
Ensure design deviations are properly red lined and drawings are included in the project record file;
Coordinate plans with field engineering to overcome any inconsistencies;
Provide detailed direction of construction specifications;
Collaborate with Company Safety Representatives to promote awareness and understanding of safety performance on projects;
Provide construction management support for emergency repair and restoration activities on both oil and natural gas pipeline systems;
Other tasks as required.
Monitor construction activities, ensuring the safety of all personnel on site as the top priority;
Oversee total field construction effort to ensure project is constructed in accordance with design, budget, safety and schedule requirements;
Perform routine quality audits to ensure that work is progressing per the TransCanada specifications and initiate corrective actions where appropriate;
Document incidents using the Incident and Issues Tracking (IIT) system and participate in incident investigations;
Guide and direct proper project completion, including commissioning, close out of punch list, and training where appropriate;
Coordinate and ensure the timely completion of project documentation;
Ensure Company environmental policies and safety standards and local regulations are followed by all construction and inspection personnel;
Provide leadership for issue resolution during project construction and commissioning phases;
Ensure site inspections are carried out in a timely and efficient manner to avoid delays to the construction progress;
Review contractors’ request for changes and make recommendations to the Project Manager regarding necessity, effect, cost, and schedule implications;
Ensure scope changes are managed in accordance with contract terms and conditions;
Monitor construction progress and initiate corrective action when the contractor deviates from project specifications, requirements, or schedule;
Address any construction non-conformance issues;
Ensure design deviations are properly red lined and drawings are included in the project record file;
Coordinate plans with field engineering to overcome any inconsistencies;
Provide detailed direction of construction specifications;
Collaborate with Company Safety Representatives to promote awareness and understanding of safety performance on projects;
Provide construction management support for emergency repair and restoration activities on both oil and natural gas pipeline systems;
Other tasks as required.
2. 50 MW METRO WIND POWER PROJECT
Project Detail
Project Location = Jhimpir Sindh Pakistan
Client Name = Metro Power Company Limited.
EPC Contractor = Nordex Pakistan Pvt Ltd.
Descon Engineering Ltd.
3. 50 MW METRO WIND POWER PROJECT
Project Brief Introduction
Award of Contract = Sep 8, 2011.
First Amendment to Contract = July 1, 2013.
Second Amendment to Contract = May 15, 2014.
PNTC (Preliminary Notice to Commence) = July 8, 2013
PCD (Project Commencement date) establishment = October 9, 2013
PNTC-II (Preliminary Notice to Commence-II) = May 16, 2014
NTC (Notice to Commence) = October 22, 2014
CD (Commencement Date) establishment = Expected March 20, 2015
Project Completion Date (TOC) = Expected June 20, 2016(15 Month from
CD)
4. 50 MW METRO WIND POWER PROJECT
Preliminary Works-I (Off Shore & On Shore)
Micrositting
Topography Survey for Access Road
Design of Causeway for Naulla crossing
Geological Survey for WTG
Topography Survey for Metro Internal Road
Design Initiation for E-BOP
Project Management preparation
5. 50 MW METRO WIND POWER PROJECT
Preliminary Works-I
Micrositing
6. 50 MW METRO WIND POWER PROJECT
Preliminary Works-I
Geological Survey
7. 50 MW METRO WIND POWER PROJECT
Preliminary Works-I
Topographical Survey
8. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II (Off Shore)
Order Confirmation and Advance payment of E-BOP Equipment
Order Confirmation and Advance payment of Tower Plates
Order Confirmation and Advance payment of Anchor cage (10 nos)Tower Plates
Beside Above, PO has been issued for following and ready for shipment upon
CD
1. Tower Flanges
11. Earthing conductor and accessories for WTG.
111. Tower internals (Weld shocked and oil proof plate farms)
9. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II (On Shore)
Construction of Causeways and Access Road
Temporary Site Facility (office and residence)
Lay down Area and Work shop
Civil works for Batch plat (60 & 30 Cu meter)
Batch Plant Installation and Calibration
Apart from above, civil works for Metro Internal roads has almost been
completed
10. 50 MW METRO WIND POWER PROJECT
Project Progress
Overall Project Progress
Overall Project Progress = 31.93 %
11. 50 MW METRO WIND POWER PROJECT
Project Progress
Project Management Progress
Overall Project Progress = 0.25 %
Main Highlights
Submission of project procedures (HSE, QA/QC, Progress monitoring, Project
Security, Document management Plans etc)
Geotech Survey
Topography Survey
12. 50 MW METRO WIND POWER PROJECT
Project Progress
Engineering works
Overall Engineering Works Progress = 62.40 (Discipline wise), 3.43 %
(Overall)
Civil Engineering works = 53.87 %
E & I Engineering works = 8.808 %
13. 50 MW METRO WIND POWER PROJECT
Project Progress
Procurement works
Overall Procurement Works Progress = 50.8 % (Discipline wise), 23.65 %
(Overalll)
Main Procurement Works Highlights
PO issuance of complete E-BOP Equipment
PO issuance of Tower Plates
PO issuance of Tower Flanges
PO issuance of 10 nos Anchor cages
PO issuance of WTG earthing conductor and accessories
PO issuance of Tower internal (weld socket and oil proof plate farms)
14. 50 MW METRO WIND POWER PROJECT
Project Progress
Construction works
Overall Construction Works Progress = 8.07 % (Discipline wise), 3.68 %
(Overall)
Main Civil Works Highlights
Completion of Access Road
Completion of Causeways
Internal Road in progress
15. 50 MW METRO WIND POWER PROJECT
Project Progress
Fabrication works
Overall Fabrication Works Progress = 2.58 % (Discipline wise), 1.17 % (overall)
Main Fabrication Highlights
Marking, Cutting, beveling & Rolling = 10 Bottom , 10 Mid 1 , 3 Mid II Sections
Marking, Cutting, beveling = 13 Mid II Sections
Tacking & Welding completed = 4 Bottom, 6 Mid I Sections
Tacking & Welding in progress = 6 Bottom, 4 Mid I, 3 Mid II Sections
16. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Construction of Cause Way-I
17. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Construction of Cause Way-II
18. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Construction of Cause Way-III
19. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Access Road
20. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Access Road
21. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Access Road
22. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
23. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
24. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
25. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
26. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
27. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Temporary Site Facilities
28. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Batch Plant Installation
29. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Tower Fabrication
30. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Tower Fabrication
31. 50 MW METRO WIND POWER PROJECT
Preliminary Works-II
Tower Fabrication
