Padma Bridge

Padma Multipurpose Bridge
Coordinates
Carries	Motor vehicles, Railway
Crosses	Padma River
Locale	Louhajong, Munshiganj to Shariatpur and Madaripur
Maintained by	Bangladesh Bridge Authority
Characteristics
Design	Truss bridge
Material	Steel
Total length	6,150 m (20,180 ft)
Width	18.10 m (59.4 ft)
History
Designer	AECOM
Constructed by	China Major Bridge Engineering Company Limited
Construction begin	7th December 2014
Construction end	Expected in December 2018
Opened	December, 2018

The Padma Bridge is a multipurpose road-rail bridge across the Padma River to be constructed in Bangladesh. It will connect Louhajong, Munshiganj to Shariatpur and Madaripur, linking the south-west of the country, to northern and eastern regions. Padma Bridge is the most challenging construction project in the history of Bangladesh. The two-level steel truss bridge will carry a four-lane highway on the upper level and a single track railway on a lower level. With 150 m span, 6150 m total length and and 18.10 m width it is going to be the largest bridge in the Ganges-Brahmaputra-Meghna river basins of country in terms of both span and the total length.

The project covers three districts — Munshiganj (Mawa Point/North bank), Shariatpur and Madaripur (Janjira/South bank). The total area of land to be acquired and required for its components is 918 hectares. The requisition of land for the construction yard will be for six years on a rental basis. As per the new design, an additional 144.04 ha has been identified for acquisition, bringing the total to 1062.14 hectares. This additional land is required because project site lost significant land due to erosion, for transition structures and due to a change in railway alignment.

Financing

Project cost is estimated to be US$3.00 billion. The Padma Multipurpose Bridge (PMB) project was designed to be funded by donors such as the World Bank, Japan International Cooperation Agency (JICA), Asian Development Bank (ADB) and Islamic Development Bank (IDB). After a scandal of alleged corruption by some people associated with project preparation the World Bank withdrew its commitment and other donors followed. The project is now being funded from own resources of Government of Bangladesh.

The Bangladesh Bridge Authority (BBA) invited the pre-qualification tender for the project in April 2010. Construction of the bridge was expected to commence by early 2011 and be ready for major completion in 2013 (and complete all sections by late 2015). The proposed Padma Multipurpose Bridge Project will provide direct connectivity between the central and southwestern part of the country through a fixed link on the Padma River at Mawa-Janjira points. The bridge will contribute significantly towards facilitating the social, economic and industrial development of this relatively underdeveloped region with a population of over 30 million. The area of influence of the direct benefit of the project is about 44,000 km² or 29% of the total area of Bangladesh. Therefore, the project is viewed as very important infrastructure towards improving the transportation network and regional economic development of the country. The bridge has provisions for rail, gas, electric line and fibre optic cable for future expansion. The project will be co-financed by the government of Bangladesh, the World Bank, the Asian Development Bank, the Japan International Cooperation Agency (JICA) and the Islamic Development Bank. The Bangladesh Bridge Authority is the executing agency of the project.

After that Bangladesh Govt. contruct the bridge by own fund. On 17 June, 2014,An important progress has been made in construction of Padma Bridge. A construction firm, China Major Bridge Engineering Company Ltd has been selected to construct the long aspired bridge on the river Padma.The 6.15 km bridge, costing an estimated Tk 91.72 billion, will connect 21 southern districts with the capital.This mega project would be completed by the end of 2018. A work order for river management issued in August, 2014.

China proposed building the bridge on the build-own-transfer (BOT) basis by investing $2 billion or 70 percent of the project cost. Four companies - China Major Bridge Engineering Company, Daelim-L&T JV and Samsung C&T Corporation - purchased the tender papers. But only the Chinese company submitted their financial proposal on Apr 24 , 2014.

The state-owned company has constructed structures like the famous 36 km Hangzhou Bay Bridge, the longest sea-crossing bridge in the world.

Padma Bridge, when commissioned, will boost the GDP by as much as 1.2 percent.

Overview of Padma Multipurpose Bridge Project

Design Team : The detailed design of the Padma Multipurpose Bridge is being delivered by a team of international and national consultants headed by AECOM. The team comprises AECOM, SMEC International, Northwest Hydraulic Consultants and ACE Consultants, with additional assistance from Aas-Jakobsen and HR Wallingford. The Project comprises two phases. Phase 1 of the Project includes the Design Phase leading through procurement action to the award of construction contracts. Phase 2 is the Construction Phase. Phase 1 of the project commenced on the 29 January 2009. A dedicated Project Office was set up in Dhaka in March 2009. Detailed design of the main bridge was carried out in AECOM's Hong Kong office. All work carried out by the design team was carried out within the framework of AECOM's Quality Management System (QMS) which is independently accredited to AS/NZS ISO 9001. The QMS is designed to control all project work undertaken by the team. A project specific Design Management Plan was established at the outset of the project, In March 2009, the Government of Bangladesh requested AECOM to accelerate the design with a view to ensuring construction could be completed before the end of 2013. This necessitated the mobilisation of additional personnel within the design team. Bangladesh Bridge Authority (BBA) established an internationally recognised Panel of Experts comprising five national and five international experts to review the design at regular intervals. In addition, an Independent Checking Engineer, Flint & Neill, was engaged to review the design criteria, specification and drawings produced by the design team to ensure the design meets the project requirements and to undertake an independent check of the detailed design of the main bridge and river training works. A key feature of the detailed design was the integration of Bangladesh counterparts into the design team, which allowed the successful training of a significant number of Bangladesh personnel in all aspects of the roject and the subsequent transfer of the high level of technology involved in this large and complex project.

Component of the Project : a) Main Bridge b) River Training Works(RTW) c) Janjira Approach Road & Selected Bridge End Facilities d) Mawa Approach Road & Selected Bridge End Facilities e) Service Area-2 f) Resettlement g) Environment h) Land Acquisition i) CSC(Main Bridge & RTW) j) CSC(Approach Roads & Service Area-2) k) Engineering Support & Safety Team(ESST)

Main Bridge (6.15 km long): Contractor : China Major Bridge Engineering Co. Ltd, China. Contract Period : 4 years+1year (defect liability period). Contract Cost : BDT: 12,133.39 crore. Date of work order : November 26, 2014. Date of Completion : . Physical Progress of Work : Mobilization of equipments & procurement of materials as well as preparatory works such as geotechnical investigation, survey, steel fabrication of test pile, dredging and Contractor’s accommodation, stack yard, casting yard etc. construction are going on.

River Training Works(14 km length): Contractor : Sinohydro Corporation Limited, China. Contract Period : 4 years+1year (defect liability period). Contract Cost : BDT: 8707.81 crore. Date of work order : December 31, 2014. Date of Completion : . Physical Progress of Work : Handed over land to Contractor, Mobilization of equipments & procurement of materials as well as Contractor’s accommodation, stack yard, casting yard etc. construction are going on.

Janjira Approach Road & Selected Bridge End Facilities (10.5 km length): Contractor : AML-HCM JV. Contract Period : 3 years+1year (defect liability period). Contract Cost : BDT: 1097.40 crore. Date of work order : October 08, 2013. Physical Progress of Work : 29.10%.

Mawa Approach Road & Selected Bridge End Facilities (1.5 km length): Contractor : AML-HCM JV. Contract Period : 2.5 years+1year (defect liability period). Contract Cost : BDT: 193.40 crore. Date of work order : January 27, 2014 Physical Progress of Work : 21.5%.

Service Area-2: Contractor : Abdul Monem Ltd. Contract Period : 2.5 years+1year (defect liability period). Contract Cost : BDT: 208.71 crore. Date of work order : January 12, 2014 Physical Progress of Work : 12%.

Resettlement: Total Additional Grant Paid to the PAP : BDT: 500.71 crore(upto 31/12/2014). Total no. of plots : 2698 No. of residential plots : 2618 No. of commercial plots : 80 977 plots have been handed over to the PAP out of approved 1045 plots(upto 31/12/2014).

Environment: Tree plantation has been started from 2012 and 55150 nos. of tree plantation has been completed up to-date.

Land Acquisition: Land has been acquired 1408.54 hectre.

CSC (Main Bridge & RTW): Consultant : Korea Expressway Corporation, South Korea & Associates. Contract Period : 4 years+1year (defect liability period). Contract Cost : BDT: 383.15 crore. Date of Signing Contract : November 03, 2014. Progress of Work : Deployment of manpower as well as supervision of works are going on.

CSC (Approach Road & Service Area): Consultant : Special Works Organization(SWO-West), Bangladesh Army in association with BRTC, Bangladesh University of Engineering and Technology. Contract Period : 3 years+1year (defect liability period). Contract Cost : BDT: 133.49 crore. Date of Work Order : October 13, 2013. Progress of Work : 40%.

Engineering Support & Safety Team(ESST): ESST : Bangladesh Army. Contract Period : 4 years+1year (defect liability period). Contract Cost : BDT: 72.14 crore. Date of Work Order : October 13, 2013 Progress of Work : 40%

Current status of project

Around 20.5% construction work of the 6.15-kilometre-long two-tier Padma Multipurpose Bridge has been completed.The China Major Bridge Engineering Corporation (MBEC), which was appointed for the main bridge, will carry out the work. The soil testing and dredging works have been going on for the last four months for the river training.The bridge will have a total of 42 pillars. Each will have six piles beneath. Steel spans will be placed on the pillars. The bridge will have a total of 41 spans.

Work on the Padma Bridge is broadly divided into five parts -- the main bridge, river training, two link roads and infrastructure (service area) construction. China's Sinohydro Corporation was appointed for the river training works while Bangladesh's Abdul Monem Limited was given the contract for the two link roads and infrastructure construction.

Controversy

From the beginning the Padma bridge negotiation has been involved to corruption and conspiracy. The World Bank stated that they found, "credible evidence corroborated by a variety of sources which points to a high-level corruption conspiracy among Bangladeshi government officials, SNC-Lavalin executives, and private individuals in connection with the Padma Multipurpose Bridge Project." For the corruption, the World Bank turned down to sanction the proposed loan for constructing the bridge. In this circumstances World Bank imposed some conditions to continue the loan talk with the government. According to one of these conditions Communications Minister Syed Abul Hossain resigned, as he was found involved with corruption.

See also

• Jamuna Bridge, a similar completed bridge across the Jamuna River
• Ganges Barrage Project, another proposed mega-project to combat the water deficiency caused by the Farakka Barrage
• [1], Padma-multipurpose-bridge