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CONTRACT AGREEMENT MRT Blue Line Extension Project Hua
Contract Agreement CA-1 CONTRACT AGREEMENT MRT Blue Line Extension Project Hua Lamphong - Bang Khae and Bang Sue - Tha Phra Sections Contract 4: Elevated Civil Works Tha Phra - Lak Song Section This Contract is made at the Mass Rapid Transit Authority of Thailand, 175 Rama IX Road, Huay Khwang, Bangkok 10320 on 17 day of February B.E. 2554 (A.O. 2011) between: (1) MASS RAPID TRANSIT AUTHORITY OF THAILAND by Mr.Ronnachit Yaemsaard, the MRTA Acting Governor, with office located at 175 Rama IX Road, Huay Khwang, Bangkok 10320, hereinafter referred to as the "MRTA" or the "Employer", as the case may be, of the one part and ; (2) SINO-THAI ENGINEERING AND CONSTRUCTION PUBLIC COMPANY LIMITED a company registered and existing under the laws of Thailand, with head office located at 27th floor, Sino-Thai Tower, 32/59-60, Sukhumvit 21 Road , Klang Toey Nua Sub-District, Wattana District, Bangkok, 10110, Thailand by Mr. Vallop Rungkijvorasathien authorized to sign and bind the company, hereinafter referred to as the "Contractor" of the other part. WHEREAS the Employer is desirous that certain Works should be executed by the Contractor, viz, the construction of Elevated Structure at Tha Phra - Lak Song Section with precast segment box girder viaduct of approximately 10.5 km. in length, elevated approximately 17 meters above existing ground, transition structure, with the construction of 7 elevated stations, architectural works and building services within the stations, and the intermodal transfer facilities (ITF), Depot, Operation and Control Center (OCC), Park & Ride Buildings and other works as defined in the Contract, and has accepted a Tender by the Contractor for execution and completion of such Works and the remedying of any defects therein. -
ESCAP PPP Case Study #1
Public-Private Partnerships Case Study #1 Traffic Demand Risk: The case of Bangkok’s Skytrain (BTS) by Mathieu Verougstraete and Isabelle Enders (March 2014) The following case study examines the issue of traffic demand risk and sheds light on how the problem of inaccurate ridership forecasts can impact a PPP project by using the example of the Bangkok SkyTrain. TRAFFIC DEMAND RISK FIGURE 1 : ACTUAL/FORECAST TRAFFIC Even though literature is rich about theory and practice of traffic forecasting, insufficient attention has been paid to the predicted accuracy of traffic forecasting models and the consequences of occurring errors. Emperical studies suggest however that traffic forecasts in the transport sector are characterized by large errors and considerable optimism bias.1 This statement goes in line with the review conducted on PPP projects financed by the European Investment Bank which states that major issues in road projects BANGKOK BTS: CASE SUMMARY occurred because of traffic performance has been overestimated. Findings disclose that Bangkok covers about 606 square miles 1/2 of toll road projects failed to meet their and is densely populated. By 1990 it was early-year forecasts; often by some margin renowned for its chronic traffic congestion, 2 (errors of 50% - 70%). and over the subsequent decade vehicle ESCAP supports govern- ownership more than doubled. Heavy traffic ments in Asia-Pacific in This pattern of forecasting error and volume which is caused by bus, car and implementing measures systematic optimism-bias is even more motorbike journeys was making Bangkok to efficiently involve marked in the case of toll roads compared the private sector in one of the worst cities in the world in terms infrastructure develop- to toll-free road as illustrated in figure 1, of congestion and air pollution caused by which compares two samples of international ment. -
Skripsi Yunda
CHAPTER 1 INTRODUCTION 1.1 General Overview of Research Object 1.1.1 Light Rail Transit Figure 1.1 LRT Source : www.kabar3.com The Palembang Light Rail Transit (Palembang LRT) is an operational light rail transit system in Palembang, Indonesia which connects Sultan Mahmud Badaruddin II International Airport and Jakabaring Sports City. Starting construction in 2015, the project was built to facilitate the 2018 Asian Games and was completed in mid-2018, just a few months before the event. Costing Rp 10.9 trillion for construction, the system is the first operational light rail transit system in Indonesia, and utilizes trains made by local manufacturer PT.INKA. The system's only line has a total of 13 stations (6 operational). As Palembang was to host the 2018 Asian Games, the project was pushed to be completed before the event began. Groundbreaking for the project occurred on 1 November 2015, with state-owned company Waskita Karya being appointed as the primary contractor following the issuance of Presidential Regulation 116 of 2015 on Acceleration of Railway Train Operation in South Sumatera Province. The contract, which was signed in February 2017, was initially valued at Rp 12.5 trillion. Construction was scheduled for completion in February 2018, with commercial service beginning in May 2018. However, the completion date was moved to June 2018 with operations beginning in July, only one month before the Asian Games. A test run was done on 22 May 2018 and was inaugurated by President Joko Widodo on 15 July 2018. Operations for the LRT started on 1 August, several days before the Jakarta LRT began running, making it the first operational LRT system in the country. -
Sustainable Urban Transport Development in Indonesia
Transport and Climate Change Week: SUSTAINABLE URBAN TRANSPORT DEVELOPMENT IN INDONESIA Ikhwan Hakim Director of Transportation Ministry of National Development Planning Indonesia Presented at Transport and Climate Change Week Berlin, 18-20 September 2017 Sustainability Issues in Urban Development (1/2) REPUBLIK INDONESIA High UrbanisaFon Rate 76% Environmental Impacts 100% 59% 64% 68% 72% 41% 36% • 50% 32% 28% 24% The transport sector accounts for 27% of CO2 emissions. In developing countries, CO2 0% emissions from transportaon will increase 2015 2020 2025 2030 2035 by two 7mes in the period 1980 - 2030. Urban Populaon Rural Populaon • In DKI Jakarta (2008-2013) indicators of In 2015: Indonesia (2.69%), India (2.38%), China (2.3%) urban air quality such as PM10 increased by 20%, CO increased 70%, and NO2 increased Rapid MotorizaFon by 350%. 100,000,000 92,976,240 50,000,000 12,599,138 - Massive Urban Land Conversion 1954 1964 1974 1984 1994 2004 2014 • Rapid changes of low density areas into Private Car Bus Truck Motorcycle high densi7es. Agricultural land and green areas turned into residen7al areas. High Traffic Fatality • In Jakarta Metropolitan Area, within • Traffic fatality in 2016 1985-2002, the residen7al land use was almost 26.000. increased from 11% to 22% (2 7mes) and • In 2016, 72% of traffic industrial land use increased from 4.75% accidents involve to 7.5%. While, agricultural land use motorcycles. decreased from 45% to 24%. Sustainability Issues in Urban Development (2/2) REPUBLIK INDONESIA Deterioraon of Urban Public Transport (current share is around 20%) URBAN GRIDLOCK V/C Rao 2020: > 1.2 DKI Jakarta (2010) 2% 19% 62% 23% Hong Kong (2011) 25% 63% 11% Tokyo (2009) 48% 3% 12% 37% Singapore (2011) (2011) 19% 29% 29% 23% 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% Rail Non-Rail Public Transport Private Transport Others Severe Traffic Congeson • Economic losses due to traffic conges7on in Jakarta reach USD 3 billion in 2016. -
Thailand MRTA Initial System Project (Blue Line) I–V
Thailand MRTA Initial System Project (Blue Line) I–V External Evaluator: Hiroyasu Otsu, Graduate School of Kyoto University Field Survey: August 2007 – March 2008 1. Project Profile and Japan’s ODA Loan Myミャンマーanmar ラオスLaos Thailandタイ Banバンコクgkok ◎ カンボジアCambodia プロジェクトサイトProject Site Map of the project area Bangkok Subway (MRT Blue Line) 1.1 Background Accompanying the rapid economic development in Bangkok starting in the 1990s, regular traffic congestion and the associated air pollution became evident in the urban area. The Thai government drew up the Bangkok Mass Transit Master Plan (produced by the Office of the Commission for the Management of Road Traffic (OCMRT) and hereinafter referred to as the “master plan”) in 1995 based on the 7th National Economic and Social Development Plan (1992–1996) for the purpose of developing a mass transit network and also for developing a network of ordinary roads and expressways to achieve steady economic growth, together with resolving the above-mentioned traffic congestion and air pollution. Furthermore, the development of the mass transit network proposed in the master plan is also specified in the subsequent 8th National Economic and Social Development Plan (1997–2000), and it is positioned as an extremely important national project in Thailand. The plan for the Bangkok mass transit system, part of the master plan, involves the construction of five lines that will radiate out and join the Bangkok Metropolitan Area (BMA) with the Bangkok Metropolitan Region (BMR)1 together with creating a network 1 The Bangkok Metropolitan Region includes Bangkok, which is a special administrative area, and the surrounding five provinces of Samut Prakan, Pathum Thani, Samut Sakhon, Nakhon Pathom, and Nonthaburi. -
Japan-ASEAN Connectivity Initiative(PDF)
November. 2020 Japan-ASEAN Connectivity Initiative MOFA Japan has supported ASEAN's efforts to strengthen connectivity in order to narrow the gaps in the ASEAN region and further facilitate the integration of ASEAN community based on the Master Plan on ASEAN Connectivity (MPAC) 2025 and Ayeyawady-Chao Phraya-Mekong Economic Cooperation Strategy (ACMECS) Masterplan. Japan will continue to provide support in this field. Japan has announced its decision to support strengthening ASEAN connectivity both in hard and soft ware with focus on the ongoing 2 trillion yen worth of land, sea, and air corridor connectivity infrastructure projects as below, together with capacity building projects for 1,000 individuals over the next three years. “Land Corridor” East-West Corridor *The following connectivity projects include projects (Thailand) The road connecting Da Nang, Viet Nam under consideration. (Cambodia) ・Mass Transit System Project and Mawlamyaing, Myanmar ・National Road No. 5 Improvement Project “Sea and Air corridor” in Bangkok (RED LINE) Southern Corridor ( ) (Myanmar) The road connecting Ho Chi Minh, Viet Nam Cambodia ・ ・Bago River Bridge Construction Project and Dawei, Myanmar Sihanoukville Port New Container Terminal Development Project ・East-West Economic Corridor Improvement Project Mandalay Hanoi ・ ・East-West Economic Corridor Highway Development The Project for Port EDI for Port Myanmar Modernization Project (Phase 2)(New Bago-Kyaikto Highway Section) Naypyidaw Laos (Myanmar) ・Infrastructure Development Project in Thilawa Area Phase -
Climate Policies in Transport Sector of Vietnam And
MINISTRY OF TRANSPORT TRANSPORT DEVELOPMENT AND STRATEGY INSTITUTE URBAN PUBLIC TRANSPORT SYSTEM IN VIETNAM Presenter: Le Thi Thanh Nhan (MSc) Energy Efficiency in Emerging Economies Training Week for Southest Asia Jakarta, 16 to 20 July, 2018 Vietnam at a glance Population: 93.5 million people Urban population: 32.3 million people Urbanization rate: 34.5% Urban contribution: 70 - 75% of the GDP Vietnam at a glance • There are 788 urban areas in the whole Viet Nam, including 02 special urban areas (Ha Noi, HCMC) Several figures: 2.9 million automobiles 46 million motorbikes 492 motorbike/1000 population • The competitive index of Vietnam transport infrastructures ranked the 67th of the 138 countries in 2015-2016 period • The urbanization process growths very fast (3.4% per year) resulting in higher and higher traffic demands, and a boom of individual vehicles (i.e. cars, motorbikes) in large urban areas, and severe status of traffic congestion Urban Public Transport in Vietnam Conventional bus BRT Metro River bus Urban Public Transport in Vietnam Conventional bus 61/63 provinces have public bus system with total passenger transported: more than 1 billion/year Structure of bus routes in cities in 2015 Urban Public Transport in Vietnam River bus Operating in Ho Chi Minh City with 01 route 10,8km Metros Under construction in 02 cities are Ha Noi and Ho Chi Minh City MRT system in Hanoi Hanoi: ( Decision 1259/2011/QD-TTg) 8 metro lines with 318 km Line 2A and 3: under construction Line 2A: 13.1 km elevated, 12 stations Line 3: 12.5 km (8.5 km elevated, 4 km underground, 12 stations MRT system in HCMC HCMC: (Decision 568/2013/QD-TTg) 08 metro lines (1, 2, 3a, 3b, 4, 4b, 5, 6) 03 tram lines/1 monorail line (T) 01 elevated rail line (E) MRT Line 1, 2, 5: Under construction BRT system in Hanoi . -
Annual-Report-MRT-Jakarta-2017.Pdf
Laporan Tahunan Annual Report 2017 ACHIEVING THE MILESTONES PT MRT Jakarta Wisma Nusantara 21st Floor Jl. MH. Thamrin 59 ReportAnnual Laporan Tahunan Jakarta, 10350 - Indonesia Tlp: (+62-21) 3906456 Fax: (+62-21) 3155846 2017 (+62-21) 3142273 www.jakartamrt.co.id ACHIEVING THE MILESTONES Laporan Tahunan Annual Report 2017 SANGGAHAN DAN TANGGUNG JAWAB Disclaimer Laporan Tahunan ini memuat berbagai pernyataan This Annual Report contains various statements terkait kondisi keuangan, operasi, kebijakan, regarding financial and operational conditions, proyeksi, rencana, strategi, serta tujuan Perseroan, policies, projection, plans, strategies, as well as yang digolongkan sebagai pernyataan ke depan the Company’s objectives, which are classified as dalam pelaksanaan perundang-undangan yang forward-looking statements in the implementation berlaku. Pernyataan-pernyataan tersebut memiliki of the applicable laws. Such forward-looking prospek risiko, serta ketidakpastian, hingga statements have known and unknown risks kemungkinan perbedaan dengan perkembangan (prospective) and uncertainties, which could cause aktual. Berbagai pernyataan prospektif dalam the actual results to differ from the expected Laporan Tahunan ini disusun berdasarkan asumsi- results. Prospective statements in this Annual Report asumsi mengenai kondisi terkini, serta proyeksi are prepared based on numerous assumptions atas situasi mendatang, terkait lingkungan bisnis concerning current conditions as well as projection Perseroan. Perseroan tidak menjamin bahwa of the coming future -
Bangkok MRT Red Line (Thailand)
mageba – Project information Bangkok MRT Red Line (Thailand) Project description mageba scope Highlights & Facts The MRT (Mass Rapid Transit) red line in In 2015, mageba manufactured more than Bangkok is part of the MRT master plan 5’000 RESTON®SPHERICAL bearings. The mageba products: for the Bangkok metropolitan region. With installation schedule runs from 2015 to Type: RESTON®SPHERICAL a total length of 26.3 km, the red line is 2017. bearings of type KA, KE planned to run from Bang Sue to Rangsit The bearings are designated of types KF, and KF and Bang Sue Stations, bringing passengers KE or KA, depending on their ability to Features: With ROBO®SLIDE to the north. high-grade sliding accommodate sliding movements. material The construction project is part of the As the bearings are installed in this Installation: 2015–2017 infrastructure investment programs led by high-dynamic stressed railway bridge, Strcuture: the Thai Government. the requirements in terms of assuring City: Bangkok Moreover, the master plan comprises a zero friction for smooth transmission of Country: Thailand 26.4 km long line to the north (North Line) horizontal forces had to be fulfilled. Type: Mass transit system and 14.6 km long line to the west (West A further peculiarity features the precast- Owner: Ministry of Transport Line) providing a fully elevated rail system. segement structure that makes great State Railway of Thailand demands on the type of connection to be Designer: Team Consulting used. Engineering and Management Company NorCiv Engineering Co., Ltd The MRT red line is located in Bangkok, the RESTON®SPHERICAL bearings packed and ready for metropolitan region of Thailand delivery Load testing of the RESTON®SPHERICAL bearings Thailand Bangkok Cambodia © 2016 Google Switzerland www.mageba.ch 2016.08 CH-EN ©mageba mageba sa - Solistrasse 68 - 8180 Bülach - Switzerland - T +41 44 872 40 50 - [email protected]. -
Research and Development Agency, Ministry of Transportation
JTTRI INTERNATIONAL SEMINAR RESEARCH AND DEVELOPMENT AGENCY, MINISTRY OF TRANSPORTATION STRATEGIC ROLE OF RESEARCH & DEVELOPMENT AGENCIES MINISTRY OF TRANSPORTATION MID TERM NATIONAL DEVELOPMENT PLAN 2020-2024 MINISTRY OF TRANSPORT’S FOCUSES SMART SAFETY AND INTEGRATION COMPETITION INCLUSIVITY SUSTAINABILITY TECHNOLOGY SECURE To reach the maximal Transport should Technology Inclusivity is The balancing Safety and between Security become utilization, the be the stimulant development to important to economy the main goals of infrastructure should of national ensure the best decrease the competition transport economic development, transport system. be integrated with services and equity and the services and sosiologic environment. public transport gap operation 3 RESEARCH AND DEVELOPMENT AGENCY’S FOCUSES COLLABORATION WITH JAPAN 2019: Research and Development Agency- Civil Aviation Bureau MLIT Japan: “Joint Research in the field of Public Private Partership for Indonesian Airport Infrastructure Development” 2020: a. Research and Development Agency-Civil Aviation Bureau MLIT Japan: “ Joint Research in the field of Smart Airport Design Arrangement for Airports in the New Capital City of Indonesia” b. Research and Development Agency-Chiba University: “Joint Research in the field of Anti Bird Strike Radar Development for Airports” More Collaboration Opportunities: 1. Expert Sharing; 2. Joint research in the field of Land Transport, Railways, Logistics, and Multimode Transport; 3. Research Publication; 4 4. Transport Technology Development. GREATER -
Greater Jakarta Area (Jabodetabek) Indonesia
DATA COLLECTION REPORT Sustainable Urban Transport Index (SUTI) for Asian Cities GREATER JAKARTA AREA (JABODETABEK) INDONESIA Dr. Muhammad Nanang Prayudyanto (Consultant) Dr. Muiz Thohir (GJTA) 2017 1 TABLE OF CONTENT TABLE OF CONTENT .................................................................................................................................. 2 LIST OF FIGURES ....................................................................................................................................... 3 LIST OF TABLES .......................................................................................................................................... 4 1. Introduction ....................................................................................................................................... 5 2. Current state of urban transport systems and service ...................................................................... 7 3. Data collection approach for SUTI ................................................................................................... 11 4. Data for SUTI (key data – detail in Excel sheet) ............................................................................... 12 a. Indicator 1 Extent to which transport plans cover facilities for active modes and public transport ...................................................................................................................................... 12 b. Indicator 2. Modal Share of Active and Public Transport in Commuting ................................... -
Implementing Low Carbon Public Transport Carbon Public
Implementing Low Carbon Public Transport in Jakarta Project RblE&ERenewable Energy & Energy Efficiency Project (REEEP) Project ID 108010494 Report 1 Technical Specification on Cleaner Fuel Buses for Direct Service March 2012 Table of Contents 1. BACKGROUND: DIRECT SERVICE CONCEPT 1.1 Introduction 1.2 Direct Service Concept 1.3 Fleet Type and Capacity 2. DEFINING SUITABLE FLEET FOR DIRECT SERVICE 2.1 Desired Vehicle Performance for Direct Service 222.2 Level of Emissions to be expected 3. FUEL TYPE : DIESEL or CNG? 3.1 The Benefit of Diesel 3.2 The Benefit of CNG 333.3 CbiiCombining the Two: CtiCreating A Sus ta ina ble Sys tem with Differen t Flee t AtArrangement 4. TECHNICAL SPECIFICATION DESIGN FOR DIRECT SERVICE BUSES 4.1 Introduction 4.2 Condition of Existing buses 4.3 Chassis and Engine Technical Specification 4.4 Body and Interior Specification and Design 4.5 Equipment and Supporting Tools Specification 5. PROVIDING RELIABILITY IN RUNNING THE DIRECT SERVICE 5.1 The Need for Maintenance Contract: How the Contract Should be Arranged 5.2 Quality Control: How to supervise the Maintenance and Quality Checking 5.3 Monitoring and Evaluation as Part of Quality Control 6. FLEET RECOMMENDATION Implementing Low Carbon Public Transport in Jakarta Project 2 Chapter 1 Background : Direct Service Concept Implementing Low Carbon Public Transport in Jakarta Project 3 CHAPTER 1 1.1 Introduction Transjakarta, the first Bus Rapid Transit (BRT) system in REEEP Project “Implementing Low Carbon Public Indonesia, started in 2004. As of February 2012 11 Transport in Jakarta” will outline plans and measures to Corridors, with 180 km long are in operation and served by be taken to implement the tranforming medium buses to 206 stations and 560 buses, 480 of which run on become Transjakarta Direct Service.