The Feasibility Study Report On Lagos Thermal Power Plant Expansion Project in Federal Republic of Nigeria
|
|
- Annis Lang
- 6 years ago
- Views:
Transcription
1 The Feasibility Study Report On Lagos Thermal Power Plant Expansion Project in Federal Republic of Nigeria March 2016 Ministry of Economy, Trade and Industry Japan Marubeni Corporation
2 Contents Chapter 1 Purpose of the Survey i Chapter 2 Electricity Supply and Demand i Chapter 3 Selection of the Project Site ii Chapter 4 Materialization of the Project Plan iii 4.1 Power generation method selection iii 4.2 Composition of the power plant and specifications iv 4.3 Capacity of the new power plant v 4.4 Generated electricity delivery facilities vi 4.5 Project implementation schedule vi 4.6 Project cost estimation vii Chapter 5 Economic and Financial Analysis viii 5.1 Economic and financial analysis viii 5.2 Fund raising and repayment plan viii Chapter 6 Environmental and Social Considerations ix 6.1 Environmental Impact Assessment (EIA) according to laws and regulations in Nigeria ix 6.2 Underlying principles of environmental considerations in the JBIC Guidelines x Chapter 7 Economic and Social Impact of Project Implementation xiii Attachment Drawings xv
3 Chapter 1 Purpose of the Survey The Federal Republic of Nigeria (hereinafter referred to as Nigeria ) has the largest population in Africa, with approximately 182 million people. According to the latest economic statistics, Nigeria overtook South Africa to become Africa s largest economy. The Nigerian economy has been steadily growing, with the largest oil production and natural gas reserves in Africa, as well as strong growth in non-oil sectors. As for the power sector, however, because power supply facilities have not been properly maintained, upgraded or newly constructed in the past, the supply capacity is overwhelmingly insufficient for the potential demand, causing frequent planned outages and accidental outages in the entire power system. In such circumstances, the Government of Nigeria has promoted the National Integrated Power Project (NIPP) and privatization of the power sector. However, in order to respond to the present potential electricity demand and the electricity demand that is likely to increase sharply in the future, an expansion of electricity facilities and streamlining of the existing gas turbine and thermal power generating systems are urgently needed. As a part of the expansion of electricity facilities, efficiency must be improved through construction of a gas-fired thermal power plant and a large, high-efficiency gas combined cycle power plant. This Project will carry out a basic survey on the present state of the existing power supply facilities and plans to expand the electricity facilities. It will also carry out a feasibility survey with an eye to formulating a plan to introduce a high-efficiency gas combined cycle power plant that utilizes Japan s technology to the maximum extent and to receive a construction order for such a plant. Chapter 2 Electricity Supply and Demand In Nigeria, the potential electricity demand considerably outstrips the supply capacity, and planned outages are conducted on a routine basis. Therefore, factories, commercial facilities and general households use non-utility generation facilities to prepare for outages and make up for daily power shortages. The maximum power output grew at an annual average of 4.6% in , but the output was a mere 5,075MW in 2016, which is about one third of the peak demand of 14,630MW. The power consumption per person in Nigeria is extremely low compared to countries of the same level of GDP per capita: for example, it is roughly one tenth of that in Vietnam. It is even lower than that of countries with lower levels of GDP per capita, such as Ghana and Mozambique. The Energy Commission of Nigeria (ECN) forecasts that the electricity demand (on the basis of generated electric energy) will continue growing at an annual rate of 5.7% until Therefore, electricity supply facilities must be strengthened urgently to respond to the present shortage and future growth in demand. The country has a total of 25 power plants, consisting of three hydropower and 22 thermal power plants. The rated capacity is a total of 11,675MW. However, due to trouble, maintenance of the facilities and other i
4 reasons, the available capacity is 7,140MW, or just 61% of the rated capacity. Moreover, the power output is restricted by restrictions on the transmission capacity and gas supply, and therefore the actual capacity is only about 3,000-4,000MW. Chapter 3 Selection of the Project Site The project site must satisfy necessary requirements and will be selected from four power plants, that is: (i) Egbin Thermal Power Plant, a conventional dual fired system (gas and heavy oil) to which Marubeni Corporation delivered power plants made by Mitsubishi Hitachi Power Systems, Ltd. (MHPS, former Hitachi, Ltd.); (ii) Calabar Power Plant, a simple cycle gas turbine plant; (iii) Sapele Power Plant, a simple cycle gas turbine power plant; and (iv) Ihovbor Power Plant, a simple cycle gas turbine power plant. The requirements that the project site must meet have been set forth as follows with the assumption of constructing a gas turbine combined cycle power plant that has a rated output of 1,300-1,900MW. (i) A construction site with an area of 20ha or more is available. (ii) Water is available for use as boiler supply water. (iii) The natural gas supply pressure is sufficient, 4.5MPa or higher, and 300 MMCFD or more can be secured. (iv) The site is connected to a 330kV transmission line, and is able to connect to additional lines. (v) The site is near an area where electricity is in demand. (vi) The site is far from any densely-populated area. (vii) The site is free from any restrictions on the transport of heavy and large cargo. The seven items above have been evaluated for the four candidate sites as shown in Table 3.1, and it has been concluded that it will be the most appropriate measure to construct a gas turbine combined cycle power plant on a site adjacent to the Egbin Thermal Power Plant. Table 3.1 Evaluations of Candidate Project Sites Item Egbin Calabar Sapele Ihovbor 1 A construction site with A site with an area Impossible on theimpossible on theimpossible on the an area of 20ha or more of 20ha or more can present site. Sitepresent site. Sitepresent site. Site is available. be secured. expansion is needed. expansion is needed. expansion is needed. 2 Water is available for use as boiler supply water. 3 The natural gas supply pressure is sufficient, (Addition al (No gas supply) 4.5MPa or higher, and pipeline must be 300 MMCFD or more laid down.) can be secured. 4 The site is connected to a 330kV transmission line, and is able to connect to additional lines kV lines 4 330kV lines 6330kV lines (The facilities are aged) 4 330kV lines ii
5 Item Egbin Calabar Sapele Ihovbor Lagos Calabar Bennin Bennin 5 The site is near an area where electricity is in demand. 6 The site is far from any densely-populated area. 7 The site is free from any restrictions on the transport of heavy and large cargo. About 350t of cargo was transported for construction of the present plant. About 230t of cargo was transported for construction of the present plant. About 230t of cargo was transported for construction of the present plant. About 230t of cargo was transported for construction of the present plant. Overall evaluation Chapter 4 Materialization of the Project Plan 4.1 Power generation method selection Four power generation methods may be applicable to the plant to be built under this Project: that is, (1) a simple cycle gas turbine plant with a high efficiency large gas turbine; (2) a high efficiency gas combined cycle power plant with a large gas turbine; (3) a supercritical pressure conventional steam turbine power plant; and (4) a large gas engine power plant. The following table summarizes these power generation methods. The following table summarizes the four methods. Table Comparison of Power Generation Methods No. Power generation method Output breakdown Net thermal Type-1 Type-2 Type-3 Simple cycle gas turbine power generation with an advanced large gas turbine High efficiency gas combined cycle power plant with an advanced large gas turbine Super critical pressure conventional steam turbine power plant MHPS M701F4 x 6 units [Net power: 285 MW x 6 = 1,710MW] MHPS M701F4 2 on 1 2 or 1 on 1 4 [Net power: 877 MW x 2 = 1,754 MW] 300 MW BTG x 6 units [Net power: 300 MW** 6= 1,800 MW] Type-4 Large gas engine power plant 18MW Gas Engine x 100 units Notes [Net power: 18MW x 100 = 1,800MW] *: New & Clean Condition **: Nigeria s power system is small in size and the maximum capacity of each power generator is restricted to 300MW. efficiency 39%* 58%* 41%* 47% Figure shows the accumulated power generation costs of the four methods. For the first 40,000 hours after the commencement of operation, the accumulated cost of a simple cycle gas turbine power plant (Type-1) is the lowest, but the accumulated costs of a gas turbine combined cycle power plant (Type-2) is the lowest after about 50,000 hours. Therefore, this Project will adopt gas turbine combined cycle power generation (Type-2). iii
6 8,000 7,000 Accumulated 累積コスト cost: USD/kW USD/kW 6,000 5,000 4,000 3,000 2,000 1, Operating time: hours 運転時間 Hour Simple Cycle GT Combined Cycle GT Gas Thermal BTG Gas Engine Figure Accumulated Power Generation Cost of the Power Generation Methods 4.2 Composition of the power plant and specifications Three types of gas turbine combined cycle power generation with advanced large gas turbine may be applicable to the plant to be built under this Project: that is, (1) one-on-one single-shaft; (2) one-on-one multi-shaft; and (3) two-on-one multi-shaft. Table shows a comparison of components of the power plant in these types. Table Comparison of Combined Cycle Components Item One on One* 4 Two on One** 2 1. Shaft composition Single-shaft Multi-shaft Multi-shaft 2. Without a bypass stack/ Breakdown of 1 HRSG 3. With a bypass stack / Breakdown of 1 HRSG 4. Without a bypass stack/ Breakdown of 1 STG 5. With a bypass stack / Breakdown of 1 STG GTG single operation unavailable GTG single operation unavailable GTG single operation unavailable Output 75% Output 75% Output 75% GTG single operation GTG single operation GTG single operation available available available Output approx. 91% Output approx. 91% Output approx. 91% GTG single operation GTG single operation GTG single operation unavailable unavailable unavailable Output 75% Output 75% Output 50% GTG single operation GTG single operation GTG single operation available available available iv
7 Item One on One* 4 Two on One** 2 Output approx. 91% Output approx. 91% Output approx. 83% 6. No. of generators 4 generators 8 generators 6 generators 7. No. of lines for 330kV 8 Breakdown of 1 GTG 4 lines 8 lines 6 lines Output 75% Output 75% Output 75% 9. Construction cost 100% 110% 103% 10. Simplicity of O&M 11. Capacity of a single generator is 300MW or less Approx. 450MW Overall evaluation Notes *: One Gas Turbine on One Steam Turbine **: Two Gas Turbines on One Steam Turbine Based on the results of the comparison made above, this Project will consider two types of compositions as candidates to be built on idle land east of the Egbin Thermal Power Plant: that is, four blocks of a one-on-one multi-shaft gas turbine combined cycle power plant (hereinafter referred to as CASE 1 ) and two blocks of a two-on-one multi-shaft gas turbine combined cycle power plant (hereinafter referred to as CASE 2 ). The new power generating facilities will be constructed in the manner where they will not rely on the existing power plant, but will use some components or extended facilities of the existing plant, such as the existing gas and water supply facilities, auxiliary steam system, fire-extinguishing installation, and 330kV switch gear. 4.3 Capacity of the new power plant The following table summarizes the capacity of Case 1, a one-on-one multi-shaft MHPS gas turbine (M701F4), and that of Case 2, a two-on-one multi-shaft combined cycle power plant, under the site design conditions. Table Comparison of the Capacity of the Two Cases (Site Conditions) Capacity item Case 1: one-on-one multi-shaft Case 2: two-on-one multi-shaft Total gross power output 1,743,200 kw 1,754,000 kw Total gross block power output* 440,800 kw 886,100 kw Net block power output** 435,800 kw 877,000 kw Net thermal efficiency % % Heat rate 6,189 kj/kwh 6,151 kj/kwh Notes *: Power output at generator end **: Total power output at generator end auxiliary power v
8 4.4 Generated electricity delivery facilities Table shows the transmission lines that the Egbin Thermal Power Plant uses to deliver generated electricity. If a combined cycle power plant is constructed, Case 2 produces an additional output of 1,754MW under the site conditions, compared to Case 1, which produces less output. In order to confirm if the transmission lines are subject to overload, power flow analyses have been performed in three cases: with no additional transmission lines, with two additional 330kV transmission lines, and with four additional 330kV transmission lines. As shown in Table 4.4-2, the first case (with no additional transmission lines) causes no overload, but the maximum load reaches 93%. This suggests that if any trouble occurs in a line, the remaining lines will be overloaded, therefore an additional two or four lines should ideally be laid down. To secure higher supply credibility, the construction of an additional four lines should be recommended. Table Egbin Thermal Power Plant Existing Power Lines No. Transmission route Voltage No. of lines 1 Egbin Power Plant Aja Substation 330kV 2 2 Egbin Power Plant Benin 330kV 1 3 Egbin Power Plant Ikeja West Substation 330kV 1 4 Egbin Power Plant Oke Aro Substation Ikeja West Substation 330kV 2 5 Egbin Power Plant Ikorodu Substation 132kV 2 Table Case Generation capacity (MW) No. of 330kV transmission lines Current Analysis Results Location to place additional lines Maximum load factor of transmission lines 1 3,074 (1,320+1,754) 6 (existing lines) No additional lines 93% 2 3,074 (1,320+1,754) 8 (additional 2 lines) Egbin Oke Aro 67% 3 3,074 (1,320+1,754) 8 (additional 2 lines) Egbin Ogijo 68% 4 3,074 (1,320+1,754) 10 (additional 4 lines) Egbin Ogijo 55% 4.5 Project implementation schedule Tables and show the entire project schedule of Cases 1 and 2, respectively. In Case 1, the first simple cycle gas turbine is scheduled to start operation in December 2019, and the construction of the entire power plant is scheduled to be completed in June In Case 2, on the other hand, the first simple cycle gas turbine is scheduled to start operation in December 2019, and the construction of the entire power plant is scheduled to be completed in June vi
9 Table Entire Project Schedule (Case 1) Feasibility Study 2 EIA Study and Report EIA Approved 3 EPC Proposal and Evaluation 4 Contract Negotiation 5 Contract Signning and Work Period 6 No.1 Block-SC COD 7 No.1 Block-CC COD 8 No.2 Block-SC COD 9 No.2 Block-CC COD 10 No.3 Block-SC COD 11 No.3 Block-CC COD 12 No.4 Block-SC COD 13 No.4 Block-CC COD Table Entire Project Schedule (Case 2) Feasibility Study 2 EIA Study and Report EIA Report Approved 3 EPC Proposal and Evalaution 4 Contract Negotiation 5 Contract Signning & Work Period 6 No.1 Block-SC COD 7 No.1 Block-CC COD 8 No.2 Block-SC COD 9 No.2 Block-CC COD 4.6 Project cost estimation The project cost can be divided roughly into (1) the construction cost of power generating facilities and (2) the cost of preparation for operation. Table shows the estimated project costs. Table Results of Project Cost Estimation Item Case-1:1 on 1 x 4 Blocks Case-2:2 on 1 x 2 Blocks (1) Construction cost of power generating facilities (EPC cost) Cost of power generating and auxiliary JPY 126,510 million JPY 120,500 million facilities Cost of transport, installation and test operation JPY 46,000 million JPY 43,750 million Civil engineering and construction costs JPY 57,500 million JPY 54,800 million Total (1) JPY 230,010 million JPY 219,050 million (eq. USD 2, million) [USD 1,046 / kw] (eq. USD 1, million) [USD 993 / kw] (2) Engineering and project management costs Engineering and project management costs JPY 2,500 million JPY 2,500 million Spare parts JPY 1,500 million JPY 1,500 million Total JPY 4,000 million JPY 4,000 million Grand total JPY 234,010 million (eq. USD 2, million) JPY 223,050 million (eq. USD 1, million) Note: USD 1.00 = JPY 115 vii
10 Chapter 5 Economic and Financial Analysis 5.1 Economic and financial analysis Economic and financial analysis has been performed according to the following conditions. As shown in Table 5.1-1, the FIRR of both Cases 1 and 2 have been found to be above the opportunity cost of the Project, which is 10%. The B/C ratio is also greater than 1. Therefore, the Project has been found to be relevant in terms of financial assessment indicators, and satisfies the financial and investment standards. [Prerequisites of the economic and financial analysis] (1) Annual operating hours of the power plant: 8,000 hours (2) Annual load factor of the power plant: 80% (3) Fixed operational and maintenance costs: 0.5%/year of the construction cost (4) Variable operational and maintenance costs: USD2.00/MWh (equivalent to JPY 240/MWh) (5) Fuel costs: USD 3.30/MMBtu (equivalent to JPY 375/GJ) (6) Electricity sales price: USD 7.22 cents/kwh (equivalent to JPY 8.66/kWh) Table Case Indicator Economic and Financial Analysis Evaluation Indicators FIRR B/C ratio (discount rate: 10%) Case % 1.63 Case % Fund raising and repayment plan (1) Consideration of fund raising and candidate financial resources The funds necessary for facility investment and operating costs of the Project will be financed by self funding (15%) and overseas borrowing (85%). Overseas borrowing will be made from international policy-based financial institutions and private financial institutions in the form of "project loans", which are granted to implement specific development projects to build roads, railroads, power plants and other types of infrastructure in developing countries. As for foreign loans, 85% will be made from policy-based financial institutions and the remaining 15% from private financial institutions. (2) Borrowing prerequisites According to the nature of development assistance funds, loans will be granted under long-term and lenient conditions. Interest during construction will be paid by the organization implementing the project. Interest rate: JPY fixed rate of 3.72% According to export financing standard loan conditions by JBIC, the fixed rate of 3.72% will be viii
11 applied. (This rate is the sum of the fixed rate at the time of the loan approval of 1.03% (as of January 2016); a premium prior to agreement of the export contract of 0.20%; and a risk premium of 2.49%.) Borrowing period: 4 years of a moratorium, and a subsequent 12 years of principal equal repayment (3) Borrowing amount calculation The amount of borrowing will reach a peak with the following timing, and principal equal repayment will start in Case 1: JPY138,390 million in 2020, principal equal repayment: JPY11,533 million Case 2: JPY128,198 million in 2020, principal equal repayment: JPY10,683 million (4) Repayment plan Revenues from electricity sales under the Project will be allocated for repayment of the principal and interest. According to the calculation, loans will be repaid completely in Chapter 6 Environmental and Social Considerations 6.1 Environmental Impact Assessment (EIA) according to laws and regulations in Nigeria (1) Summary Nigeria has the Environment Impact Assessment Act (hereinafter referred to as the "EIA Act"), which requires any development project possibly having any negative impact on the environment to perform an environmental assessment. At the same time, the following guidelines are in force in relation to an environmental impact assessment. EIA Procedural Guideline (1992) This regulates the procedures from the project planning to implementation and the procedures for obtaining EIA approvals. EIA Guidelines for the Power Sector The EIA Guidelines were formulated in 2013 especially for the power sector. These will be applicable to electricity facilities (*) already installed and likely to be installed in future. * Electricity facilities include hydropower, thermal power (boiler (steam turbine), reciprocating engines, combustion turbine, combined cycle and cogeneration), wind power, nuclear power, transmission line, rural electrification, photovoltaic power, biomass power, tidal power and geothermal power. (2) Project Category The EIA Act stipulates that any development project will be classified into one of the following three categories in consideration of the nature and degree of its impact on the environment, and other factors. Category I: Projects in this category will require approval based on a full-scale EIA survey (corresponding to Category A of the JBIC Guidelines). Category II: Projects in this category will require approval based on a survey on the IEE level. Category III: Projects in this category will be approved without an EIA or IEE survey. ix
12 As for the power sector, the supplement to the EIA Act requires the following projects to perform an EIA. This Project falls under the category "combined cycle power generation" and must perform an EIA. Thermal power generation: 10MW or larger Hydropower generation: Dams with a height of 15m or higher and the total area of auxiliary facilities with area 40ha or larger, or the area of a water reservoir of 400ha or larger Combined cycle power generation Nuclear power generation 6.2 Underlying principles of environmental considerations in the JBIC Guidelines (1) Underlying principles The JBIC Guidelines stipulate that the environmental impact which may be caused by a project must be assessed and examined from the earliest planning stage possible, and that alternative proposals or minimization measures to prevent or reduce adverse impact must be examined and incorporated into the project plan. The guidelines also state that the findings of the examination of environmental and social considerations must include alternative proposals or mitigation measures and be recorded as separate documents or as a part of other documents, and that Environmental Impact Assessment (EIA) reports must be produced for projects such as this Project, which fall under Category A. (2) Examination of measures The JBIC Guidelines stipulate that multiple alternative proposals must be examined to prevent or minimize adverse impact and to choose a better project option in terms of environmental and social considerations, and that, in the examination of measures, priority is to be given to the prevention of environmental impact. When this is not possible, minimization and reduction of impact must be considered next. The guidelines also stipulate that compensation measures must be examined only when impact cannot be prevented by any of the aforementioned measures. In particular, for projects in Category A, the guidelines stipulate that appropriate follow-up plans and systems, such as monitoring plans and environmental management plans, must be prepared; and the costs of implementing such plans and systems as well as financial methods to fund such costs must be determined. (3) Environmental considerations in the JBIC Guidelines for construction of a thermal power plant Table lists categories and items on the environmental checklist of the JBIC Guidelines, together with the results of the preliminary environmental impact forecast and assessment. Within the anti-pollution measures, the Project is expected to have an especially large impact on air quality, so that continuous environmental monitoring, introduction of facilities satisfying the emission gas standards and appropriate maintenance measures are needed. For water quality, waste, noise and vibration, and odor, continuous monitoring, maintenance and inspections of equipment as well as other various other measures must also be conducted. As for soil contamination and subsidence, on the other hand, the actual situation at the site has not been clarified yet, though such information is necessary to x
13 forecast the impact of the Project. Therefore, it is necessary to understand the actual state of affairs through a field survey in future and to build a system to implement and manage appropriate measures. As for the natural environment, the construction of an additional power plant is expected to have an impact on the ecosystem and biota in and around the project site. In particular, adverse effects would increase without any appropriate measures against the pollutant sources cited above. To see the impact on hydrology, as well as topography and geology, the present state of affairs must be clarified through a field survey in future. As for the social environment and other factors, traffic from construction vehicles and construction work will temporarily have adverse effects including noise and vibration that affects communities near the project site, as well as the regional economy and infrastructure. However, to again assess these impacts in detail, the present state of affairs must be clarified through the field survey that covers these communities. Based on the survey results, countermeasures must be taken to, for example, remove impediments to economic activities, ease local traffic, and restrict construction time. Category Table Check item Preliminary Environmental Impact Forecast and Assessment Results Forecast and assessment Large Small None Unknown Countermeasures and Reasons for forecast and assessment policies Anti-pollution measures Air quality Water quality Waste Soil contamination Noise and vibration Subsidence Odor An increase in gas emissions including NOx will affect the air quality. An increase in effluents will affect the water quality of the lagoon. The construction work will generate waste. The present state of soil contamination, present measures against soil contamination, etc. are unknown. Construction work and operation of the power plant will cause noise in and around the project site. The present ground condition is unknown. The power plant will emit gases, and use ammonia and chlorine, which will generate odor. Continuous environmental monitoring, introduction of facilities satisfying emission gas standards and appropriate maintenance measures Continuous environmental monitoring, introduction of facilities satisfying effluent standards and appropriate maintenance measures Waste disposal measures during construction work Understanding of the present state through a field survey, and building of a system to manage pollutant resources Continuous environmental monitoring, introduction of facilities to reduce noise and restrictions on work time Understanding of the present state through a field survey Continuous environmental monitoring and prevention of leakage through regular xi
14 Forecast and assessment Category Check item Large Small None Unknown Reasons for forecast and assessment Countermeasures and policies facility inspections Natural environment Social environment Sediment Protected areas Ecosystem and biota Hydrology Topography and geology Management of abandoned sites Resettlement Living and livelihood Heritage Landscape Ethnic minorities and indigenous peoples Working conditions No activity will be taken to affect sediment. No protected area exists near the project site. The pollutant resources cited above will have an impact on the ecosystem and biota in and around the Project site The impact of an increase in the amount of water taken and emitted between the lagoon and the power plant is unknown. The present topographical and geological conditions are unknown. Neither removal of any existing facilities nor management of any abandoned site is expected in this Project. The site is idle land owned by the Egbin Thermal Power Plant, and no resettlement of residents is needed. Traffic from construction vehicles will temporarily have adverse effect on the regional economy and infrastructure. No cultural heritage property is located near the project site. Buildings, stacks and other structures of the power plant may spoil the landscape. Neither ethnic minorities nor indigenous people reside in or around the project site. Compliance with any manuals and NERC rules on working conditions None None Continuous environmental monitoring and various countermeasures against contamination cited above Understanding of the present state through a field survey and continuous environmental monitoring Understanding of the present state through a field survey None None Understanding of the present state including the situations of communities near the project site through a field survey, and consideration of measures to alleviate the impact based on the actual state None Measures to alleviate the impact on landscape, such as forestation in and around the project site None Interviews with workers of the existing power plants xii
15 Forecast and assessment Category Check item Large Small None Unknown Reasons for forecast and assessment Countermeasures and policies Other and occupational safety Healthcare, safety and security of local communities Impact during construction work Measures to prevent accidents Monitoring and occupational safety is unknown. about working conditions, The present state of communities near the project site is unknown. Traffic from construction vehicles will temporarily have adverse effect on the regional economy and infrastructure. Noise and vibration from construction work will have an adverse effect. Whether any training is conducted or not for workers to prevent accidents is unknown. Whether monitoring on social aspects is conducted or not is unknown. and confirmation of compliance with manuals and NERC rules Confirmation of the present state and the possible impact on communities near the project site through a field survey Confirmation of the present state including communication near the project site through a field survey, removal of impediments to economic activities, consideration of local traffic, and restrictions on work time Understanding of the present state through a field survey, and training of workers Expansion of monitoring items including social aspects and environmental that is in progress continuous monitoring Chapter 7 Economic and Social Impact of Project Implementation In Nigeria, the potential electricity demand considerably outstrips the supply capacity, and planned outages are conducted on a routine basis. Factories, commercial facilities and general households use non-utility generation facilities to prepare for outages and make up for daily power shortages. Non-utility power generation costs twice or nearly three times more than grid power, resulting in increased costs incurred to manufacturers, adverse effects to the invitation of various industries and an increased financial burden on citizens. Moreover, economically vulnerable groups cannot afford non-utility power generation and therefore have to accept an uncomfortable situation of frequent outages. Nigeria has a total of 22 thermal power plants, but 15 plants are inefficient simple cycle gas turbine power plants. These need to be replaced by high efficiency combined cycle power plants for more efficient energy use with less global warming gas emissions. Under these circumstances, the Project to strengthen electricity supply capacity and introduce a high xiii
16 efficiency power generating system will be extremely important for Nigeria s power sector, and have a positive impact on the country's economy and society. The facility to be constructed under the Project will be fueled by natural gas, but appropriate measures can avoid and alleviate considerable adverse effects on the environment. At the same time, the construction work will require many workers and therefore generate a positive impact on society in the form of effects such as job creation. xiv
17 Attachment Drawings #1-1 PLOT PLAN DRAWING (Case-1 M701F4 1 on 1 x 4) #1-2 TYPICAL PLOT PLAN (Case-1 M701F4 1 on 1 x 4) #2-1 PLOT PLAN DRAWING (Case-1 M701F4 2 on 1 x 2) #2-2 TYPICAL PLOT PLAN (Casr-2 M701F4 2 on 1 x 2) xv
18
19
20
21
Japanese ODA Loan. Ex-Ante Evaluation
Japanese ODA Loan Ex-Ante Evaluation 1. Name of the Project Country: People s Republic of Bangladesh Project: Dhaka-Chittagong Main Power Grid Strengthening Project Loan Agreement: December 13, 2015 Loan
More informationEnvironmental Checklist:. 10.Ports and Harbors (1) Yes: Y No: N (a) (b) (c) (d)
Checklist:. 10.Ports and Harbors (1) 1 Permits and Explanation 2 Pollution Control (1) EIA and Permits (2) Explanation to the Local Stakeholders (3) Examination of Alternatives (1) Air Quality (2) Water
More informationEnvironmental Checklist: 17. Roads, Railways and Bridges(1) Confirmation of Environmental and Social Considerations. Environmental Item
Checklist: 17. Roads, Railways and Bridges(1) 1. Permits and Approvals, Explanations (1) ESIA and Permits (2) Explanations to the Public Main Check s 1 Have ESIA reports been officially completed? Have
More informationEnvironmental Checklist: 17. Roads, Railways and Bridges(1) Confirmation of Environmental and Social Considerations. Environmental Item
Checklist: 17. Roads, Railways and Bridges(1) 1. Permits and Approvals, Explanations (1) ESIA and Permits (2) Explanations to the Public Main Check s 1 Have ESIA reports been officially completed? Have
More informationCategory Environmental Item Main Check Items Confirmation of Environmental Considerations
al Checklist: 2. Oil and Natural Gas Development 1 1 Permits and Explanation 2 Mitigation (1) EIA and al Permits (2) Explanation to the Public (1) Air Quality (2) Water Quality (3) Wastes Have EIA reports
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1.Name of the Project Country: Socialist Republic of Viet Nam Project: O Mon Thermal Power Plant Unit No.2 Construction Project (II) Loan Agreement:
More informationSummary of Environmental and Social Consideration in Development Study (Preparatory Study)
Summary of Environmental and Social Consideration in Development Study (Preparatory Study) 1. Full title of the Project The Study on Integrated Development Strategy for Danang City and Its Neighboring
More informationYes: Y No: N (a) (b) (c) (d) (a) (a) (b) (c) (d) (e)
Checklist: 3. Hydropower Stations, Dams and Reservoirs (1) 1 Permits and Explanation 2 Pollution Control (1) EIA and Permits (2) Explanation to the Local Stakeholders Main Check s Have EIA reports been
More informationEnvironmental Checklist: 26. Forestry Projects(1) Confirmation of Environmental and Social Considerations. Environmental Item.
Checklist: 26. Forestry Projects(1) 1. Permits and Approvals, Explanations 2. Antipollution Measures (1) ESIA and Permits (2) Explanations to the Public (1) Air Quality (2) Water Quality (3) Waste (4)
More informationCategory Environmental Item Main Check Items Confirmation of Environmental and Social Considerations
al Checklist: 5. Non-Ferrous Metals Smelting and Refining(1) (1) ESIA and al Permits 1 Have ESIA reports been officially completed? Have ESIA reports been written in the official language or a language
More informationJapanese ODA Loan. Ex-Ante Evaluation
Japanese ODA Loan Ex-Ante Evaluation 1. Name of the Project Country: Republic of Costa Rica Project: Las Pailas II Geothermal Project (Guanacaste Geothermal Development Sector Loan) Loan Agreement: August
More informationMain Check Items. 1 Are wastes properly treated and disposed of in accordance with the laws and regulations of the host country?
Checklist: 16. Power Transmission and Distribution Lines(1) Confirmation of and Social (1) ESIA and Permits 1 Have ESIA reports been officially completed? Have ESIA reports been written in the official
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The Republic of the Union of Myanmar Project: National Power Transmission Network Development Project Phase
More informationProject for Elaboration of the National Strategy for Treatment of Household and Similar Waste for the Kingdom of Morocco
Summary of Environmental and Social Considerations in Detailed Planning Survey on the Project for Elaboration of the National Strategy for Treatment of Household and Similar Waste for the Kingdom of Morocco
More information4. Agency (or Institution) Responsible for Implementing the Project
Summary of Preparatory Study 1. Full Title of the Project Urban Transport Policy and System Development Master Plan for the ity of Dar es Salaam 2. Type of Study Master Plan 3. ategorisation and Its Reason
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The Republic of Uzbekistan Project: Talimarjan Thermal Power Station Extension Project Loan Agreement: May 1,
More informationJapanese ODA Loan. Ex-ante Evaluation
Japanese ODA Loan Ex-ante Evaluation 1. Name of the Project Country: Plurinational State of Bolivia Project: Laguna Colorada Geothermal Power Plant Construction Project (Second Stage) Loan Agreement: March
More informationEx-ante Evaluation - 1 -
Ex-ante Evaluation 1. Name of the Project Country: The Socialist Republic of Vietnam Project: The North-South Expressway Construction Project (Ho Chi Minh City Dau Giay) (I) (Loan Agreement: March 31,
More informationJAPAN BANK FOR INTERNATIONAL COOPERATION GUIDELINES FOR CONFIRMATION OF ENVIRONMENTAL AND SOCIAL CONSIDERATIONS
JAPAN BANK FOR INTERNATIONAL COOPERATION GUIDELINES FOR CONFIRMATION OF ENVIRONMENTAL AND SOCIAL CONSIDERATIONS January 2015 JAPAN BANK FOR INTERNATIONAL COOPERATION 1 Preface Japan Bank for International
More informationJAPAN BANK FOR INTERNATIONAL COOPERATION GUIDELINES FOR CONFIRMATION OF ENVIRONMENTAL AND SOCIAL CONSIDERATIONS
JAPAN BANK FOR INTERNATIONAL COOPERATION GUIDELINES FOR CONFIRMATION OF ENVIRONMENTAL AND SOCIAL CONSIDERATIONS APRIL 2002 JAPAN BANK FOR INTERNATIONAL COOPERATION Preface Japan Bank for International
More informationEnvironmental and Social Considerations in Detailed Planning Survey (Technical Cooperation for Development Planning)
Date: March 16, 2015 Environmental and Social onsiderations in Detailed Planning Survey (Technical ooperation for Development Planning) 1. Full title of the Project THE PROJET ON THE ORRIDOR DEVELOPMENT
More informationNEPAL ELECTRICITY AUTHORITY ENGINEERING SERVICES PROJECT DEVELOPMENT DEPARTMENT
JAPAN INTERNATIONAL COOPERATION AGENCY NEPAL ELECTRICITY AUTHORITY ENGINEERING SERVICES PROJECT DEVELOPMENT DEPARTMENT THE UPGRADING FEASIBILITY STUDY ON THE DEVELOPMENT OF THE KULEKHANI III HYDROPOWER
More information(1) Current State and Issues of the Electricity Sector in Indonesia
Japanese ODA Loan Ex-ante Evaluation 1. Name of the Project Country: The Republic of Indonesia Project: Lumut Balai Geothermal Power Plant Project Loan Agreement: March 30, 2011 Loan Amount: 26,966 million
More informationEnvironmental and Social Considerations in Detailed Planning Survey. (Technical Cooperation for Development Planning)
Page: 1 Date: May 27, 2014 Environmental and Social Considerations in Detailed Planning Survey (Technical Cooperation for Development Planning) 1. Full Title of the Project 2. Type of the study (e.g. Master
More informationSummary of Environmental and Social Consideration in Development Study (Preparatory Study)
10 December 2007 Summary of and Social Consideration in Development Study (Preparatory Study) 1. Project Title: The Study on Bheramara 450MW Combined Cycle Power Station in Bangladesh 2. Type of the study:
More informationAppendix 3 The World Bank s New Operational Manual
Appendix 3 The World Bank s New Operational Manual Appendix 4 Environmental Consideration in JICA Outline of Environmental Consideration in JICA 1Introduction Various studies
More informationStudy on Economic Partnership Projects in Developing Countries in FY2013. Final Report SUMMARY. February 2014
Study on Economic Partnership Projects in Developing Countries in FY2013 Study on the small hydro power project in the province of Lam Dong in Socialist Republic of Vietnam Final Report SUMMARY February
More informationSummary of Preparatory Study
Summary of Preparatory Study 1. Title of the Cooperation Project, Relevant Project Report Preparatory Survey on the Project for the Establishment of Rural Water Supply System in Kambia Town in the Republic
More informationAZERBAIJAN ECONOMY AND POWER SECTOR: CHALLENGES AND OPPORTUNITIES
AZERBAIJAN ECONOMY AND POWER SECTOR: CHALLENGES AND OPPORTUNITIES 1. Analysis 1. Economy. The economy grew, on average, by 29.3% from 2005-2007 and in 2008, the gross domestic product (GDP) increased by
More informationRepublic of Indonesia FY 2015 Ex-Post Evaluation of Japanese ODA Loan Project Tarahan Coal Fired Steam Power Plant Project External Evaluator: Masumi
Republic of Indonesia FY 2015 Ex-Post Evaluation of Japanese ODA Loan Project Tarahan Coal Fired Steam Power Plant Project External Evaluator: Masumi Shimamura, Mitsubishi UFJ Research and Consulting Co.,
More informationEagle Mountain Pumped Storage Project Draft License Application Exhibit D Project Costs and Financing
Eagle Mountain Pumped Storage Project Draft License Application Exhibit D Project Costs and Financing Palm Desert, California Submitted to: Federal Energy Regulatory Commission Submitted by: Eagle Crest
More informationThis project will support the development of a sewerage service targeting districts not
Ex-Ante Evaluation 1. Name of Project Country: The Republic of Indonesia Project: Denpasar Sewerage Development Project (II) Loan Agreement: March 28, 2008 Loan Amount: 6,004 million yen Borrower: The
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The People s Republic of Bangladesh Project: The Kanchpur, Meghna and Gumti 2nd Bridges Construction and Existing Bridges Rehabilitation
More informationAgency (or Institution) Responsible for Implementing the Project
Summary of Preparatory Study Full Title of the Project The Study on Integrated Flood Management for Nyando River asin in the Republic of Kenya Type of Study Master Plan ategorisation and Its Reason 3.1
More informationPreliminary Project Evaluation Sheet JICA, Southeast Asia and Pacific Department, Southeast Asia Division 4
Preliminary Project Evaluation Sheet JICA, Southeast Asia and Pacific Department, Southeast Asia Division 4 1. Project name Country: Republic of the Union of Myanmar (Myanmar) Project name: Yangon-Mandalay
More information1. Name of the Project 2. Necessity and Relevance of JBIC s Assistance 3. Project Objectives
Ex-ante Evaluation 1. Name of the Project Country: The Democratic Socialist Republic of Sri Lanka Project: The Galle Port Development Project (I) Loan Agreement: March 28, 2006 Loan Amount: 14,495 million
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan 1. Name of the Project Ex-Ante Evaluation (for Japanese ODA Loan) Country: Arab Republic of Egypt Project: Hurghada Photovoltaic Power Plant Project Loan Agreement: February 29, 2016
More informationChina s Efforts in Controlling GHG Emissions in Power Industry
UNFCCC SB in-session workshop on mitigation China s Efforts in Controlling GHG Emissions in Power Industry Energy Research Institute National Development and Reform Commission 15 May, 2007, Bonn Outline
More information(20-MW Geothermal Power Generation)
MOEJ/GEC JCM Project Feasibility Study (FS) 2014 Summary of the Final Report (20-MW Geothermal Power Generation) (Implementing Entity: Mizuho Information and Research Institute, Inc.) 1.Overview of the
More informationAnnex F Scoping Checklist
Scoping Checklist Table F1: Scoping Checklist Table. Questions to be considered in Scoping /? Which Characteristics of the Project 1. Will construction, operation or decommissioning of the Project involve
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The People's Republic of Bangladesh Project: Dhaka Urban Transport Development Project (I) Loan Agreement: February
More informationFigure Gross Domestic Product Growth of Viet Nam,
1.4 Viet Nam Viet Nam is a country with a population of 92.7 million (2016). The United Nations (UN) estimates that by July 2018 the country s population will be 96.49 million (World Population Review,
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The People's Republic of Bangladesh Project: Kanchpur, Meghna and Gumti 2 nd Bridges Construction and Existing
More informationSurvey on Rice Husk Power Generation Project in Cambodia (Small and Medium-Sized Enterprise Partnership Promotion Survey) Final Report (Summary)
Kingdom of Cambodia Survey on Rice Husk Power Generation Project in Cambodia (Small and Medium-Sized Enterprise Partnership Promotion Survey) Final Report (Summary) May 2013 Japan International Cooperation
More informationJapanese ODA Loan. Ex-Ante evaluation
Japanese ODA Loan Ex-Ante evaluation 1. Project Country: People's Republic of Bangladesh Name of the Project: Matarbari Ultra Super Critical Coal-Fired Power Project (I) Loan Agreement: June 16, 2014 Loan
More informationPROJECT INFORMATION DOCUMENT (PID) APPRAISAL STAGE Report No.: PIDA982. Project Name. Region. Country
Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized PROJECT INFORMATION DOCUMENT (PID) APPRAISAL STAGE Report No.: PIDA982 Project Name Electric
More informationEnvironmental Action Plan By the Japanese Electric Utility Industry
Environmental Action Plan By the Japanese Electric Utility Industry November 2013 The Federation of Electric Power Companies of Japan (FEPC) 1. About us Electricity supply in Japan is carried out by privately-owned
More informationAnnual Plant Factor (%) Figure Results of Screening Analysis (Specific Cost)
6.3 Preliminary Analysis by Screening Curve Before formulating the generation development plan using simulation tools, the Study team conducted a preliminary analysis using the screening curve method.
More informationStudy on Economic Partnership Projects. in Developing Countries in FY2009. India SUMMARY. March 2010
Study on Economic Partnership Projects in Developing Countries in FY2009 Study on Geothermal Power Project at Uttrakhand State in India SUMMARY March 2010 West Japan Engineering Consultants, INC. Mitsubishi
More informationCURRENT STATUS & DEVELOPMENT PLAN FOR GRID SMALL HYDRO POWER IN VIETNAM - BARRIERS & MEASURES TO OVERCOME BARRIERS IN THE FUTURE
CURRENT STATUS & DEVELOPMENT PLAN FOR GRID SMALL HYDRO POWER IN VIETNAM - BARRIERS & MEASURES TO OVERCOME BARRIERS IN THE FUTURE 1 Ministry of Industry and Trade Ministry of Industry and Trade General
More informationNational Energy Policy 1995
National Energy Policy 1995 National Energy Policy I.I Background In recognition of the importance of energy in socio-economic development, the Government of Bangladesh has given continuing attention to
More informationEx-ante Evaluation - 1 -
Ex-ante Evaluation 1. Name of the Project Country: The Republic of Albania Project: Greater Tirana Sewerage System Improvement Project (Loan Agreement: June 30, 2008; Loan Amount: 11,121 million yen; Borrower:
More informationJapanese ODA Loan. Ex-Ante Evaluation
Japanese ODA Loan Ex-Ante Evaluation 1. Project Country: People's Republic of Bangladesh Name of the Project: Haor Flood Management and Livelihood Improvement Project Loan Agreement: June 16, 2014 Loan
More informationElectricity Technology Options Assessment Guide (ETOAG)
Electricity Technology Options Assessment Guide (ETOAG) ETOAG Report World Bank Washington D.C. June 2012 CHUBU ELECTRIC POWER CO. INC. ECONOMIC CONSULTING ASSOCIATES LIMITED Outline 1. Background 2. Purpose
More information22.1 ISSUES OBJECTIVES POLICIES RULES PERFORMANCE STANDARDS 10
22 NETWORK UTILITIES 22.1 ISSUES 3 22.2 OBJECTIVES 4 22.3 POLICIES 4 22.4 RULES 6 22.5 PERFORMANCE STANDARDS 10 Whanganui District Plan (15 January 2018) Chapter 22 Network Utilities 22-1 22 NETWORK UTILITIES
More informationSummary of Preparatory Study
Summary of Preparatory Study ate: September 9, 2008 1. Title of the Cooperation Project Waste Minimization and Recycling Promotion Project 2. Categorization and its reason Environmental Category: B The
More information5. EIA Program for Developmental Assistance
5. EIA Program for Developmental Assistance 5.1 EIA Process in World Bank In May 1987, a series of structural changes were introduced to strengthen the Bank's environmental policies, procedures and resources.
More informationJapanese ODA loan. Ex-ante Evaluation
Japanese ODA loan Ex-ante Evaluation 1. Name of the Project Country: The Socialist Republic of Viet Nam Project: North-South Expressway Construction Project (Ben Luc Long Thanh Section)(II) L/A signed
More informationSCALING-UP RENEWABLE ENERGY PROGRAM (SREP) COUNTRY INVESTMENT PLAN KENYA
SCALING-UP RENEWABLE ENERGY PROGRAM (SREP) COUNTRY INVESTMENT PLAN KENYA SREP Sub- Committee Meeting, Cape Town June 21, 2011 1 Introduction Kenya is one of the six Pilot Countries selected to benefit
More informationEx-ante Evaluation - 1 -
Ex-ante Evaluation 1. Name of the Project Country: The Republic of Tunisia Project: Integrated Reforestation Project (II) (Loan Agreement: March 31, 2008; Loan Amount: 3,128 million yen; Borrower: The
More informationEx-Ante Evaluation (for Japanese ODA Loan)
1. Basic Information Ex-Ante Evaluation (for Japanese ODA Loan) South Asia Division 1, South Asia Department, JICA Country: India Project Name: Project for the Construction of Turga Pumped Storage (I)
More informationTerms of Reference. Development and Evaluation of Power and Heat Supply Options for Kosovo
Terms of Reference Development and Evaluation of Power and Heat Supply Options for Kosovo Background Coming out of post-conflict administration by the UN, Kosovo declared independence on February 17, 2008.
More informationEx-Ante Evaluation. Japanese ODA Loan
Japanese ODA Loan Ex-Ante Evaluation 1. Name of the Project Country: Kingdom of Cambodia Project: Phnom Penh City Transmission and Distribution System Expansion Project (Phase 2) (I) Loan Agreement: March
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: India Project: Madhya Pradesh Transmission System Modernisation Project Loan Agreement: June 16, 2011 Loan Amount:
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The Republic of Indonesia Project: Geothermal Development Acceleration Program (Hululais Geothermal Power Plant
More informationfor the Industrial Clusters in Maharashtra Province, the Republic of India
Study on Economic Partnership Projects in Developing Countries in FY2013 Study on the Water Recycling and Sludge Reduction Project for the Industrial Clusters in Maharashtra Province, the Republic of India
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Japanese ODA Loan Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The Republic of Mozambique Project: Mandimba Lichinga Road Upgrading Project Loan Agreement: November 29, 2013
More informationWater Supply Project Eastern and Midlands Region. Appendix C Cost-Benefit Analysis of Water Supply Projects for the Eastern and Midlands Region
Water Supply Project Eastern and Midlands Region Appendix C Cost-Benefit Analysis of Water Supply Projects for the Eastern and Midlands Region Cost-Benefit Analysis of Water Supply Projects for the Eastern
More information1. Name of the Project 2. Necessity and Relevance of JBIC s Assistance 3. Project Objectives 4. Project Description
Ex-ante Evaluation 1. Name of the Project Country: India Project: Delhi Mass Rapid Transport System Project Phase 2 (III) (Loan Agreement: March 10, 2008; Loan Amount: 72,100 million yen; Borrower: The
More informationJapan International Cooperation Agency (JICA) and Climate Risk Assessment
Scoping Workshop to enhance the Climate Adaptation Actions of Asia-Pacific Network (APN) Developing Countries Organized by the APN and the Institute of Global Change Adaptation Science (ICAS) of Ibaraki
More informationExpand Win-Win Cooperation; Promote Sino-African Mutual Development
Expand Win-Win Cooperation; Promote Sino-African Mutual Development Wei Zhaofeng, Vice President, China Electricity Council Ladies and Gentlemen, Good afternoon! It is my pleasure to be a part of the 17
More informationSummary of Preparatory Study. The Development Study on Water Resources Development and Management for Lake Kyoga Basin in the Republic of Uganda
Summary of Preparatory Study 1. Full Title of the Project The Development Study on Water Resources Development and Management for Lake Kyoga asin in the Republic of Uganda 2. Type of Study Master plan
More informationSECTOR ASSESSMENT (SUMMARY): POWER
Power System Expansion and Efficiency Improvement Investment Program (RRP BAN 42378) A. Power Generation SECTOR ASSESSMENT (SUMMARY): POWER 1. The energy sector in Bangladesh is characterized by an acute
More informationSummary of Preparatory Study for Development Study
Summary of Preparatory Study for Development Study Creation Date: 30 March 2007 1. Full title of the Project The Study for Sustainable Rural Drinking Water Supply in the Southern Khatlon Oblast in the
More informationResponses for Full Liberalization of the Retail Sale of Electricity
Efforts to Achieve the Corporate Vision Responses for Full Liberalization of the Retail Sale of Electricity A year has passed since the full liberalization of the retail sale of electricity started in
More informationShisanling Pumped Storage Power Station Project
China 1. Project Profile and Japan s ODA Loan Shisanling Pumped Storage Power Station Project Report Date: March 2001 Field Survey: August 2000 Site Map: Suburbs of Beijing (1) Background Shisanling Pumped
More informationEx-Ante Evaluation (for Japanese ODA Loan)
1. Name of the Project Ex-Ante Evaluation (for Japanese ODA Loan) Country: India Project: Dedicated Freight Corridor Project (Procurement of Electric Locomotives) Loan Agreement: September 15, 2017 Loan
More informationSummary of Preliminary Study Result for Technical Cooperation Project. Date: 2008/10/8
Summary of Preliminary Study Result for Technical Cooperation Project Date: 2008/10/8 1. Full title of the Project The Project on Integrated UMRT and Urban Development for Hanoi 2. Type of the study Feasibility
More informationCurrent Status of Energy in Viet Nam: Tran Thuc
Current Status of Energy in Viet Nam: Tran Thuc 1. Overview Located in SE Asia, Country has a long shape and long coastline Area: about 330,000 km 2, Population: more than 83 million people Climate and
More informationENVIRONMENTAL AND SOCIAL IMPACT ASSESSMENT GUIDELINES FOR HYDROPOWER PROJECTS IN MYANMAR
ENVIRONMENTAL AND SOCIAL IMPACT ASSESSMENT GUIDELINES FOR HYDROPOWER PROJECTS IN MYANMAR Overview of Presentation 1. Objectives of the Consultancy 2. Hydropower in Myanmar 3. Draft Table of Contents 4.
More informationEx-Ante evaluation 1. Name of the Project 2. Background and Necessity of the Project
Ex-Ante evaluation 1. Name of the Project Country: Democratic Socialist Republic of Sri Lanka Name of the Project: National Transmission and Distribution Network Development and Efficiency Improvement
More informationFINAL REPORT SUMMARY. November Prepared for: The Ministry of Economy, Trade and Industry. Prepared by:
Feasibility Study for Promotion of International Infrastructure Projects in FY2011 STUDY ON THE SUBSTATION REHABILITATION PROJECT IN YANGON, THE REPUBLIC OF THE UNION OF MYANMAR FINAL REPORT SUMMARY November
More informationPlan and Policy for Energy Efficiency and Conservation Development
Plan and Policy for Energy Efficiency and Conservation Development PRESENTED BY MS. NAING NAING LINN DIRECTOR ENERGY EFFICIENCY AND CONSERVATION DIVISION (EECD) DIRECTORATE OF INDUSTRIAL COLLABORATION
More informationProvisional Translation Global Warming
Document 9 Provisional Translation Global Warming February 27, 218 Agency for Natural Resources and Energy Ministry of Economy, Trade and Industry Table of Contents The strategies of major countries for
More information10 Project Cost Estimation
10 Project Cost Estimation Contents 10 Project Cost Estimation... 1 10.1 Project Overview... 1 10.2 Principles of Project Cost Estimation... 2 10.3 Data Basis and Assumptions for Project Cost Estimation...
More informationChina Dalian Water Supply System Rehabilitation Project
China Dalian Water Supply System Rehabilitation Project External Evaluator: Chiaki Nakamura (Global Link Management Ltd.) Field Survey: October 2005 1. Project Profile and Japan s ODA Loan Kazakhstan Mongolia
More informationSECTOR ASSESSMENT (SUMMARY): ENERGY. 1. Sector Performance, Problems and Opportunities
Ha Noi and Ho Chi Minh City Power Grid Development Sector Project (RRP VIE 46391) SECTOR ASSESSMENT (SUMMARY): ENERGY Sector Road Map 1. Sector Performance, Problems and Opportunities 1. The Ministry of
More informationThailand - Improvement of Power Transmission and Distribution
Thailand - Improvement of Power Transmission and Distribution Ex post evaluation report OECD sector 23040 - Electricity transmission and distribution BMZ project ID 1992 65 687 Project executing agency
More informationPlant Project, Muara Tawar Gas Fired Power Plant Extension Project and South Sumatra-West Java Gas Pipeline Project.
Republic of Indonesia FY 2015 Ex-Post Evaluation of Japanese ODA Loan Project Tanjung Priok Gas Fired Power Plant Extension Project External Evaluator: Masumi Shimamura, Mitsubishi UFJ Research and Consulting
More informationAdditional Information on Project Components
Additional Information on Project Components A. Part A: Ashuganj 450 MW Combine Cycle Power Plant 1. Description 1. The proposed project involves retirement of the existing combined cycle power plant (CCPP)
More informationEx-Ante Evaluation (for Japanese ODA Loan)
Ex-Ante Evaluation (for Japanese ODA Loan) 1. Name of the Project Country: The Democratic Socialist Republic of Sri Lanka Project: Greater Colombo Urban Transport Development Project Phase 2 (II) Loan
More informationBANGLADESH: DISTRIBUTION SYSTEM UPGRADE AND EXPANSION PROJECT
Environmental and Social Review BANGLADESH: DISTRIBUTION SYSTEM UPGRADE AND EXPANSION PROJECT Component 1: Bangladesh Rural Electrification Board Provision of 2.5 Million Service Connections to Rural Consumers
More information15 TH ANNUAL EAST AFRICAN POWER INDUSTRY CONVENTION
15 TH ANNUAL EAST AFRICAN POWER INDUSTRY CONVENTION Safari Park Hotel Nairobi, Kenya 10 th September, 2013 Development Plans and Goals for Energy Supply in East Africa: Making the Vision a Reality: The
More informationSECTOR ASSESSMENT (SUMMARY): ENERGY
Country Partnership Strategy: Timor-Leste, 2010 2015 A. Sector Road Map SECTOR ASSESSMENT (SUMMARY): ENERGY 1. Sector Performance, Problems, and Opportunities 1. The energy sector is dominated by offshore
More informationStudy on Private-Initiative Infrastructure Projects. in Developing Countries in FY2007. Vietnam SUMMARY. March 2008
Study on Private-Initiative Infrastructure Projects in Developing Countries in FY2007 Study on Coal-fired Thermal Power Projects in Southern Vietnam SUMMARY March 2008 Electric Power Development Co.,Ltd.
More informationBasic Policy for Nature Restoration
Basic Policy for Nature Restoration Basic Directions for Promotion of Nature Restoration (1) Status of Japan s Natural Environment The natural environment, based on biodiversity and a natural material
More informationC. Project Description [from section 3 of PCN] The proposed project would comprise of the following three components:
Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Date ISDS Prepared/Updated: 02/17/2012 I. BASIC INFORMATION A. Basic Project Data INTEGRATED
More informationThe H-25/H-15 Gas Turbine A Product of Hitachi Quality
DMLieferant www.dmliefer.ru The H-25/H-15 Gas Turbine A Product of Hitachi Quality The H-25 s fuel savings will repay your investment within a few years while allowing you a range of fuels from distillate
More informationSummary of Preliminary Study Result for Technical Cooperation Project
Summary of Preliminary Study Result for Technical Cooperation Project 1. Title of the Cooperation Project, Relevant Project Report The Project for Bridge Construction in Southeast Sulawesi Province Project
More informationEnvironmental and Social Considerations in Detailed Planning Survey (Technical Cooperation for Development Planning)
Environmental and Social Considerations in Detailed Planning Survey (Technical Cooperation for Development Planning) 1. Full title of the Project The Project for the Study on Strengthening Competitiveness
More information