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World Bank Document Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized O UZLAR MAHALLES O UZLAR MAHALLES Tel: (90) 312 - 286 60 70 Fax: (90) 312 - 286 51 70 51 286 - (90)312 70 Fax: 60 286 - 312 (90) Tel: YDERE www.prdplanlama.com www.prdplanlama.com Ouzlar Mahallesi Ceyhun Atf Kansu Cad Ouzlar Mahallesi Ceyhun Atf Tel:(0 312) 287 50 40 Fax:(0312) 287 29 16 16 29 287 Fax:(0312) 40 50 287 312) Tel:(0 56. Sok. No:24/7 Balgat/ANKARA P - R KARADERE / KALKANDERE RZE / P P O R P R J O R O ANKARA, 2008 E 48. SOKAK 48. BALGAT/ANKARA5/3 06520 J E J C E P E T C A C – T R L T [email protected] E O O D N C W A A B N M T Y E I E R O N V25 E2065 . LASKAR A.. n c i r l i HEPP Project Information File LASKAR Enerji Üretim Pazarlama A.. (LASKAR PROJECT OWNER’S NAME Energy Generation Marketing Inc. Co.) Ouzlar Mah., Ceyhun Atf Kansu Cad. 56. Sok. No: Address 24/7 Balgat/Çankaya/Ankara Phone: (90) 312 – 286 60 70 Phone and Fax No. Fax: (90) 312 – 286 51 70 NCRL REGULATOR AND HYDROELECTRIC PROJECT NAME POWER PLANT PROJECT INFORMATION FILE Full Address of the Project Site: (Province, District, Town, KALKANDERE/RIZE Location) The project is planned for energy generation. One regulator for each yidere Creek and its branch Karadere, passing through the Kalkandere District in Rize Province in the Eastern Black Sea Region, will be constructed between the elevations of 50 m and 102 OBJECTIVE AND DEFINITION m. One underground energy tunnel from each regulator will be built and those will meet between OF THE PROJECT Tatlsu quarter and yidere and will be transmitted to ncirli HEPP built on the right shore of yidere in one single energy tunnel. Annually 25.5 MW electricity generation is planned in the power plant based on 3 turbines with 8.5 MW power each. Annual average overall energy generation will be 109,12 GWh. NAME OF THE PRD Planlama Aratrma Gelitirme ve ORGANIZATION/WORK GROUP PREPARING THE Danmanlk Ltd. ti. (PRD Planning Research Development and Consultancy Ltd. Co.) FILE OUZLAR MAHALLES 48.SOK. NO:5/3 Address BALGAT/ ANKARA Phone: (0 312) 287 50 40 Phone and Fax No. Fax: (0312) 287 29 16 Issue Date of the Report 26/06/2008 Decree No and Date …………. …../…./2008 2 LASKAR A.. n c i r l i HEPP Project Information File Table of Contents Headings Page No SECTION I. Project Specifications 4 A Workflow Chart, Capacity, Area, Technology of the Project 4 and the Number of Personnel to be Employed B Use of Natural Resources (Land Use, Water Use, Used 25 Energy Type etc.) C Amount of Wastes Generated (Solid, Liquid, Gas etc.) and 35 Chemical, Physical and Biological Characteristics of the Wastes D Accident Risks Caused by the Technology and Materials 59 Used E Measures to be Taken Against the Possible Environmental 61 Impacts of the Project SECTION II. Project Site 64 A Current Use and the Quality of Lands (Agricultural Fields, 64 Forests, Planned Areas, Water Surface etc.) B Considering the List of Sensitive Regions in Appendix-V; The 66 Wetland Areas, Coastal Areas, Mountainsides and Forests, Agricultural Areas, National Parks, Specially Protected Areas, Population, Densely Populated Areas, Historical, Cultural, Archaeological etc. Areas, Erosion Areas, Landslip Areas, Afforested Areas, Potential Erosion and Afforested Areas as well as Aquifers that should be Protected in accordance with the Ground Water Law No. 167 SECTION III. Alternatives to the Project and the Site (Reasons for 88 Selecting the Project Technology and Project Site) SECTION IV. Conclusions 89 Appendices Notes And References Presentation of the People who Prepared the Project Information File (Name Surname, Profession, Resume, References and Authorization Signature for the Report) 3 LASKAR A.. n c i r l i HEPP Project Information File SECTION I: PROJECT SPECIFICATIONS I.A. Workflow Chart, Capacity, Area, Technology of the Project and the Number of Personnel to be Employed In relation with the development of the industry in our country as it is in the World, the demand for energy has been increasing by the day. Our generation of electricity has been increasing in parallel to that demand as well. (Figure I.A.1.) Figure I.A.1. Electricity Generation in Turkey (GWh) Nowadays the energy consumption has become an important indicator for determining the civilization and development levels of the societies. Developments and improvements have been observed in all respects of societies in parallel to the rise of energy consumption. Norway among the European countries has the maximum annual electricity consumption by 26.000 kWh per capita. This value is 1.840 kWh and very low in Turkey. The values demonstrating the national income and energy consumption of some European countries and Turkey are presented in Table I.A.1. Table I.A.1. Incomes and Energy Consumptions per capita in the World National Income per Capita Electricity Consumption per Countries ($/capita) Capita (KWh/capita) Turkey 4.000 1.840 Germany 29.000 6.000 France 30.000 7.000 Switzerland 40.000 8.200 Norway 39.800 26.000 4 LASKAR A.. n c i r l i HEPP Project Information File Today, 142 of the Hydroelectric Power Plants of 772 in total constituting a 127,6 billion kWh annual average energy generation value are in operation, 41 of them are in construction and 589 of them are in project stage (EIE – General Directorate of Electrical Power Resources Survey and Development Administration, 2007). Turkey’s Hydroelectric Energy Potential Distributed Based on the Project Stages is Presented in Table I.A.2. and the Development State of the Hydroelectric Energy Potential is in Figure I.A.2. Table I.A.2 Turkey’s Hydroelectric Energy Potential distributed based on the Project Stages Current State of the ) Annual Overall Hydroelectric Energy Generation Hydroelectric Power W i ) ) t M d r ( % % l a t Plants e y y y l l e ( ( ) ) ) l r c l a g u g g b h h h e e o o r r r r a j i i t m e m t t e e m e w W W W o r s v a u a u n n n o r i e G G G n R C v E R ( E O F E P ( ( P N I 1. In operation 142 12 788 33 560 45 930 35,5 45 930 35,5 2. Under 41 4 397 8 817 14 351 11,1 60 281 46,6 Construction 3. Will be Constructed in 589 19 359 37 335 69 173 53,4 - - the Future 3.1. Final Project 13 2 356 4 630 6 919 5,3 67 200 51,8 Completed 3.2. Feasibility is 176 7 269 13 239 26 415 20,4 93 615 72,3 Ready 3.3. Master Plan 99 5 260 10 773 18 280 14,1 111 895 86,4 Prepared 3.4. First Study is 301 4 474 8 693 17 559 13,6 129 454 100,0 Ready Overall Potential 772 36 544 79 712 129 454 100,0 129 454 100,0 (EIE, February–2007) Figure I.A.2. Development State of the Hydroelectric Energy Potential (EIE, February-2007) Turkey is a rich country in terms of hydroelectric energy resources. Nonetheless, she uses only 34% of the economic hydroelectric potential, which is estimated as 129.454 GWh annually in average. Mid-term and long-term power and energy demand projections of national energy system are presented in Table I.A.3. and EIE’s portion within the Hydroelectric energy potential is in Figure I.A.3. 5 LASKAR A.. n c i r l i HEPP Project Information File Table I.A.3. Energy Demand Projections between 2007-2020 (*) Peak Load Peak Load Year Energy (GWh) Year Energy (GWh) (MW) (MW) 2007 36 965 231 794 2014 60 175 373 659 2008 39 823 249 714 2015 64 122 398 168 2009 42 902 269 021 2016 68 328 424 286 2010 46 219 289 820 2017 72 811 452 123 2011 49 731 308 807 2018 77 587 481 780 2012 52 993 329 062 2019 82 677 513 386 2013 56 470 350 653 2020 88 100 547 060 (*) Quoted from the publication of TEAS’s Research Planning and Coordination Directorate titled “Mid-term and Long-term Electricity Generation Planning Study 1997-2020” Figure I.A.3. EIE’s Portion within the Hydroelectric Potential (EIE, February-2007) Hydroelectric power plants are superior compared to other energy generation systems due to some reasons such as; they are renewable, use domestic natural resources, have low operation and maintenance costs, have long lifespan, cause less negative environmental impact, and foster the economic and social structure in rural areas. Domestic expenses constitute the 80% of the investment costs for the construction and operation of the hydroelectric power plants. Foreign dependency for investment and spent foreign currency are less compared to natural gas and imported coal power plants. Electrical energy is generated by the thermal power of the fuels existing abundant in nature such as coal, oil, natural gas, uranium, and by the falling power of water. This energy source, of which the usage ratio is increasing day by day in our World, brought welfare to the nations and qualification of being civilized to the countries where it is established. The energy consumption increase and decrease in certain hours during the day.
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