Mediterranean Action Plan

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276 ENERGY AND SUSTAINABLE DEVELOPMENT IN THE MEDITERRANEAN Table 15 shows wind power plants installed capacity evolution since 2000 until 2006 along with electricity generated; and planned installed capacity until 2010 along with forecasted electric energy generation and the percentage of RE to the overall electricity generation in the national grid. Such wind power plants have been achieved / are planned by year 2010, in cooperation with DANIDA of Denmark (180 MW), KFW of Germany (240MW), Spain (85MW) and JBIC of Japan (340MW).
EGYPT - National study Table 15 Evolution of Wind Power <strong>Plan</strong>ts Installed Capacity from 2000 Till 2010 (Historic, Present & <strong>Plan</strong>ned) and Corresponding Electricity Generation (Past, Present & Forecasted) Year 2000 2001 2002 2003 2004 2005 2006 2 2007 2008 2009 2010 Yearly Installed Wind Capacity 30 33 - 30 47 - 85 80 120 200 220 Wind total Installed Capacity (MW) 35 68 68 98 145 145 230 425 550 630 850 Population (millions) 67.3 68.6 69.9 71.3 72.6 73.9 75.3 76.5 77.7 78.9 80.2 Installed wind capacity per Capita (ENE_C02) in Watt/capita 0.52 0.99 0.97 1.37 2.00 1.96 3.05 5.56 7.08 7.98 10.60 Corresponding Electricity Generation (GWh) 32.2 1 233 213.2 324.1 520.1 510.2 681.3 1600 2050 2350 3200 Total Grid Generation (TWh) 75.9 80.8 85.7 91.5 94.9 101 108.4 115.6 123.1 131.2 139.6 Percentage of Wind Generation to Grid Electricity Generation (ENE_P02) 0.04 0.29 0.25 0.35 0.55 0.51 0.63 1.38 1.67 1.79 2.29 1: It should be noted that the wind power plant enters the service gradually in phases during the year where capacity additions are made. 2: Data for 2006 and onward are estimated. Domestic Solar Water Heating Systems Market Evolution Presently, some new cities and camping sites are using Domestic Solar Water Heating systems (DSWH). Our estimate is that 200.000 “DSWH” systems at least are operative in Egypt in 2005, which may differ with announced figures. NREA is mandated to provide technical expertise and services for the design, testing, development, applications and supervision of Solar Water Heating System. Nine companies are currently active in the field of production, design, manufacture and installation of DSWH. Solar water heating systems market evolution since their introduction to the Egyptian market in 1980 is characterized by the following periods: 1980 to 1987 This was the period when the activity started and the slow rate of market penetration was remarked. Average annual production rate varied from 2000 to 5000 units on the national level. 1988 to 1993 A quantum leap took place in production rates. This was mainly because of the implementation of the ministerial decree for mandatory use of DSWH systems in new cities. Average annual production rates ranged from 5000 to 12000 units on the national level. 1994 to 1997 Noticeable reduction in production rates had taken place because of some technical and administrative problems led to loss of trust in DSWH where the ministerial decree for mandatory use of DSWH in new cities was no longer applied. Average annual production capacities shrink to be in the range of 2000 to 4000 units allover the country. 1998 to 2000 Relative increase in the production rates due to the technical problems being partially solved along with system guarantee and the expansion of new tourist villages in Egypt. Annual production rates from were evaluated to be 3000 to 6000 units on the national level. 2000 to 2005 This period reflected a stable market size with relative decrease in the production rates. Annual production rates were ranging from 2500 to 5000 units. 277
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MAP Mediterranean Action Plan Energ
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The work schedule was led and coord
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Executive summary Due to the divers
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SUMMARY REPORT 1. Introduction Summ
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Summary Report 50 experts took part
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Summary Report consumption dependin
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Summary Report The MSSD proposes tw
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Summary Report 4.2 Clean De velopme
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Summary Report The resources saved
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Summary Report Most of the countrie
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Summary Report buildings, or in cas
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Summary Report lastly, with the sup
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8. Attachments Attachment 1 - Activ
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8.2 At t a c h ment 2 - List o f pa
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Experts Members of the steering com
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Summary Report 8.3 At t a c h ment
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Objectives-context-mandate-partnerh
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DAY 2 - 30 MARCH 2007 Session 3 Rou
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Access to electricity Summary Repor
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Summary Report two greenhouse gases
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Summary Report an important CDM sta
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Summary Report 8.7 At t a c h ment
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Mediterranean Strategy for Sustaina
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Mediterranean Strategy for Sustaina
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Press release Workshop on "Energy a
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RAPPORT DE SYNTHESE 1. Introduction
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Rapport de synthèse d’examiner l
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Rapport de synthèse la région (qu
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Rapport de synthèse 3.2 Réponses
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Rapport de synthèse Un autre méca
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Rapport de synthèse ancien. Ce pro
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Rapport de synthèse de soumettre
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Rapport de synthèse PARTICIPATION
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Rapport de synthèse MEMBRES DU MCS
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En partenariat avec Commission Méd
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08h15-8h45 Accueil des participants
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Rapport de synthèse 8.4 An n e xe
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Rapport de synthèse côté de l’
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Rapport de synthèse 33) Pour l’i
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Rapport de synthèse 8.7 An n e xe
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Suivi de la Stratégie Méditerran
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Suivi de la Stratégie Méditerran
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Communiqué de presse Atelier Éner
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BOSNIA & HERZEGOVINA By Mrs Semra F
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Energy bill 90 Energy source Oil fo
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92 ENERGY AND SUSTAINABLE DEVELOPME
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Facture énergétique 94 ENERGY AND
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100 ENERGY AND SUSTAINABLE DEVELOPM
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2.2.4 Demand for electricity 114 EN
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2.3.4 Other impacts on the environm
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7. Table of illustrations 138 ENERG
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CYPRUS By M. Costas PAPASTAVROS, Mi
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II. RÉSUMÉ 1. Défis et durabilit
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CYPRUS - Résumé d'aide ont été
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160 3. Moni power station ENERGY AN
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3.2.3 Facilitating Grid Connection
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Energy Conservation 180 ENERGY AND
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3.6.2 Wind Potential (Off shore) 18
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Biomass-municipal solid waste 192 E
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200 ENERGGY AND SUSTAINABLE DEVELOP
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202 ENERGGY AND SUSTAINABLE DEVELOP
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4.2 Mari Wind Farm Project 4.2.1 De
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4.2.3 Technology of the project Typ
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Page 252 and 253: 226 ENERGY AND SUSTAINABLE DEVELOPM
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Page 331: ISRAEL Dr. Amit Mor, Dr. Shimon Ser
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ITALY Mrs Carmen Glorioso, Mr Mario
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5. Table of illustrations 370 ENERG
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I. SUMMARY 1. Libya Energy Situatio
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LIBYA - Summary in the power genera
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III. NATIONAL STUDY 1. The country
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1.3.2 Electrical energy demand LIBY
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LIBYA - National study entire Libya
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3.1.1 Solar radiation LIBYA - Natio
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LIBYA - National study It was the s
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PV for Water pumping LIBYA - Nation
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3.3.2 Thermal Conversion LIBYA - Na
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Manufacturing Supportive: Training
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LIBYA - National study a yearly 35%
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Array output energy LIBYA - Nationa
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LIBYA - National study fundamental
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LIBYA - National study Quality cont
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4.3.2 Project’s Objective LIBYA -
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LIBYA - National study in 30 km (22
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LIBYA - National study 1) Low elect
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7. List of illustrations LIBYA - Na
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I. SUMMARY MALTA - Summary 1. Chall
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MALTA - Summary contributed to a re
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III. NATIONAL STUDY 1. The energy s
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MALTA - National study up of differ
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MALTA - National study feasible pen
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Enemalta Corporation, 2006a MALTA -
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Year Used in station - MWh Consumpt
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MALTA - National study 1.3 Impa cts
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MALTA - National study new entrants
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MALTA - National study Set plans an
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g) Energy performance in buildings.
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MALTA - National study Figure 5 Pre
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Fuels and lubricants; maintenance,
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MALTA - National study the measures
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3. Product development 4. Testing a
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Table 2) 2.3.1 Energy Intensity MAL
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MALTA - National study policies to
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MALTA - National study Table 8 Powe
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MALTA - National study Table 12 Sum
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MALTA - National study These tariff
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MALTA - National study Suri, M. Hul
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MAROC Berdai Mohamed, CDER (Centre
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468 ENERGIE ET DEVELOPPEMENT DURABL
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476 quantité de charbon en Tonnes
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Gaz Naturel 480 Quantité Butane (T
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1.4.1 Investissements 2007 - 2012 4
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3.2.2 Résultats et enseignements 4
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5. Bibliographie 502 ENERGIE ET DEV
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Annexe 1 504 ENERGIE ET DEVELOPPEME
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I. SUMMARY SYRIA - Summary 1. Chall
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II. RÉSUMÉ 1. Défis et durabilit
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5. Les Success stories SYRIA - Rés
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522 MINISTRY OF IRRIGATION Public E
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526 Total installed capacity Steam
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528 Bio 25.84% ENERGY AND SUSTAINAB
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1-2- Thermal electricity production
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536 10 11 12 13 14 15 16 17 18 19 M
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In Electrical Distribution Side: 54
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The main reasons of the grid loss:
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4.2.2 Main tools 568 ENERGY AND SUS
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5. List of illustrations 570 ENERGY
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I. SUMMARY TURKEY - Summary 1. Chal
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TURKEY - Summary Table 5 Present an
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TURKEY - Summary Figure 2 Energy an
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II. RESUME 1. Défis et durabilité
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TURKEY - Résumé Tableau 5 Product
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TURKEY - Résumé Figure 4 Moyenne
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III. NATIONAL STUDY 1. The Country
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TURKEY - National Study projections
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TURKEY - National Study Table 13 Di
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TURKEY - National Study Table 19 Tu
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TURKEY - National Study 3) A new re
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TURKEY - National Study adjacent to
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TURKEY - National Study Table 26 Pr
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Consumption (ktoe) 70000 60000 5000
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TURKEY - National Study (TPPs), con
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TURKEY - National Study The state-o
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TURKEY - National Study stable over
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TURKEY - National Study Table 38 Ma
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CO2 Emission (million ton) 1000 900
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TURKEY - National Study Table 43 Wi
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TURKEY - National Study Table 47 Th
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TURKEY - National Study Table 50 Un
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TURKEY - National Study Government
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TURKEY - National Study Table 54 No
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TURKEY - National Study could bring
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TURKEY - National Study Figure 13 O
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TURKEY - National Study As living s
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TURKEY - National Study Biogas syst
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TURKEY - National Study In Turkey,
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Customer Benefits TURKEY - National
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TURKEY - National Study Figure 21 F
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TURKEY - National Study Injection t
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TURKEY - National Study Table 72 Ma
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TURKEY - National Study Table 75 An
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TURKEY - National Study [29] Kilic
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TURKEY - National Study [85] Hepbas
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TURKEY - National Study Table 53 Va
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LIST OF MAP TECHNICAL SERIES REPORT
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MTS 136. UNEP/MAP/MED POL: Guidelin
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MTS 97. UNEP/MAP/FAO: Final reports
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MTS 58. UNEP/MAP/FAO/WHO/IAEA: Asse
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MTS 21. UNEP/MAP/UNESCO/FAO: Eutrop
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