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TA 5972-REG: Promotion of Renewable Energy, Energy Efficiency and
Greenhouse Gas Abatement
PREGA Reports
- Clean Energy Applications in Asia and the Pacific (Summary of PREGA Results)
- Country Background Reports (experience in REGA technologies including technical potential, relevant skills & institutional capacities, sustainable priorities, identification/prioritization of projects for development) (14)
2.1 Azerbaijan
2.2 Bangladesh
2.3 Indonesia
2.4 Kazakhstan
2.5 Kyrgyz Republic
2.6 Lao PDR
2.7 Mongolia
2.8 Nepal
2.9 Pakistan
2.10 People's Republic of China
2.11 Philippines
2.12 Samoa
2.13 Tajikistan
2.14 Viet Nam
- Country Policy Reports/Draft Decree (policies and strategies for developing and promoting renewable energy, energy efficiency and greenhouse gas abatement (REGA) technologies) (5)
3.1 BAN: Policies and Strategies for Developing and Promoting REGA Technologies
3.2 PHI: Policies and Strategies for Developing and Promoting Energy Efficiency Technologies
3.3 PHI: Policy on Utilization of Alternative Fuels in Industries
3.4 VIE: Policy and Strategy - Institutional and Policy Barriers for Renewable Energy and Greenhouse Gas Reduction Technologies
3.5 VIE: Draft Decree on Renewable Energy Development
- Pre-Feasibility Studies (prioritized REGA technologies) (49)
4.1 AZE: Wind Power Station
4.2 BAN: Dhaka City Solid Wastes to Electric Energy Project
4.3 BAN: Cogeneration in Sugar Industries
4.4 BAN: Fuel Switching from Oil to Gas for Power Generation
4.5 BAN Widespread Use of Efficient Stoves
4.6 BAN: Solar-Wind Diesel Hybrid for Power Generation in Small Towns and Villages
4.7 BAN Popularization of Biogas Plants
4.8 BAN: Khulna Solid Waste to Electric Energy
4.9 INO: Integrated REGA Technology Utilization for Eco-Tourism Park Development in Baron Village, Yogyakarta
4.10 INO: Utilization of Municipal Wastes for Electricity Generation
4.11 INO: Utilization of Biogas Generated from the Anaerobic Treatment of Palm Oil Mills Effluent (POME) as Indigenous Energy Source for Rural Energy Supply and Electrification
4.12 INO: Development of Micro-hydro Power Generation Utilizing Irrigation Channel of Wangan Aji
4.13 INO: Energy Efficiency and Energy Conservation Implementation at an Integrated Textile Plant in Purwakarta
4.14 INO: Energy Demand Side Management at KLP Sinar Rinjani
4.15 INO: Improvement of Air Conditioning System in the Building Sector: Case of Cardiac Center Hospital, "Harapan Kita" in Jakarta
4.16 INO: Development of Grid-connected Photovoltaic for Urban Areas
4.17 INO: Utilization of Wood Wastes Generated from Sawmills
4.18 KAZ: Aktobe 100 MW Power Station using Associated Gas
4.19 KAZ: Landfill
4.20 KGZ: Rehabilitation of Existing and Construction of New Micro Hydropower Plant (Issykata)
4.21 KGZ: Hydro Irrigation Pump
4.22 KGZ: Biogas Plant at Farm No. 2 of Kant MTS
4.23 LAO: Biogas Production in Vanith Farm
4.24 MON: Wind Energy Supply for Off-Grid Small Towns (Wind-Diesel)
4.25 MON: Geothermal Energy for heating and other productive uses in small towns
4.26 NEP: Trolley Bus in the Ring Road
4.27 NEP: Development of East-West Electric Railway
4.28 NEP CDM Revenue
4.29 PAK: Converting Cattle Waste to Energy and Fertilizer in the Landhi Cattle Colony
4.30 PRC: Kiln Fuel Substitution Project from Coal Gas to Natural Gas
4.31 PRC: Renovation of Blower Motor of the #7 Boiler of Mudanjiang 2nd Power Plant
4.32 PRC: Fuel Switching from Coal to Natural Gas for Residential Space Heating
4.33 PRC: Calcium Carbide Furnace Waste Heat Recovery Project
4.34 PHI: Dual-fired Cogeneration Plant in Absolut Distillery
4.35 PHI: Boiler Efficiency Improvement in Industry
4.36 PHI: Waste Heat Recovery from Flue Gases of Diesel Generating Sets
4.37 PHI: Utilization of Alternative Fuels in Cement Production
4.38 PHI: Cogeneration in the Food Processing Industry
4.39 PHI: Utilization of Paper Mill Waste for Steam/Power Generation in Container Corporation of the Philippines
4.40 PHI Biogas Recovery From Swine Waste Treatment Plant Facility
4.41 PHI: Waste to Energy Project: Pineapple Processing Wastewater Biomethanation and Treatment Plant
4.42 TAJ: Mini-Hydropower in Jorf
4.43 TAJ: Small Hydropower Station in Dashtijum
4.44 VIE: Wind Power Supply to Ly Son Island
4.45 VIE: Nam Soi Small Hydropower Plant
4.46 VIE: Rice Husk Power Plant
4.47 VIE: Oil Coal-Fired Boiler Replacement in Saovang Rubber Company
4.48 VIE: Suoi Chum Small Hydropower Plant
4.49 VIE: Biogas and other Biomass-fired Power Plant in Ben Tre Sugar Co.
- Feasibility Studies (prioritized REGA technologies) (7)
5.1 INO: Repowering/Optimizing the Use of Biomass in the Sugar Industry
5.2 INO: Utilization of Biomass Wastes of Wood-based Industry
5.3 KAZ: Biogas Units for Farm
5.4 MON: Grid-connected Wind Farm in Gobi Region
5.5 PHI: Integration of Methane Capture to Solid Waste Management System of Roxas City
5.6 PRC: Manure Recovery and Utilization - Muyuan Swine Fram
5.7 SRI: 5 MW Biomass Project
- Project Design Documents (8)
6.1 BAN: Khulna Municipal Solid Waste
6.2 BAN: Joypurhat Bagasse Cogeneration
6.3 NEP: Sisdol Landfill Gas to Energy Project
6.4 NEP: Vertical Shaft Brick Kiln (VSBK)
6.5 NEP: Promotion of the System of Rice Intensification in Morang District (with draft SRI methodology)
6.6 PRC: Methane Recovery and Utilization Project in Muyuan Swine Farm
6.7 SRI: Kadjuwata Biomass Power
6.8 VIE: Suoi Chum Micro Hydro
- Project Idea Notes (10)
7.1 NEP: Improved Cook Stoves
7.2 NEP: Light for All (Solar Tukis)
7.3 NEP: Sisdol Landfill Gas to Energy Project (updated as PDD)
7.4 NEP: Vertical Shaft Brick Kiln (VSBK) Program
7.5 NEP: Kathmandu Safa Tempo
7.6 NEP: Biodiesel Project
7.7 NEP: Partial Substitution of coal with rice husk and fly ash blend in Maruti and Butwal Cement Mills
7.8 NEP: Ethanol Blended Gasoline
7.9 NEP: Industrial Solar Water Heater Project
7.10 NEP: Promotion of the System of Rice Intensification in Morang District (with New Monitoring Methodology and New Monitoring Baseline)
- Technical Studies (5)
8.1 BAN: Quality and Assessment for Khulna Municipal Solid Waste
8.2 MON: Energy Efficiency Study of Ulaanbaatar Thermal Power Plant #4
8.3 MON: Rehabilitation of existing heating only boilers
8.4 SAM: Savai'I Hydro: Overcoming Social Barriers to Implementation
8.5 VIE: Assessment of Bagasse-based Power Plants and Suoi Chum Hydropower
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