项目索引
CarbonMeld 发布的每个项目页面，可按登记处、国家或 A–Z 浏览：共 14,763 个页面。下方搜索覆盖全部 34,422 条追踪记录，包括尚未分析的记录。如需高级筛选（行业、国家、评分区间等），请使用交互式数据库。
显示第 13,901–14,000 条，共 14,763 条，第 140 页，共 148 页
- VPA 66 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 67 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 68 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 69 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 7 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 70 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 71 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 72 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 73 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 74 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 75 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 76 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 77 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 78 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 79 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 8 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 80 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 81 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 82 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 83 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 84 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 85 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 86 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 87 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 88 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 89 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 9 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 90 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 91 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 93 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 94 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 95- GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 96 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 97 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 98 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VPA 99 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh
- VSP BINH THUAN II SOLAR POWER PROJECT
- VTRM Renewable Energy
- VTRM RENEWABLE ENERGY 2 - CORSIA Eligible
- W4K GmbH
- Wabash Abandoned Mine Methane Recovery Project
- Wabash Abandoned Mine Methane Recovery Project
- Wabashco Clean Sweep 2
- Wabashco Clean Sweep 3
- Wabashco Clean Sweep 4
- Wabashco Clean Sweep 5
- Wabashco Clean Sweep 6
- Wabashco Clean Sweep 7
- Wabashco Clean Sweep 8
- Wabashco Clean Sweep 9
- Wabashco Clean Sweep I
- Wabassus Improved Forest Management Project
- WADI - Innovation for Safe Water and Climate in Uganda
- Wakefield Biochar Facility 1
- Wakefield Biochar Facility 2
- Wakefield Biochar Facility 3
- Wakefield Biochar Facility 4
- Wakker Digester
- Walsenburg Facility
- Wampu Hydro Electric Power Project
- Wandarra
- Wang Phloeng Solar Power Plant Project
- Wangxingzhuang CMM Power Generation Project
- Wangzishan Wind Power Project of Sinohydro in Beipiao
- Wapiti Woods I
- Wapiti Woods II
- Warcop Training Area
- Warden's Wood
- Warm Springs Phase I
- Warren Wood
- Washington Beef LLC Greenhouse Gas and Solids Reduction Project
- Waste Energy project in Dadra & Nagar Haveli(D&NH)
- Waste Gas-based Cogeneration Project at Alexandria Carbon Black Co., Egypt
- Waste gases utilisation for Combined Cycle Power Plant in Handan Iron & Steel Group Co., Ltd
- Waste Heat based 10 MW captive power project GPIL- WHRB 2 CDM PROJECT ACTIVITY
- Waste Heat based 4.75 MW captive power project "RSIPL- WHRB(1&2)" CDM PROJECT ACTIVITY
- Waste heat based 7 MW Captive Power Project Godawari Power and Ispat Ltd (GPIL)
- Waste Heat Recover Project by BPSL, India
- Waste Heat Recovery and Power Generation Project in Yatai Group Harbin Cement Co., Ltd.
- Waste Heat Recovery and Utilisation for Power Generation Project of Beiliu Conch Cement Company Limited
- Waste Heat Recovery and Utilisation for Power Generation Project of Chongqing Conch Cement Company Limited (Phase I)
- Waste Heat Recovery and Utilisation for Power Generation Project of Guiding Conch Panjiang Cement Company Limited (Phase I)
- Waste Heat Recovery and Utilisation for Power Generation Project of Guiyang Conch Panjiang Cement Company Limited (Phase I)
- Waste Heat Recovery and Utilisation for Power Generation Project of Jiande Conch Cement Company Limited (Phase II)
- Waste Heat Recovery and Utilisation for Power Generation Project of Yiyang Conch Cement Company Limited
- Waste heat recovery based captive power generation by Ambuja Cements, Rajasthan
- Waste Heat Recovery based captive power generation by SKS Ispat Ltd
- Waste Heat Recovery based captive power generation by SKS Ispat Ltd
- Waste heat recovery based captive power project at Monnet
- Waste Heat Recovery based power generation at JK Lakshmi Cement Limited, in Sirohi, Rajasthan, India
- Waste heat recovery based power plant at Hindustan Zinc Limited, Chanderia
- Waste heat recovery based power plant at Hindustan Zinc Limited, Chanderia.
- Waste Heat Recovery for Power Generation Project in HuaiNing Shangfeng Cement Co., Ltd.
- Waste heat recovery from stoves of Blast Furnace-3 of Visakhapatnam Steel Plant
- Waste Heat Recovery Power Plant at Fecto Cement Limited.
- Waste Heat Recovery Power Plant in PT. Semen Padang, Indonesia
- Waste Heat Recovery Power Project at JK Cement Works (Unit of JK Cement Limited), Nimbahera, Chittorgarh, Rajasthan
- Waste Heat Recovery Power Project at JK Cement Works (Unit of JK Cement Limited), Nimbahera, Chittorgarh, Rajasthan
- Waste heat recovery project based on technology up-gradation at Apollo Tyres, Vadodara, India
- Waste heat utilization for charge pre-heating in a sponge iron manufacturing process of HKMPL,India