Database · A–Z index

Project index

Every project page CarbonMeld publishes, by registry, by country or A–Z: 14,763 pages. The search below covers all 34,422 tracked records, including those not yet analysed. For advanced filters (sector, country, score band and more) use the interactive database.

showing 13,901–14,000 of 14,763, page 140 of 148

VPA 66 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.9/10 GS-3823 Bangladesh
VPA 67 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.8/10 GS-3825 Bangladesh
VPA 68 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 4.8/10 GS-4143 Bangladesh
VPA 69 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.6/10 GS-4144 Bangladesh
VPA 7 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-744 Bangladesh
VPA 70 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.8/10 GS-4145 Bangladesh
VPA 71 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.7/10 GS-4092 Bangladesh
VPA 72 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.9/10 GS-4146 Bangladesh
VPA 73 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5/10 GS-4147 Bangladesh
VPA 74 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.5/10 GS-4148 Bangladesh
VPA 75 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.8/10 GS-4149 Bangladesh
VPA 76 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.3/10 GS-4150 Bangladesh
VPA 77 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-4151 Bangladesh
VPA 78 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.8/10 GS-4160 Bangladesh
VPA 79 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.6/10 GS-4161 Bangladesh
VPA 8 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 4.8/10 GS-745 Bangladesh
VPA 80 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.9/10 GS-4162 Bangladesh
VPA 81 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.3/10 GS-4152 Bangladesh
VPA 82 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5/10 GS-4153 Bangladesh
VPA 83 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.2/10 GS-4154 Bangladesh
VPA 84 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-4155 Bangladesh
VPA 85 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.8/10 GS-4156 Bangladesh
VPA 86 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.3/10 GS-4157 Bangladesh
VPA 87 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 6/10 GS-4158 Bangladesh
VPA 88 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.2/10 GS-3806 Bangladesh
VPA 89 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.3/10 GS-3805 Bangladesh
VPA 9 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 4.6/10 GS-746 Bangladesh
VPA 90 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 4.8/10 GS-3804 Bangladesh
VPA 91 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-3803 Bangladesh
VPA 93 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.5/10 GS-3801 Bangladesh
VPA 94 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.2/10 GS-3800 Bangladesh
VPA 95- GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 6.2/10 GS-3799 Bangladesh
VPA 96 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5/10 GS-3798 Bangladesh
VPA 97 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-3797 Bangladesh
VPA 98 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 4.9/10 GS-3796 Bangladesh
VPA 99 - GHG Emission Reduction through use of Bondhu Chula (Improved Cook Stoves) in Bangladesh 5.4/10 GS-3795 Bangladesh
VSP BINH THUAN II SOLAR POWER PROJECT 5.8/10 GCC-267 Viet Nam
VTRM Renewable Energy 7.3/10 VCS-1812 Brazil
VTRM RENEWABLE ENERGY 2 - CORSIA Eligible 7.9/10 VCS-1903 ClimateTrade Brazil
W4K GmbH 6.7/10 GCSP-1236 Austria
Wabash Abandoned Mine Methane Recovery Project 7.9/10 ACR-537 ILLINOIS, US
Wabash Abandoned Mine Methane Recovery Project 8.2/10 CAR-2114 US
Wabashco Clean Sweep 2 6.3/10 ACR-198 OHIO, US
Wabashco Clean Sweep 3 3.3/10 ACR-221 OHIO, US
Wabashco Clean Sweep 4 6.7/10 ACR-225 OHIO, US
Wabashco Clean Sweep 5 7/10 ACR-244 OHIO, US
Wabashco Clean Sweep 6 5.7/10 ACR-254 OHIO, US
Wabashco Clean Sweep 7 6.6/10 ACR-275 OHIO, US
Wabashco Clean Sweep 8 6.6/10 ACR-314 OHIO, US
Wabashco Clean Sweep 9 7/10 ACR-343 OHIO, US
Wabashco Clean Sweep I 5.4/10 ACR-179 OHIO, US
Wabassus Improved Forest Management Project 8.1/10 ACR-422 MAINE, US
WADI - Innovation for Safe Water and Climate in Uganda 7.2/10 GS-2727 Uganda
Wakefield Biochar Facility 1 6.5/10 PUR-654470 Carbonmark United States
Wakefield Biochar Facility 2 7.5/10 PUR-244045 Carbonmark United States
Wakefield Biochar Facility 3 7.2/10 PUR-939902 Carbonmark United States
Wakefield Biochar Facility 4 2/10 PUR-517437 United States
Wakker Digester 4.5/10 CAR-989 US
Walsenburg Facility 3.2/10 PUR-452184 Toucan Protocol United States
Wampu Hydro Electric Power Project 5.3/10 CDM-5368 Indonesia
Wandarra 6.1/10 TC-2047 Queensland, Australia
Wang Phloeng Solar Power Plant Project 6.3/10 CDM-6787 Thailand
Wangxingzhuang CMM Power Generation Project 6.4/10 VCS-3697 China
Wangzishan Wind Power Project of Sinohydro in Beipiao 6/10 CDM-8225 China
Wapiti Woods I 5.5/10 CAR-1206 US
Wapiti Woods II 3.3/10 CAR-1186 US
Warcop Training Area 6.2/10 WCC-103000000004454 United Kingdom
Warden's Wood 5.5/10 WCC-104000000028023 United Kingdom
Warm Springs Phase I 6.3/10 ACR-260 OREGON, US
Warren Wood 5.5/10 WCC-104000000028301 United Kingdom
Washington Beef LLC Greenhouse Gas and Solids Reduction Project 5/10 CAR-1008 US
Waste Energy project in Dadra & Nagar Haveli(D&NH) 6.1/10 VCS-2763 India
Waste Gas-based Cogeneration Project at Alexandria Carbon Black Co., Egypt 5.3/10 CDM-1639 Egypt
Waste gases utilisation for Combined Cycle Power Plant in Handan Iron & Steel Group Co., Ltd 5.2/10 CDM-1262 China
Waste Heat based 10 MW captive power project GPIL- WHRB 2 CDM PROJECT ACTIVITY 4.3/10 CDM-0772 India
Waste Heat based 4.75 MW captive power project "RSIPL- WHRB(1&2)" CDM PROJECT ACTIVITY 5.2/10 CDM-0783 India
Waste heat based 7 MW Captive Power Project Godawari Power and Ispat Ltd (GPIL) 5.4/10 CDM-0264 India
Waste Heat Recover Project by BPSL, India 4.8/10 CDM-9494 India
Waste Heat Recovery and Power Generation Project in Yatai Group Harbin Cement Co., Ltd. 3.8/10 CDM-4616 China
Waste Heat Recovery and Utilisation for Power Generation Project of Beiliu Conch Cement Company Limited 5.9/10 CDM-3459 China
Waste Heat Recovery and Utilisation for Power Generation Project of Chongqing Conch Cement Company Limited (Phase I) 4.2/10 CDM-7299 China
Waste Heat Recovery and Utilisation for Power Generation Project of Guiding Conch Panjiang Cement Company Limited (Phase I) 4.2/10 CDM-7253 China
Waste Heat Recovery and Utilisation for Power Generation Project of Guiyang Conch Panjiang Cement Company Limited (Phase I) 4.8/10 CDM-7232 China
Waste Heat Recovery and Utilisation for Power Generation Project of Jiande Conch Cement Company Limited (Phase II) 5.4/10 CDM-7340 China
Waste Heat Recovery and Utilisation for Power Generation Project of Yiyang Conch Cement Company Limited 4.6/10 CDM-5565 China
Waste heat recovery based captive power generation by Ambuja Cements, Rajasthan 4.4/10 CDM-9805 India
Waste Heat Recovery based captive power generation by SKS Ispat Ltd 5.1/10 UCR-574 Chhattisgarh India
Waste Heat Recovery based captive power generation by SKS Ispat Ltd 6/10 CDM-0674 India
Waste heat recovery based captive power project at Monnet 4.5/10 CDM-0394 India
Waste Heat Recovery based power generation at JK Lakshmi Cement Limited, in Sirohi, Rajasthan, India 5.4/10 CDM-10115 India
Waste heat recovery based power plant at Hindustan Zinc Limited, Chanderia 4.8/10 VCS-117 India
Waste heat recovery based power plant at Hindustan Zinc Limited, Chanderia. 5.3/10 CDM-0855 India
Waste Heat Recovery for Power Generation Project in HuaiNing Shangfeng Cement Co., Ltd. 4.7/10 CDM-6170 China
Waste heat recovery from stoves of Blast Furnace-3 of Visakhapatnam Steel Plant 5.2/10 CDM-10024 India
Waste Heat Recovery Power Plant at Fecto Cement Limited. 5/10 CDM-9522 Pakistan
Waste Heat Recovery Power Plant in PT. Semen Padang, Indonesia 4.6/10 CDM-5603 Indonesia
Waste Heat Recovery Power Project at JK Cement Works (Unit of JK Cement Limited), Nimbahera, Chittorgarh, Rajasthan 6.3/10 VCS-1981 India
Waste Heat Recovery Power Project at JK Cement Works (Unit of JK Cement Limited), Nimbahera, Chittorgarh, Rajasthan 6.1/10 CDM-0284 India
Waste heat recovery project based on technology up-gradation at Apollo Tyres, Vadodara, India 4.7/10 CDM-0389 India
Waste heat utilization for charge pre-heating in a sponge iron manufacturing process of HKMPL,India 5.3/10 CDM-4196 India