All stakeholders are welcome to post their comments on the CDM
PDDs submitted for validation and potential registration by the
CDM Executive Board and other project documents that are of a voluntary
nature and/or not currently being validated as CDM project activities.
The different categories of the Climate Change Projects are listed
below and a full description can be viewed by clicking on the individual
project titles.
Stakeholders who wish to comment on the individual projects may
do so before the closing date. All comments received for each project
will be directed to the relevant Assessment Teams and all comments
for the projects seeking CDM Registration, will be displayed on
this website after the closing date.
| Status |
Country |
Project |
|
Open |
China |
Guizhou Qianxi Qinglong Coal Mine Methane Utilization Project |
| |
|
The proposed project is located in Qinglong coal mine. The Coal mine methane (CMM) is currently extracted from the underground. All the extracted CMM is released into atmosphere which leads to not only great waste of resources but also air pollution. The total designed installation capacity is 2*500+4*700kW in the proposed project. 2*500kW generators have already been in operation since February of 2006. Other 2*700kW generators have also been in operation since January of 2008. It is designed that the last 2*700kW generators will be in operation in January of 2010. All the gensets will be fixed with compressors and waste heat recovery systems. When the project is fully operated, the annual electricity generated is 18,240MWh. 97.5% of which is connected to the internal grid for coal mine use. The left 2.5% is consumed by the power generation. The anticipated annual methane consumed by generators will be up to 5.88Mm3/y. Moreover, the project could recover approximately 28,621GJ waste heat annually, which will replace the thermal energy supplied from coal-fired boilers. In 10 years of crediting period, the proposed project could reduce a total of 851,309tCO2e of green house gas (GHG) emissions
Comments:
0 |
|
Open |
P.R.China |
Liuzhou Yangguang Power Generation Co.Ltd cement WHR for 6 MW power generation project |
| |
|
The project is developed by Liuzhou Yangguang Power Generation Co., Ltd. (hereafter referred to as the “Project Developer”). The project activity involves the capture and utilization of waste heat from two cement production lines. The waste heat is utilised for the purpose of power generation. The Project will be implemented at Guangxi Yufeng Cement Plant in the Guangxi Zhuang Autonomous Region, People’s Republic of China (hereafter referred to as the “Host Country”). The total installed capacity of the Project will be 6 MW, with a predicted electricity supply to the grid of 44,896MWh per annum. The power produced by the Project will be exported to the cement plant’s onsite power grid which is connected to the China South Power Grid. The power produced by the project will therefore displace power which would otherwise have been supplied by the China South Power Grid (hereafter referred to as the “Grid”). The electricity currently generated by the Grid is relatively carbon intensive, with an operating margin emission factor of 1.0120 tCO2/MWh and a build margin emission factor of 0.6784 tCO2/MWh.
Comments:
0 |
|
Open |
India |
Switching fossil fuel in an industrial facility |
| |
|
Present project activity is proposed to install a Biomass (Empty Palm Fruit Bunches) fired Hot Air Generator for supplying hot air to the Spray Drier which displaces use of HSD as fuel. The project activity results into reduction in GHG emissions associated with HSD burning. The installed capacity of The Kerala Ceramics Limited (TKCL) is 24,000 MT of Kaolin production per Annum. Electric power requirements are met from KEB supply while thermal energy is sourced from combustion of High Sulphur Diesel (HSD).
Comments:
0 |
|
Open |
Indonesia |
PT ASTA Keramasan Energi - 145 MW new build CCGT |
| |
|
The project uses natural gas, a relatively clean energy source and a resource which was recently identified in Palembang. The project aims to lower GHG emissions by supplying energy to the grid which otherwise would have been supplied through coal or oil-based power generation. For this purpose the project proponent has installed a 145 MW gas power plant, comprising two gas turbine units of 50 MW each and a steam turbine of 45 MW, at Keramasan, Palembang, South Sumatra.
Comments:
0 |
|
Open |
India |
Wind energy project by Velatal Spinning Mills Private Ltd in Coimbatore district, Tamilnadu, India |
| |
|
The project activity involves the implementation of 8.75 MW capacity wind power project consisting of 7 Wind Turbine Generators (WTGs) of 1250 kW capacity each by Velatal Spinning Mills (P) Ltd (VSMPL) at Sellakarichal, Varapatti and Bogampatti villages in Coimbatore district in Tamilnadu. The power generated by all the seven WTGs would be exported to the grid.
Comments:
0 |
|
Open |
India |
Co-generation phase II project at Khatauli Sugar Complex |
| |
|
The project activity involves the setting up of a 22.0 MW bagasse based cogeneration plant at the sugar manufacturing facility of TEIL at Khatauli, Uttar Pradesh. The project activity has been planned with a purpose to utilize the bagasse generated in the sugar mill to generate steam and electricity. The steam and electricity generated from the project plant aims to meet the captive steam and power requirements of the sugar manufacturing facility and the surplus electricity would be exported to the electricity starved Uttar Pradesh Power Corporation Limited (UPPCL).
Comments:
0 |
|
Open |
Georgia |
Leak Reduction in Above Ground Gas Distribution Equipment in the KazTransgaz-Tbilisi Gas Distribution System- Tbilisi, Georgia |
| |
|
This project aims to reduce leaks at above-ground infrastructure in the Tbilisi gas distribution system specifically gas leaks at gate stations and pressure regulator stations, as well as connection points with industries and residential buildings. In addition to reducing gas losses (and thus financial losses), this project will help improve the company’s standing in terms of corporate sustainability and concern for the environment. The Detailed Baseline Survey/Leak Screening, Measurement and Repair: The baseline survey is designed to determine the level of leaks and emissions - against which emission reductions will be calculated.
Comments:
0 |
|
Open |
India |
Lodhama Hydro Power Project at Darjeeling in West Bengal, India |
| |
|
The project activity promoted by Nippon Power Limited, involves the setting up of a run of river small hydro power (SHP) project that uses water from the rivers Ritukhola and Kalpokhri. The generated electricity will be exported to the nearest grid sub-station at Bijanbari of the West Bengal State Electricity Board (WBSEB).
Comments:
0 |
|
Open |
EL Salvador |
El Chaparral Hydroelectric Project (El Salvador) |
| |
|
“El Chaparral” Project consists of a 65.4 MW hydro power station over the Torola River in the department of San Miguel, El Salvador that aims to provide energy to the national grid.
Comments:
0 |
|
Open |
Brazil |
Piedade Small Hydro Power Plant CDM Project Activity |
| |
|
The Piededade Small Hydro Power Plant consists of a run-of-river small -hydro power plant (16MW), that has a small reservoir (1,5Km2) with minor environmental impact.
Comments:
0 |
|
Open |
EL Salvador |
Addition of a power generation microunit at the "5 de Noviembre Power Plant" |
| |
|
The purpose of this project is to incorporate a new electricity generation microunit that will provide the station service for the 5 de Noviembre Hydro Power Plant. The addition of this new unit aims to allow the plant as a whole to deliver an extra 2,160 MWh per year to the Salvadorean Wholesale Market (SWM), which is the main grid in the country.
Comments:
0 |
|
Open |
India |
Venkateshwara Power Project Ltd. (VPPL) bagasse based co-generation project |
| |
|
The main objective of the project activity is to effectively utilize the available bagasse generated by the VPPL sugar production mill for generation of steam and electricity. This will be used for both in-house consumption and to export surplus electricity to the grid. The proposed project activity is a grid-connected bagasse based cogeneration power plant with a high pressure boiler and steam-turbine configuration.
Comments:
0 |
|
Open |
India |
Efficiency Improvement Through Plate Type Combined Feed Exchanger |
| |
|
The purpose of the project activity aims to improve the energy efficiency of the Pacol reactor unit in the Linear Alkyl Benzene Plant of Tamil Nadu Petroproducts Limited (TPL) through the replacement of Rod and Baffle type combined feed exchanger with a technically superior high efficiency plate type combined feed exchanger.
Comments:
0 |
|
Open |
India |
Energy efficient Information Technology Park by India Land & Properties Limited |
| |
|
The purpose of the project activity is implementing various energy efficient technologies to reduce the consumption of emission intensive grid power for the operation of IT Park thereby reducing green house gas (GHG) emissions. India Tech Park is a state-of-art-Information Technology Park being developed on 9.94 acres of land at Ambattur Industrial Estate, Chennai, India.
Comments:
0 |
|
Open |
India |
4.8 MW Manganese Ore (India) Limited Wind farm in Madhya Pradesh managed by Enercon |
| |
|
The project set up by the Enercon India Pvt Ltd. Is a wind power project located in Rajoda Village, Dewas district, Madhya Pradesh, India. The project activity aims to produce clean power from the wind electric converters. The objective of the project is development, design, engineering, procurement, construction, operation and maintenance of Manganese Ore India Limited (MOIL) Wind Farm of 4.8 MW wind power project. The project activity consists of 6 nos. machines of Enercon make 800 KW wind turbines, totaling to a capacity of 4.8 MW. The generated electricity will be wheeled using the state transmission system for captive consumption.
Comments:
0 |
|
Open |
Thailand |
Surin Electric Project |
| |
|
The project takes place at Surin Electric Company Ltd and involves the generation of electricity from the combustion of bagasse, a renewable biomass. The project involves the installation of a 10MW backpressure Toyodenki turbo generator. The turbine generator will produce electricity at 3.3kV which will be stepped up at the plant to 22 kV and then supplied to the grid via the Surin substation 40km from the plant.
Comments:
0 |
|
Open |
Mexico |
Tecamac – EcoMethane Landfill Gas to Energy Project |
| |
|
The project entails the installation of a landfill gas collection and utilisation/destruction system at the sanitary landfill of Tecamac city, State of Mexico. At its first phase, the project aims at combusting the captured landfill gas in an enclosed flare. In a posterior second phase, the project envisages the installation of generating equipments (i.e. approx. 1.95 MW) that would combust the LFG in order to produce electricity.
Comments:
0 |
|
Closed |
Indonesia |
Gianyar Waste Recovery Project |
| |
|
Comments:
0 |
|
Closed |
Israel |
Dead Sea Works Ltd. Small Scale Fuel Switch Project |
| |
|
Comments:
1 |
|
Closed |
Brazil |
Penha Renewable Energy Project |
| |
|
Comments:
0 |
|
Closed |
India |
Integrated Municipal Waste Processing Complex at Ghazipur, Delhi |
| |
|
Comments:
1 |
|
Closed |
Malaysia |
Sunquest Biomass Project |
| |
|
Comments:
0 |
|
Closed |
India |
The Converging World Renewable Energy India Wind Farm |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Trombini/Green Domus - Curitiba - Biomass for Thermal Energy |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Faxinal II Small Hydroelectric Power Plant – hereafter referred to as “FAXSHP II”. |
| |
|
Comments:
0 |
|
Closed |
India |
15 MW bundled grid connected renewable energy project in Maharashtra, India |
| |
|
Comments:
1 |
|
Closed |
India |
Natural Gas based Power Generation Project at Gujarat Glass Limited, India |
| |
|
Comments:
5 |
|
Closed |
India |
3.1 MW Bundled Wind Power Project in Maharashtra |
| |
|
Comments:
0 |
|
Closed |
Malaysia |
Inno-Abedon - Palm Oil Mill Waste Recycle Scheme, Malaysia |
| |
|
Comments:
0 |
|
Closed |
China |
Anhui Huainan chemical N2O Abatement Project at nitric acid plant Line 4 |
| |
|
Comments:
0 |
|
Closed |
Pakistan |
Fuel Switch and energy efficiency project at PWML, Pakistan |
| |
|
Comments:
0 |
|
Closed |
India |
Enhanced Waste Heat Recovery in Sulphuric Acid Plant for Incremental Power Generation and Thermal Applications |
| |
|
Comments:
0 |
|
Closed |
South Africa |
Bethlehem Hydroelectric project |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Salto Curuá Hydroelectric Project |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Salto Buriti Hydroelectric Project |
| |
|
Comments:
0 |
|
Closed |
India |
Bhushan Power and Steel Limited–Waste Heat Recovery based Captive Power Project |
| |
|
Comments:
1 |
|
Closed |
India |
Energy Efficiency in Gas Turbine Generator (GTG) at Indo Gulf Fertilisers (A Unit of Aditya Birla Nuvo Limited), Jagdishpur |
| |
|
Comments:
2 |
|
Closed |
China |
Gansu Yongchang Dagan'gou Small Hydro Power Station |
| |
|
Comments:
0 |
|
Closed |
India |
Replacement of Steam based Horizontal Continuous Crystallizer by Energy Efficient Acid Absorption Crystallizer |
| |
|
Comments:
2 |
|
Closed |
Brazil |
CERTEL`s – Cooperativa Regional de Eletrificação Teutônia Ltda -Small Hidropower Plants |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Lixo Zero Composting Project |
| |
|
Comments:
0 |
|
Closed |
Malaysia |
FELDA Serting Hilir Biogas Power Plant Project |
| |
|
Comments:
0 |
|
Closed |
India |
Renewable biomass based thermal energy generation by M/s Obeetee Private Limited at Sant Ravidas Nagar district, Uttar Pradesh |
| |
|
Comments:
0 |
|
Closed |
India |
Biomass based power project of Rayapati Power Generation Private Limited |
| |
|
Comments:
0 |
|
Closed |
India |
4 MW Rice Husk based Cogeneration Project at Pragati Paper Industries Ltd., Handesra, Punjab |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Angelina Small Hydro Power Plant - A Brascan Energética S/A Project Activity |
| |
|
Comments:
0 |
|
Closed |
India |
6 MW Natural gas based electricity generation and Waste Heat Recovery based steam production at Pratibha Syntex Limited, Pithampur, Madhya Pradesh |
| |
|
Comments:
3 |
|
Closed |
India |
Energy Efficiency measures at Desalination Plant in Chennai. |
| |
|
Comments:
1 |
|
Closed |
India |
13.7 MW Bundled Grid-connected wind electricity generation in Jamnagar & Kachchh, Gujarat |
| |
|
Comments:
2 |
|
Closed |
China |
Gansu Yongdeng Liancheng 2nd Stage Hydropower Station Project |
| |
|
Comments:
0 |
|
Closed |
India |
6.25 MW grid connected wind energy project at Sangli and Dhule districts, Maharashtra |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Yara Brasil Project of replacement of fossil fuel by biomass |
| |
|
Comments:
1 |
|
Closed |
India |
2.25 MW Rice Husk based cogeneration plant at Siddeshwari Industries Pvt Ltd |
| |
|
Comments:
0 |
|
Closed |
Pakistan |
Switching of fossil fuel from Heavy Fuel Oil to Natural Gas by replacing Heavy Fuel Oil Engines (5.86 MW*4) with Gas Engine (16.4 MW) at Maple Leaf Cement Factory Limited, Iskanderabad, Pakistan. |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Ferrari Cogeneration Project |
| |
|
Comments:
0 |
|
Closed |
India |
Aarti Steels Limited - Waste Heat Recovery based Captive Power Project |
| |
|
Comments:
0 |
|
Closed |
Pakistan |
Construction of additional cooling tower cells at AES Lal Pir (Pvt.) Ltd. Muzaffar Garh, Pakistan |
| |
|
Comments:
0 |
|
Closed |
India |
"34 MW Bagasse based co-generation project of Mankapur chinni mills" at Gonda, Uttar Pradesh By M/s Mankapur Chini Mills |
| |
|
Comments:
0 |
|
Closed |
India |
3.7 MW Bundle Wind Power Project in Maharashtra |
| |
|
Comments:
0 |
|
Closed |
India |
Enhanced Waste Heat Recovery in Sulphuric Acid Plant for Incremental Power Generation and Thermal Applications |
| |
|
Comments:
0 |
|
Closed |
Mexico |
Casa Armando Guillermo Prieto- Wastewater Treatment Facility For A Mezcal Distillery |
| |
|
Comments:
0 |
|
Closed |
India |
“100 MW Malana – II, Hydro – Electric Power Project (Malana – II HEP)” at Kullu district of Himachal Pradesh State, India, by M/s Everest Power Private Limited |
| |
|
Comments:
6 |
|
Closed |
India |
8.35 MW wind power project at Guddarangavana Halli, Chitradurga, Karnataka in India |
| |
|
Comments:
0 |
|
Closed |
India |
“Renewable Energy Project in distilleries of Sir Shadi Lal Enterprises Ltd.” at Pilkhali Distillery District- Saharanpur: Region – Pilkhani and Shamli Distillery: District – Muzaffarnagar, Region – Shamli, Uttar Pradesh by M/s Sir Shadi Lal Enterprises Lt |
| |
|
Comments:
0 |
|
Closed |
India |
Methane recovery by bio methanation process at Pulp and Paper manufacturing facility in Punjab, India |
| |
|
Comments:
0 |
|
Closed |
India |
AWMS-MAP-KORBA-BILASPUR-KABIRDHAM |
| |
|
Comments:
0 |
|
Closed |
China |
Guohua Dongying Lijin Phase I 49.5 MW Wind Farm Project |
| |
|
Comments:
0 |
|
Closed |
China |
Guohua Binzhou Zhanhua 49.5MW Windfarm Project (Phrase I) |
| |
|
Comments:
0 |
|
Closed |
China |
Guohua Dongying Hekou Phase I 49.5 MW Wind Farm Project |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Thermal Power Plant Manauara CDM Project Activity |
| |
|
Comments:
0 |
|
Closed |
China |
Jinan Chemical Fertilizer Co.,Ltd. N2O Abatement Project (Plant 1) |
| |
|
Comments:
0 |
|
Closed |
China |
Jinan Chemical Fertilizer Co.,Ltd. N2O Abatement Project (Plant 2) |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Roullier biomass project |
| |
|
Comments:
0 |
|
Closed |
Brazil |
AMC Têxtil Biomass Project
|
| |
|
Comments:
0 |
|
Closed |
Brazil |
Trombini/Green Domus - Curitiba - Biomass for Thermal Energy |
| |
|
Comments:
0 |
|
Closed |
China |
Guohua Binzhou Zhanhua 49.5MW Windfarm Project (Phrase I) |
| |
|
Comments:
0 |
|
Closed |
India |
Bundled Wind Power Project in Tamil Nadu |
| |
|
Comments:
0 |
|
Closed |
Mexico |
Landfill Gas Recovery and Flaring Project in the El Verde Landfill, León. |
| |
|
Comments:
0 |
|
Closed |
China |
Guohua Dongying Lijin Phase I 49.5 MW Wind Farm Project |
| |
|
Comments:
0 |
|
Closed |
Israel |
Grid Connected Electricity Generation in Paz-Ashdod Refinery
|
| |
|
Comments:
0 |
|
Closed |
India |
Methane capture and power generation project at sewage
treatment plants |
| |
|
Comments:
3 |
|
Closed |
India |
Bhaskar Steel & Ferro Alloys Ltd. (BSFAL) 8 MW captive power generation through waste heat recovery facility. |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Fuel switching from fuel oil to natural gas at the Camargo Corrêa Cimentos plant of Pedro Leopoldo. |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Fuel Switching from Petroleum Coke to Biomass Residue at the Camargo Corrêa Cement Plant of Ijac. |
| |
|
Comments:
0 |
|
Closed |
India |
8 MW Captive power generation through waste heat recovery at Rana Sponge Ltd., Orissa. |
| |
|
Comments:
0 |
|
Closed |
India |
Use of alternate fuels in the manufacturing of Portland cement at Binani Cement Limited, Rajasthan, India. |
| |
|
Comments:
0 |
|
Closed |
Israel |
Dead Sea Magnesium (DSM) Fuel-Switch Project. |
| |
|
Comments:
0 |
|
Closed |
Israel |
The Rotem Amfert Negev (RAN) Natural Gas Fuel Switch Project. |
| |
|
Comments:
0 |
|
Closed |
Israel |
Bromine Compounds Fuel-Switch Project. |
| |
|
Comments:
0 |
|
Closed |
Israel |
Dead Sea Bromine Ltd. Periclase Site Fuel-Switch |
| |
|
Comments:
0 |
|
Closed |
India |
Coke oven hot flue gas and waste combustible gases utilization for generating 130 MW of power at, JSW Steel Limited, at Toranagallu, Bellary, Karnataka. |
| |
|
Comments:
1 |
|
Closed |
India |
42.5 MW Wind Power Project by VRL Logistics Ltd. In
Karnataka State (India) |
| |
|
Comments:
0 |
|
Closed |
India |
Fossil Fuel switch project at Asahi India Glass Ltd,
Taloja, Maharashtra, India
|
| |
|
Comments:
1 |
|
Closed |
India |
8.3 MW small-scale Grid Connected Wind Electricity
Generation Project by Parakh Agro Industries Limited at district Dhule
(Maharashtra), India
|
| |
|
Comments:
0 |
|
Closed |
Brazil |
Faxinal dos Guedes Small Hydroelectric Power Plant |
| |
|
Comments:
0 |
|
Closed |
Brazil |
Cristalino Small Hydroelectric Power Plant |
| |
|
Comments:
0 |
|
Closed |
Brazil |
ARS Small Hydroelectric Power Plant |
| |
|
Comments:
0 |
|
Closed |
Chile |
Fundo Las Cruces Landfill Gas Recovery Project |
| |
|
Comments:
0 |
|
Closed |
India |
6.6 MW Municipal Solid Waste to Electricity Generation Project |
| |
|
Comments:
4 |
|
Closed |
China |
Twolions waste heat recovery from new sulphuric acid line for power generation project |
| |
|
Comments:
0 |
|
Closed |
India |
Biomass Gasification based Power Generation by Beach Minerals Company Private Limited |
| |
|
Comments:
0 |
|
Closed |
India |
Methane Capture and use as a fuel at Santosh Starch Products (A unit of Santosh Starch Ltd.), Bhachau, District. Kutch, Gujarat, India |
| |
|
Comments:
1 |
|
Closed |
India |
Energy efficiency and fuel switching measures for industrial applications, Rajasthan |
| |
|
Comments:
1 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2001) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2002) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2003) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2004) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2005) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2006) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2007) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP2008) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1002) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1003) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1004) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1005) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1006) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1007) |
| |
|
Comments:
0 |
|
Closed |
Philippines |
ANAEROBIC DIGESTION SWINE WASTEWATER TREATMENT WITH ON-SITE POWER PROJECT (ADSW RP1008) |
| |
|
Comments:
0 |
|
Closed |
Mexico |
Loreto Bay Wind Farm Project |
