Good Practice
13 Project Idea Notes Published
1 September 2007 (updated from 23 May 2007)
Three Project Idea Notes (PINs) and Eight Mini PINs were added to the website at the end of May 2007, with a further two Mini PINs added in August 2007. The PINs cover hydropower projects in China and the Mini PINs describe bioenergy projects in Thailand.
PINs are ongoing and potential CDM and JI projects involving Sustainable Energy Technologies (SETs). The PINs will offer business investment opportunities for EU ETS companies
If you are interested in pursuing any of the projects described in the PINs, please contact the relevant PIN/PDD Developer shown on the PIN.
Click on the links below to view the PINs:
Download PIN13 (58 Kb PDF) May-2007
The Pig Farms Manure Biogas Project (PFMBP#1) is the bundling of four pig farms which shall install anaerobic digestion system for their wastewaters.
To mitigate the methane (CH4) gas generation from organic digestion in anaerobic condition of existing open ponds system, each farm will install a anaerobic wastewater treatment reactor, namely, High suspended solids Up-flow Anaerobic Sludge Blanket (H-UASB) system, which is a modification of the UASB concept. The total biogas produced from these H-UASB systems, which is of approximately 9,774 m³/day (@ 65% CH4), shall be used to produce electric power to be used for on-site operations.
Download PIN12 (64 Kb PDF) May-2007
The Municipality#1 is the public organization which has the legal responsibilities to collect, handle, transport and dispose of Municipal Solid Waste (MSW) which is generated within the municipal area. At present, MSW generated in the Municipality#1 area, approximately 150 ton per day, is disposed by open-dump method, which causes uncontrolled methane (CH4) gas emission to the atmosphere.
To avoid the GHG emission, and to promote waste recycling with the utilization of waste to energy, Municipality#1 shall construct and operate the Municipal Solid Waste (MSW) Treatment Plant, 150-200 ton/day capacity. Approximately 150 ton/day of MSW shall be fed to the plant, which uses heat treatment process together with sorting & recycling process for producing high biomass content Refuse Derived Fuel (RDF with more than 95% biomass content).
Download PIN11 (149 Kb PDF) Mar-2007
The main purpose of Ma’er hydro project is for electricity generation.
The project will mitigate the electricity shortage problem in Nujiang state and play an important role in poverty alleviation in Southwest China.
Download PIN10 (79 Kb PDF)
This CDM project activity consists of constructing a small hydropower station in Rucheng county to enhance the socio-economic development in the area.
The Laopokou hydroelectric project would be located on the lower reaches of the Qijiang river, in Rucheng County, Hunan Province. Plant capacity will be 24,000 kW (two vertical 12,000 kW Francis type turbines) at 72 m net head, with an associated maximum hydraulic capacity of 21.1 m³/s. Annual energy output of the station would be 85,370 GWh.
Download PIN9 (157 Kb PDF) May-2007
Beihe II SHP will increase the ratio of clean energy within the Zhejiang province energy mix and contribute to the reduction of reliance on antiquated and highly polluting thermal plants. While the province has a relatively diverse energy mix including hydro, wind, energy from waste disposal, and nuclear, the bulk of the electricity is generated by coal and to a lesser extent by oil.
Download Mini PIN8 (31 Kb PDF) May-2007
The project is a rice husk fired power plant in Suphanburi province, Thailand , with approximately 9.9 MW-gross and 8.8 MW-net capacities. Generated electricity will be sold to the Provincial Electricity Authority (PEA) through the national grid under the Very Small Power Producer (VSPP) scheme. The net annual supply of electricity to the grid will be approximately 70,400 MWh/year.
Download Mini PIN7 (32 Kb PDF) May-2007
The project is a rice husk fired power plant in Sakonnakhon province of Thailand , with approximately 9.5 MW-gross and 8.5 MW net capacities. Generated electricity will be sold to the Electricity Generating Authority of Thailand (EGAT) through the national grid under the Small Power Producer (SPP) scheme. Net electricity to be supplied annually to the grid is approximately 66,300 MWh/year.
Download Mini PIN6 (36 Kb PDF) 26-Apr-2007
Under the project, the Ethanol Holding Group (EHG) #1 will establish 2 companies for different activities; (i) Ethanol Energy Company (EEC), which is the Ethanol Plant, with a 500,000 liter per day capacity, using tapioca head as raw material; and (ii) Ethanol Power Company (EPC), the Utility Plant which shall install a wastewater treatment plant for biogas production from the ethanol plant's wastewater, and biomass/biogas cogeneration plant to supply electricity and steam to the ethanol plant.
Download Mini PIN5 (34 Kb PDF) 26-Apr-2007
Under the project, the Industrial Energy Park company limited shall develop the ethanol plant with a capacity of 200,000 liters/day, using dried tapioca chip (percentage of starch more than 65% by weight) as raw material. The ethanol plant requires an amount of dried chip tapioca of approximately 200,000 ton/year.
Download Mini PIN4 (33 Kb PDF) 5-May-2007
Palm Oil Company (POC) #4 is established to receive and treat wastewater from Other Palm Oil Company, which is a crude palm oil (CPO) mill with a 45 ton-fresh fruit bunch (FFB) per hour feed capacity. At present, approximately 480 m³/day of wastewater effluent from Other Palm Oil Company is treated by open ponds system.
Download Mini PIN3 (33 Kb PDF) 6-May-2007
Palm Oil Company (POC) #3 is a crude palm oil (CPO) mill with a 45 ton-fresh fruit bunch (FFB) feed capacity. At present, approximately 480 m³/day of wastewater effluent from the Palm Oil Company (POC) #3 crude palm oil factory are treated by open ponds system which generates methane (CH4) gas to the atmosphere under anaerobic conditions.
Download Mini PIN2 (37 Kb PDF) 21-Apr-2007
Palm Oil Company (POC) #2 is a crude palm oil (CPO) mill, which has been operated since 1987. Palm Oil Company (POC) #2 would like to fully utilize energy from their palm oil residues and biogas system by planning to modify and optimize their energy generating/utilization units
Download Mini PIN1 (31 Kb PDF) 10-Apr-2007
The project is a palm residues fired power plant in Pra chuabkirikhan province, Thailand, with approximately 6.6 MW-gross capacity. Biomass fuel to be used in the project is palm oil residues: waste from crude palm oil production process which consists of palm shell, palm fiber, and empty fruit bunch (EFB). The power plant shall consume approximately 150 ton/year of palm empty fruit bunch, 36 ton/year of palm shell, and 36 ton/year of palm fiber. Water consumption of the project will be of approximately 120 m 3/day.
