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Our Projects

350 Projects Past and Present

How our work reduces carbon emissions

Please note the projects detailed below are projects that “350” companies have been involved in since 2007. The photos show the projects either completed, in construction or pre-development (note that a few pictures are representational where pictures of the actual project are currently unavailable).  However, all projects in the completed section should now be operational.  All projects up to end 2012 are searchable on the United Nations “Clean Development Mechanism” Project Database which can be found here: https://cdm.unfccc.int/. In each case, the buyer is identified. Our main clients during this time, were Conoco Philips, Gazprom, Platinum Partners Value Arbitrage Fund and GFACC (IOM) Ltd.

350 Project Accreditation and Development

The following project and company breakdown illustrates the kind of work “350” companies have been involved in since 2008. As you will see, projects are a combination of Carbon Abatement (reducing emissions), Renewable Energy (producing energy through low carbon intensity technology and naturally occurring energy sources leading to emission reductions versus the incumbent fossil fuel process) and energy efficiency projects (lowering carbon emissions through greater efficiency in either energy production or usage).

32

Completed Projects

126

Million Tons of Emission Reductions Accredited from Projects Developed since 2008

Completed Projects

Xingjiang Aletai Kesaiyi hydropower project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

257,532

Kuanping 1st Level and Kuanping 2nd Level Bundle Small Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

20/08/12

Annual Emissions Reductions CO2e

11,246

Pengshui County Xiamakou Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCS Clean Development Mechanism

350 Role

Brokerage & Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

07/06/12

Annual Emissions Reductions CO2e

35,894

Guangxi Heng County Methane Recovery Project

Type

Methane Recovery & Utilisation

Description

An industrial process has created CH4 as a waste gas. Collecting the CH4 and then utilising the gas to power a generator produces electricity, with CO2 becoming the waste gas.

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

98,812

Guangxi Jinyuan Methane Recovery Project

Type

Methane Recovery & Utilisation

Description

An industrial process has created CH4 as a waste gas. Collecting the CH4 and then utilising the gas to power a generator produces electricity, with CO2 becoming the waste gas

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

197,172

Yongping County Dawantang 2nd Level Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

14/11/12

Annual Emissions Reductions CO2e

22,697

Yulong County Gezihe 1st Level and Gezihe 2nd Level Bundle Hydropoewr Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

01/10/12

Annual Emissions Reductions CO2e

40,067

Sichuan Da County Jiujietan Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350PPM role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

131,078

Henan Changyuan Biogas Power Project

Type

Biogas Power

Description

Biogas has been harvested. Collecting the CH4 and then utilising the gas to power a generator produces electricity, with CO2 becoming the waste gas.

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

166,546

Yunnan Yongde County Manglinghe 2nd and 3rd Cascade Bundled Small Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

11/12/10

Annual Emissions Reductions CO2e

35,120

Yunnan Yongde County Manghaihe 6th and 7th Cascade Bundled Small Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

33,996

Coca Coda Sinclair

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350PPM role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

Ecuador

Registration Date

15/02/13

Annual Emissions Reductions CO2e

4,000,000

Qinghai Xining Calcium Carbide Residue Utilization for Clinker Production Project

Type

Calcium Carbide Residue Utilisation

Description

The project activity plans to utilise calcium carbide residue (fly ash) generated from blast furnace to partially replace carbonates as a raw material in cement manufacture. A reduction in process emissions is the result

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

239,607

Jinshan Municipal Solid Waste Power Generation

Type

Municipal Solid Waste Power Generation

Description

This project type is also known as Anaerobic Digestion, where MSW is digested in an Anaerobic reaction to ensure CH4 is produced. CH4 is then collected and used to power generators creating electricity.

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

98,129

Fang County Wafangping 2nd Level Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

03/09/12

Annual Emissions Reductions CO2e

56,179

Hebei Yuaishi Huaiyang Biomass Coproduction

Type

Biomass Cogeneration

Description

Biomass (Forest Floor, Wood Chips, Trees) are burnt heating water mixed with ammonia. Increased pressure turns a turbine and generator producing electricity with excess heat sold to consumer and industry. Utilisation of excess heat increases efficiency, as long as trees are replanted emission reductions occur

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

145,227

Yunnan Yongde County Dedanghe 3rd Cascade Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

10/12/12

Annual Emissions Reductions CO2e

48,463

Yongping County Dawantang 1st Level Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage

350 Company

Carbon 350

Host Country

China

Registration Date

14/11/12

Annual Emissions Reductions CO2e

63,116

Shantou Municipal Solid Waste Power Generation

Type

Municipal Solid Waste Power Generation

Description

This project type is also known as Anaerobic Digestion, where MSW is digested in an Aanerobic reaction to ensure CH4 is produced. CH4 is then collected and used to power generators creating electricity.

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

92,087

Taizhou Municipal Solid Waste Power Generation

Type

Municipal Solid Waste Power Generation

Description

This project type is also known as Anaerobic Digestion, where MSW is digested in an Anaerobic reaction to ensure CH4 is produced. CH4 is then collected and used to power generators creating electricity.

Market Mechanism

UNFCCC Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

15/12/12

Annual Emissions Reductions CO2e

104,217

Municipal Solid Waste based Composting at Kolhapur, Maharashtra

Type

Municipal Solid Waste Composting

Description

Municipal Solid Waste is composted aerobically as opposed to anaerobically, thus waste gas is CO2, not CH4, resulting in reduced emissions based on GWP of gases.

Market Mechanism

UNFCCS Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

India

Registration Date

11/12/10

Annual Emissions Reductions CO2e

30,430

Anning River Wa’nao Hydropower Station in Xichang City Liangshan Prefecture

Type

Hydro Electric Power

Description

Power is generated as water is channeled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

UNFCCS Clean Development Mechanism

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

10/06/11

Annual Emissions Reductions CO2e

116,684

Development Projects

A full listing of our ongoing development projects with Carbon 350 & Solar 350.

17

Projects in Development

8

Million Tons CO2e Projected Emissions Reductions 2015

Primary Heating Network of Datang Weihe Power Plant (2×300MW) Cogeneration Retrofit

Type

Biomass Co-generation (Heat and Power)

Description

A fossil fuel based co-generation facility is retrofitted with modern technology and other enhancements leading to greater efficiency which results in emission reductions for the same heat/electricity output

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

371,560

Cogeneration Central Heating Project of Datang Hu County Thermoelectric Plant

Type

Cogeneration

Description

A new cogeneration plant is built replacing single cycle fossil fuel generation and leading to a reduction in emissions for the same outputs

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

179,639

Cogeneration Central Heating Project of Datang Hu County Thermoelectric Plant

Type

Cogeneration

Description

A new cogeneration plant is built replacing single cycle fossil fuel generation and leading to a reduction in emissions for the same outputs

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

179,639

Taizhou Refuse Incineration Power Generation Project

Type

Municipal Waste Incineration and Power Generation

Description

This project type is also known as Anaerobic Digestion, where MSW is digested in an Anaerobic reaction to ensure CH4 is produced. CH4 is then collected and used to power generators creating electricity.

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

104,217

Xinjiang Wusu Hydropower Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

40,000

Anji MSW incineration Project

Type

Municipal Solid Waste Incineration

Description

Municipal Solid Waste is incinerated as opposed to left to decompose resulting in an aggregate reduction in emissions

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

55,000

Datang Chuanbei 30MW Hydro Power Project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

95,000

Langfang MSW incineration Project

Type

Municipal Solid Waste Incineration

Description

Municipal Solid Waste is incinerated as opposed to left to decompose resulting in an aggreate reduction in emissions

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350PPM role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

94,900

Inner Mongolia Huitong 49.5MW wind power project

Type

Wind Power

Description

Wind Turbines are installed connected to a gearbox and generator and inverters (to create alternating current) which produce electricity

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

100,000

Guizhou Panxian hydropower project

Type

Hydro Electric Power

Description

Power is generated as water is channelled through either Run of River, Diversion or Dam via turbines which then turn generators which produce electricity less carbon intensively than fossil fuel based generation

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350PPM role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

70,000

Zhejiang Zhongying Wind Power Generation project

Type

Wind Power

Description

Wind Turbines are installed connected to a gearbox and generator and inverters (to create alternating current) which produce electricity

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

75,000

Qingyuan 9MW Biomass Cogeneration project

Type

Biomass Cogeneration

Description

Biomass (Forest Floor, Wood Chips, Trees) are burnt heating water mixed with ammonia. Increased pressure turns a turbine and generator producing electricity with excess heat sold to consumer and industry. Utilisation of excess heat increases efficiency, as long as trees are replanted emission reductions occur

Market Mechanism

Chinese Domestic Market Offsets (CCERs)

350 Role

Brokerage and Accreditation

350 Company

Carbon 350

Host Country

China

Registration Date

In development

Annual Emissions Reductions CO2e

80,000

Super Sol SpA 1.1 85.8MW

Type

Solar Power

Description

Solar Irradiation is captured using photovoltaic panels, which create electricity. Inverters are used to create alternating current after which the parks are connected to either to the grid or directly to industry via Private Power Purchase Agreements. Projects are accredited under Domestic and International Subsidization schemes to increase revenues further.

Market Mechanism

Domestic Subsidization through Green Certificates, UNFCCC Clean Development Mechanism for International Subsidization.

350 Role

Accreditation, Development, Executive Development

350 Company

Solar 350

Host Country

Chile

Registration Date

In development

Annual Emissions Reductions CO2e

94,380

Solar 350 MX4 – Hermosillo, Sonora – 300 MW

Type

Solar Power

Description

Solar Irradiation is captured using photovoltaic panels, which create electricity. Inverters are used to create alternating current after which the parks are connected to either to the grid or directly to industry via Private Power Purchase Agreements. Projects are accredited under Domestic and International Subsidization schemes to increase revenues further.

Market Mechanism

Domestic Subsidization via Green Certificates, UNFCCC Clean Development Mechanism for International Subsidization

350 Role

Accreditation, Development, Executive Development

350 Company

Solar 350

Host Country

Mexico

Registration Date

In development

Annual Emissions Reductions CO2e

310,000

Solar 350 MX3 – Baja California – 260 MW (100+160)

Type

Solar Power

Description

Solar Irradiation is captured using photovoltaic panels, which create electricity. Inverters are used to create alternating current after which the parks are connected to either to the grid or directly to industry via Private Power Purchase Agreements. Projects are accredited under Domestic and International Subsidization schemes to increase revenues further.

Market Mechanism

Domestic Subsidization via Green Certificates, UNFCCC Clean Development Mechanism for International Subsidization

350  Role

Accreditation, Development, Executive Development

350 Company

Solar 350

Host Country

Mexico

Registration Date

In development

Annual Emissions Reductions CO2e

273,000

Super Sol SpA 1.2 90MW

Type

Solar Power

Description

Solar Irradiation is captured using photovoltaic panels, which create electricity. Inverters are used to create alternating current after which the parks are connected to either to the grid or directly to industry via Private Power Purchase Agreements. Projects are accredited under Domestic and International Subsidization schemes to increase revenues further.

Market Mechanism

Domestic Subsidatization through Green Certificates, UNFCCC Clean Development Mechanism

350 Role

Accreditation, Development, Executive Development

350 Company

Solar 350

Host Country

Chile

Registration Date

In development

Annual Emissions Reductions CO2e

90,000

Find out more about our SuperSol SpA projects here