Carbon Offset Portfolio

Renewables   |   People   |   Forests

Select carbon offsets created using a wide and varied range of technologies from countries around the world

Choose a single project or multiple projects to increase the sustainability achieved beyond carbon

Achieve your preferred mix of climate change and sustainability outcomes

Any quantity, from a single tonne to 100,000+ tonnes

VCS, VCS+CCB and Gold Standard

Climate Active eligible

 

Our aim is to make buying carbon offsets easy

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Climate change solutions helping the world’s poor and its threatened habitats

Renewables 1

RENEWABLES: Household Biogas, Solar Cookers, Run-of-River Hydro, Solar PV, Wind

Renewable Heat – Households

Household Biogas, Solar Cookers

Household Biogas, China

GS 2664
Hainan China

15,555 households equipped with biodigester to replace old coal fired stoves with biogas reducing methane from manure, improving indoor air quality and saving the household money

Solar Cookers, China

GS 7606
Henan, China

50,000 parabolic solar cookers distributed to rural households replace coal as fuel for cooking and boiling water and creates employment, improves indoor air quality and household economics

Solar Cookers, China

VCS 1860
Gansu, China

49,000 solar cookers enable 196,000 people to use the sun instead of coal to cook food and boil water.  Each solar cooker is 910 W (thermal) and no construction is required to use the solar cookers

Renewable Electricity

Solar PV

Solar PV, India

VCS 1770
Telangana and Andhra Pradesh, India

105 MW solar PV installed in 2 Indian states using over 1 million PV panels, reduces electricity demand/supply gap and pollutants, creates employment and infrastructure development

Solar PV, India

VCS 1685
Gujarat, India

25 MW solar PV using over 100,000 solar PV modules, generates jobs and renewable energy, improves grid reliability, economic conditions and infrastructure, reduces air pollution

 

Solar PV, China

VCS 1362
Gansu, China

50 MW solar PV project using over 200,000 PV panels, generates employment and improves local electricity supply and air quality

 

 

Run-of-River Hydro-electricity

Run-of-River Hydro, Türkiye

VCS 603
Sirma, Aegean, Türkiye

Small run-of-river hydro (5.88 MW) uses an existing irrigation canal with no storage dam, creates employment and economic benefits for remote rural community with minimal environmental impact

Run-of-River Hydro, India

VCS 1742
Himachal Pradesh, India

4 x 250 MW turbines supply over 4,000 GWh annually. Project helped construct 10+2 grade school, industrial training institute, 40 bed hospital, improved roads & bridges

Run-of-River Hydro, India

VCS 173
Uttarakhand, India

400 MW run-of-river hydro-electricity generation (4 x 100 MW Pelton turbines) with no storage dam and minimal environmental impact.  Generation during the year depends on stream flows

Wind

Wind, Brazil

VCS 1812
Pernambuco, Brazil

358.8 MW wind project with 156 turbines generating over 1,529 GWh annually, improves local economy, employment and infrastructure, stimulates training and investment in wind technology

Wind, China

VCS 1301
Shandong, China

49.5 MW wind farm with 33 turbines generating over 102 GWh annually, avoids SOx, NOx and particulate emissions, creates employment and improves electricity infrastructure and supply

Wind, China

VCS 727
Hebei, China

100.5 MW wind farm with 67 turbines generating over 241 GWh per year, generates employment, avoids air pollution, improves electricity supply/ demand gap

Wind, China

VCS 414
Hebei, China

49.5 MW wind farm with 33 turbines generating over 114 GWh annually, improves local electricity supply, generates local employment and improves local air quality

Wind, India

VCS 1776
Karnataka, India

36 MW wind farm with 18 turbines generating over 82 GWh per year, improves grid reliability, economy, employment, infrastructure, outdoor air quality

Wind, India

VCS 292
Gujarat, India

150 MW wind farm with 100 turbines generating over 348 GWh annually, avoids air pollution, addresses electricity demand/supply gap, improves employment and infrastructure

Wind, India

VCS 724
Tamil Nadu and Karnataka, India

53.75 MW wind farm with 53 turbines across 6 districts of two Indian states.  Creates local jobs and skills, improves electricity supply and roads encouraging new economic activity

Wind, Türkiye

GS 753
Mersin, Türkiye

62.7 MW wind farm with 20 turbines generating 208 GWh per year, which invested in primary schools in six nearby villages

 

People 1

PEOPLE: Improved Cookstoves, Safe Water (Filtration), Safe Water (Borehole), Household Biogas, Solar Cookers

Improved Living Conditions

Cookstoves, Safe Water

Safe Water, Kenya

GS 886
Western Province, Kenya

Household gravity water filters replace need to boil drinking water using forest fuels and reduce illnesses caused by waterborne diseases, especially in under-5s

Safe Water, Senegal

GS 6443
Senegal

4 solar powered water supply and/or purification systems provide 3,269 people with clean drinking water, reducing fuelwood use to boil water and water-borne diseases

Safe Water and/ or Cookstoves, Rwanda

VCS 2400
Rwanda

Zero-energy household water filters and/or high-efficiency cookstoves distributed directly to over 295,000 households of on average 4 people, across 16 districts of Rwanda

Cookstoves, Malawi, Mozambique

VCS 1719, Malawi

20,000+ domestic fuel-efficient cookstoves replace inefficient three-stone fires or traditional pot supports

 

Household Biogas, Solar Cookers

Household Biogas, China

GS 2664
Hainan China

15,555 households equipped with biodigester to replace old coal fired stoves with biogas reducing methane from manure, improving indoor air quality and saving the household money

Solar Cookers, China

GS 7606
Henan, China

50,000 parabolic solar cookers distributed to rural households replace coal as fuel for cooking and boiling water and creates employment, improves indoor air quality and household economics

Solar Cookers, China

VCS 1860
Gansu, China

49,000 solar cookers enable 196,000 people to use the sun instead of coal to cook food and boil water.  Each solar cooker is 910 W (thermal) and no construction is required to use the solar cookers

Forests 1

FORESTS: Nature-based - REDD+

Reduced Emissions from Deforestation and Degradation (REDD+)

REDD+ (Africa)

REDD+, Congo (DRC)

VCS 934
Congo (DRC)

CCB Standard: Gold
Climate, Biodiversity

Protects 300,000 ha of Bonobo habitat, improving 180,000 people’s lives

REDD+, Kenya

VCS 612
Kenya

CCB Standard: Gold
Climate, Biodiversity

Protects >169,000 ha, home to over 370 animal species, from mosaic deforestation

REDD+, Malawi

VCS 1168
Malawi

CCB Standard: Gold
Climate, Community, Biodiversity

Protects >169,000 ha, over 600 species – lions, elephants, antelopes

REDD+, Zimbabwe

VCS 902
Zimbabwe

CCB Standard: Gold
Climate, Biodiversity

Protects 785,000 ha of forest by improving agriculture, fuelwood plantations, fire management

REDD+ (Asia)

REDD+, Cambodia

VCS 1748
Cambodia

CCB Standard: Gold
Climate, Biodiversity

Protects >445,000 ha and 17 endangered and critically endangered species

REDD+, Cambodia

VCS 1650
Cambodia

CCB Standard: Gold
Climate, Biodiversity

Protects >166,000 ha, 18 endangered/ critically endangered species, supports >12,000 people

REDD+, Indonesia

VCS 1477
Borneo, Indonesia

CCB Standard: Gold
Climate, Community, Biodiversity

Protects >150,000 ha of peat swamp forests, home to >5% of all Orangutan

REDD+, Indonesia

VCS 674
Borneo, Indonesia

CCB Standard: Gold
Climate, Community, Biodiversity

Protects >90,000 ha of peat swamp forests, supporting 361 bird and 122 mammal species

REDD+ (South America)

REDD+, Brazil

VCS 981
Para, Brazil

CCB Standard: Gold
Climate, Biodiversity

Protects over 123,000 ha, providing land tenure to 200 households, agroforestry and cookstoves

REDD+, Brazil

VCS 2252
Para, Brazil

CCB Standard

Protects over 165,000 ha and 27 species on IUCN Red List by providing land tenure, training, agroforestry, cookstoves and employment

REDD+, Brazil

VCS 1382
Acre, Brazil

CCB Standard: Gold
Climate, Community, Biodiversity

Protects >39,000 ha and 23 Vu, En or Cr species, provides land tenure, health and dental clinics

REDD+, Brazil

VCS 1953
Para, Brazil

CCB Standard: Gold
Climate

Protects >53,000 ha of Amazon forest, home to 8 plant and 19 animal species on IUCN’s Red List

REDD+, Peru

VCS 844
Madre de Dios, Peru

CCB Standard: Gold

Protects 98,900 ha, 15 endangered species and indigenous communities

REDD+, Peru

VCS 1360
Ucayalia and Huánuco, Peru

CCB Standard: Gold
Climate, Community

Protects 127,000 ha in 7 Native Communities; highly diverse forest with 420+ species

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Buying carbon offsets from Beyond Neutral is easy

All the projects sold by Beyond Neutral are accredited under either VCS or Gold Standard , so the offset you buy has been created by a project

  • that follows a specific methodology
  • has been verified as having occurred by one of that Standard’s third party verification bodies
  • is tracked in that Standard’s Registry using a unique serial number from issuance until retirement on your behalf
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