Squake · Climate projects

Our climate projects

Reduction, avoidance, capture... enjoy the freedom to choose from our list of curated climate projects, and the peace of mind to support certified third parties with real impact.

Australia and Oceania

Central America

Technology-based

Iceland

Climeworks | Climeworks empowers people to reverse climate change by permanently removing carbon dioxide from the air. The carbon is injected underground and naturally turns into stone, which makes this one of the safest storage solutions available. The carbon remains stored underground for thousands of years.

Technology-based

Germany

Compensaid | SAF saves up to 80% of CO2 emissions compared to fossil fuel. SQUAKE partners with Compensaid, replacing fossil jet fuel with SAF. Your purchased SAF is put into circulation within the next 12 months. It is certified according to EU-ISCC and RED and feedstocks have not been derived from palm oil or acid distillates.

Technology-based

Nicaragua

myclimate | This community-based reforestation initiative is located in a critical watershed that feeds into Nicaragua's main estuary, the Estero Real. By reforesting this region, the program plays an important role in regulating the hydrologic cycle, provides important water and biodiversity benefits locally and internationally, and improves the quality of life for small farmers.

Central America

The Netherlands

GoodShipping | Using sustainable biofuels reduces emissions in the transportation industry directly. With the power of carbon insetting, businesses around the world can achieve their climate goals and create sustainable, long-term change in the transportation industry.

Technology-based

Brazil

myclimate | This project decreases CO2 emissions by installing a biomass boiler instead of a gas boiler to meet the heat demands of a new paper machine at a pulp and paper mill in Caieiras, Sao Paulo, Brazil.

Technology-based

Madagascar

myclimate | In order to reduce CO2 and counter the rapid deforestation on Madagascar, myclimate supports the manufacture and distribution of efficient cookers and climate-friendly solar cookers. The sensibilisation of pupils about environmental protection and climate friendly cooking as well as the reforestation of one seedling per cook stove sold are also part of that project.

Technology-based

Germany

myclimate | Through this carbon offset project, a section of the unique Königsmoor in Schleswig-Holstein is being renatured. Through rewetting, typical upland moor vegetation can develop here over the long term and therefore helps to efficiently capture CO₂.

United States

Charm Industrial | Bio-oil sequestration is a new engineered carbon remocal pathway that converts biomass into fast pyrolysis bio-oil. This is then injected deep underground as negative emissions.

Technology-based

Tanzania

myclimate | The project ensures that indigenous land rights are secured and community land use plans are implemented by establishing forest conservation activities. Reducing deforestation prevents greenhouse gases from being released into the atmosphere and secures habitat connectivity for endangered wildlife between the Yaeda Valley and the Ngorongoro Highlands.

Brazil

myclimate | In the Brazilian Amazonas region, myclimate supports the switch from diesel to climate-friendly Forest Stewardship Councilw (FSC) woodchips for the production of electricity.

Technology-based

Kenya

myclimate | Locally produced efficient Upesi stoves reduce wood consumption in Kenya and help to preserve the unique vegetation and biodiversity of Kakamega rainforest. The stoves have a cleaner burning process and thus reduce CO2 emission, decrease indoor air pollution and associated acute respiratory infections in women and children.

Technology-based

Nicaragua

myclimate | This project helps small holder coffee farmers adapt and improve their income while supporting the economic and environmental sustainability of the coffee industry in Nicaragua. This is achieved through combined planting of disease resistant coffee plants with other multifunctional trees.

Central America

Romania

myclimate | This carbon offset project promotes the recycling of used PET bottles and other plastic waste. The PET flakes and granulate obtained from the recycling process are reused, for example, in the packaging industry or for insulation in the construction sector. As a result, resources are saved and the burden on the climate is reduced.

Technology-based

Mongolia

myclimate | The pioneer project engages Mongolian nomads in the mountains and steppes of a globally important biodiversity heritage. The aim is to enable ecosystem recovery and carbon uptake of rangelands that typically suffer from degradation.

Switzerland

myclimate | This projects refers to a renatauration of a moor region in the Swiss Alps.

Fiji

myclimate | This carbon offset project aims at preventing further deforestation of a globally significant ecosystem. Instead of earning their living by harvesting timber, the local landowners - several Fijan clans - will establish a protected area which generates carbon credits.

Australia and Oceania

Madagascar

Wildsense | The project will rehabilitate 152 hectares of the Manjarisoa tropical inland forest in Eastern Madagascar by planting over 125,000 trees from 6 fast-growing endemic species. The project helps stop an industrial fishing project in the area, and will reintroduce endangered lemurs to their native habitat.

United States

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

United States

Climate Impact Partners | The project aims to reforest 1 million acres of the Lower Mississippi Alluvial Valley, an area once covered by 22 million acres of dense forest. Less than 20% of this forest remains. Landowners who voluntarily enrol in the project commit to planting and protecting trees, reducing an estimated 200 tonnes CO2 equivalent per acre.

Sierra Leone

Climate Impact Partners | The project protects the Park of Gola and the carbon that is locked in it by avoiding logging operations, mining, and deforestation. It enables local stakeholders to manage the area sustainably, benefit local communities and wildlife, and contribute to the rebuilding of lives after civil war and an Ebola outbreak.

Guatemala

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Central America

Technology-based

Mexico

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Central America

Technology-based

India

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Technology-based

Canada

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Bangladesh

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Technology-based

Nicaragua

Climate Impact Partners | The purpose of the organization is to reduce 1 billion tonnes of CO2 via way of means in 2030 to convert the worldwide economy, enhance fitness and livelihoods and repair a thriving planet. That is executed via way of means of handing over the excellent carbon financed projects, from which they create carbon credit scores and strength characteristic certificate portfolios.

Central America

Technology-based

India

Climate Neutral Group | The project is designed to facilitate climate change mitigation and adaptation, maintain soil health and create alternative livelihoods. By diversification of 500k hectares of existing farmland the project captures more than 700k tons of carbon emission annually and builds a sustainable farming model for generations to come.

Burundi

myclimate | This project distributes efficient cook stoves for returnees in Burundi. The stoves are part of an aid package handed out in reception camps by aid organisations such as UNHCR and World Food Programme. The stoves have improved combustion, resulting in reduced household air pollution with its associated adverse health effects. The stoves also require less fuel wood which conserves forests, saves on the chore of gathering wood and reduces CO2 emissions.

Technology-based

Kenya

myclimate | The installation of photovoltaic cells on the roofs of Kenyan houses for electricity production gives families access to lighting and improves the livelihoods of people living in the rural regions of Kenya. The use of solar lighting instead of kerosene lamps has positive effects on people’s health and leads to reductions of greenhouse gas emissions.

Technology-based

Germany

KLIM | Regenerative agriculture stores CO2 from the atmosphere in the soil and increases soil quality in the process - a win for the climate, consumers, producers and the food retail industry. The storage of CO2 is done by increasing carbon in the soil and - to a lesser degree - via permanent vegetation such as hedges.

Uganda

myclimate | This project provides access to safe water for around 50,000 people in rural communities in Eastern Uganda as many people still depend on open and unsafe water sources like lakes and rivers often leading to diseases like diarrhea, typhoid or cholera.

Technology-based

Ethopia

myclimate | The installation of photovoltaic cells on the roofs of Ethiopian houses for electricity production gives families access to lighting and improves the livelihoods of people living in the rural regions of Ethiopia. The use of solar lighting instead of kerosene lamps has positive effects on people’s health and leads to reductions of greenhouse gas emissions.

Technology-based

Solomon Islands

myclimate | This carbon offset project avoids deforestation of the pristine rainforest in Solomon Islands and instead promotes alternative income opportunities. The conservation of the rainforest prevents carbon emissions and at the same time promotes Women’s Savings Clubs and protects biodiversity.

Australia and Oceania

South Africa

Climate Neutral Group | Most households in South Africa cook on electric stoves. Connected to the national grid powered by coal, they contribute to GHG emissions. Wonderbag is a non-electric heat retention cooker: after boiling, it cooks for up to 12h without additional energy and saves up to half a tonne of CO2 per year per household.

Technology-based