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OUR FUTURE

Air4planet offers services to reduce global emissions. We sell voluntary carbon credits and also partner with companies that offer new, innovative solutions to decarbonize and slow global warming.”

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Wastewater treatment plants

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Methane Gas Capture and Electricity Production

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200,00 kr

Biomass

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Viñales biomass power plant

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120,00 kr

Greenhouse gas emissions

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GHG emission reduction by thermal oxidation

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45,00 kr

Hydroelectric power plants

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Dapein (1) Hydropower Project

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60,00 kr

1
Customer
As a customer, you can buy voluntary carbon credits or other forms of carbon removal from our shop in a simple, reliable and fully automated way.
2
Supplier
Our suppliers are developing new technologies to decarbonize. When you choose our services, you are supporting the solutions of the future and taking a step towards a sustainable, climate-positive future.
3
Review
Our suppliers undergo a verification process to meet established criteria and requirements to be an approved project.
4
Stock exchange
We buy voluntary carbon credits from various exchanges or directly from project providers.
5
Certificate
The certificate is proof for you, your organization or your company of how much you have invested in voluntary carbon credits.

The certificate serves as official proof for you, your organization or your company of the amount of voluntary carbon credits you have purchased. Once the credit has been purchased through us, it is permanently used up and ‘retired’, meaning it cannot be reused or resold. This ensures that your investment has a real and long-term impact on reducing carbon emissions. Certificates are sent out automatically after your payment.

Removal and reduction technologies

Technologies that aim to reduce the amount of carbon dioxide in the atmosphere, either by directly removing it or by reducing emissions from various processes.

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Carbon capture and storage

(Carbon Capture and Storage, CCS)

This technology captures carbon dioxide emissions from industrial processes and power plants and stores them permanently in geological formations deep underground. This prevents the carbon dioxide from being released into the atmosphere and helps reduce emissions.

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Bioenergy with carbon capture and storage

(BECCS)

A combination of renewable energy and carbon capture. Biomass, such as wood or other plant materials, is used for energy production. When the carbon dioxide released during combustion is captured and stored, it results in a 'negative' emissions technology, meaning that more carbon dioxide is removed from the atmosphere than is emitted.

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Direct air capture

(Direct Air Capture, DAC)

This technology removes carbon dioxide directly from the air using chemical processes. The captured carbon dioxide can then either be permanently stored underground or used in various products, such as fuels, building materials or chemicals.

Nature-based solutions

Nature-based carbon credits are based on the natural ability of ecosystems to capture and store carbon dioxide, a process known as carbon sequestration. Trees and plants absorb carbon dioxide from the air through photosynthesis and store it in their biomass (stems, roots, leaves) and in the soil. For example, a healthy forest ecosystem can sequester significant amounts of carbon dioxide, thereby helping to reduce the total amount of greenhouse gases in the atmosphere.

Reforestation

Wetland restoration

Sustainable agriculture and agroforestry

Planting new trees in areas that were previously deforested or where forests have been damaged. Trees absorb carbon dioxide from the atmosphere and store it in their biomass and in the soil, helping to reduce greenhouse gases.

Wetlands are very efficient at storing carbon in their soils and plants. Restoring these areas, which have often been drained for agriculture or development, can improve carbon storage while supporting biodiversity and improving water quality.

By using sustainable agricultural practices, such as cover crops, crop rotation and agroforestry (combining forestry and agriculture), soils can be improved to store more carbon. These practices also support nutrient-rich soils, reduce erosion and increase yields for farmers.

Carbon dioxide utilization technology

Utilization technologies refer to a set of advanced processes and innovations that transform captured carbon dioxide into valuable products, instead of just storing it. The aim of utilization technologies is to transform carbon dioxide from an environmental problem into a useful resource, thereby creating a circular carbon economy. These technologies can reduce the overall carbon footprint by offering alternatives to traditional production methods that rely on virgin raw materials and fossil fuels.

Carbon dioxide to synthetic fuels

Carbon dioxide to building materials

Carbon dioxide to plastics and chemicals

One example of utilization technology is converting carbon dioxide into synthetic fuels such as methanol or liquid hydrocarbons. By using carbon dioxide as a feedstock in combination with renewable energy, these synthetic fuels can be used as a substitute for fossil fuels, reducing both emissions and dependence on oil.

Another example is the use of carbon dioxide in the production of building materials such as cement and concrete. By injecting carbon dioxide into the concrete production process, the carbon dioxide is mineralized and permanently stored in the material, which not only reduces emissions from cement production but also strengthens the structure of the concrete.

A third example is converting carbon dioxide into chemicals and polymers used to produce plastics. This technology can replace traditional petroleum-based processes and enable the production of sustainable products while reducing carbon emissions.

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Air4planet offers services to reduce global emissions. We sell voluntary carbon credits and also partner with companies that offer new, innovative solutions to decarbonize and slow global warming.

Address

  • Briggvägen 23
  • Sweden

Contact us

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