Biogenic CO₂

Carbon dioxide (CO₂) capture is one of the great advantages of biomethane facilities.

What is bioCO₂?

The capture of this gas, produced naturally, avoids its emission into the atmosphere and reuses it in industrial processes.

Biogenic CO₂ is a type of carbon dioxide that is released naturally during the decomposition of organic waste such as agricultural, livestock or forestry waste. This renewable gas has multiple uses in different industries, such as agri-food or sustainable fuels.

In Biorig’s biomethane plants, biogenic CO₂ is generated in the process of anaerobic digestion of organic waste, whereby slurry, manure and straw are decomposed. Through this technique, biogas is produced which is purified to separate the biomethane (CH4) and CO2 contained in the biogas.

The bioCO2 produced in Biorig’s plants does not add new carbon to the atmosphere, as the facilities capture the carbon that would be naturally emitted to the outside world for use as a key input in the production of a range of other products.

Some applications of biogenic CO₂.

Biogenic CO₂ can replace fossil-based CO₂, reducing the environmental impact in many key sectors:

Food industry
01 Food industry It can be used in the carbonation of beverages such as soft drinks, food preservation or in refrigeration through its conversion into dry ice or liquid CO₂.
Agriculture and greenhouses
02 Agriculture and greenhouses It has applications in air enrichment in greenhouses to increase production and accelerate the growth of horticultural crops such as tomatoes or lettuce, improving photosynthesis and yield per square meter.
Renewable fuel
03 Renewable fuel It is the main input, together with green hydrogen or biomethane, in the production of sustainable aviation fuels (SAF).

Advantages of Biorig biogenic CO₂.

Biorig’s plants will have the capacity to produce 350,000 tons per year of bioCO₂, which will be at the forefront of quality and sustainability standards.

Production without water consumption

While other CO₂ capture processes require large amounts of water, Biorig produces bioCO₂ without water inputs in its scrubbing process.

High CO₂ purity

The CO₂ captured at Biorig achieves a purity of 99.9%, suitable for food and pharmaceutical applications.

Energy efficiency in capture

CO₂ capture processes at Biorig. are designed to be energy efficient, using technologies that minimize energy consumption during gas separation and purification. This contributes to a lower carbon footprint of the overall process.

Integration in the circular economy

Biorig not only captures biogenic CO₂, but also integrates it into a circular economy model, reusing it in industrial processes such as the production of sustainable aviation fuels (SAF).

Contribution to rural development

By establishing production plants in rural areas and using local organic waste as raw material, Biorig boosts the economic development of these regions, creating jobs and promoting local sustainability.

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