Carbon footprint compensation through CO₂ biofixation, traced with Blockchain technology

The bioreactor works by capturing CO₂ directly from the emission source through a process of photosynthesis with algae in a closed system that reproduces the natural process of oceans and rivers.

    Modular bioreactor

    Modular and according to the needs

     
     
    Modular bioreactor

    Modular and according to the needs

    Process

    Transforms polluted air into oxygen and biofuel

    Did you know that algae are the most efficient CO₂ sequestrants in nature?

    STEP 1

    Connect with the source of CO₂ emission

    The ideal location to install the modular bioreactor are air conditioners. The smallest unit of these devices, similar in size to a pellet stove, is capable of absorbing the equivalent of 400 trees in the space footprint it occupies.

    STEP 2

    CO₂ retention

    Algae are the most efficient way of absorbing CO₂ in nature. With our bioreactor we simulate the natural process of oceans and rivers to capture CO₂ directly from pollution sources, which allows us to effectively reduce our carbon footprint.

    STEP 3

    Biomass production

    In addition, the captured CO₂ is used to generate biofuels, biofertilizers, and other by-products, providing a renewable and sustainable source of energy. Additional economic benefit can also be obtained through the sale of carbon credits.

    Sustainability

    Microalgae need very little to multiply

    Like trees in their photosynthesis process, microalgae produce about 50% of the oxygen we need to breathe and the planet needs to live.

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    Light

    Light is necessary for photosynthesis, a process by which algae convert light energy into chemical energy.
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    H₂0

    Water provides the aqueous medium for algae to grow and reproduce.
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    Nutrients

    Nutrients, such as nitrogen and phosphorus, are essential for the synthesis of proteins and other cellular components in algae.
    Byproducts

    Biomass is subjected to obtain different byproducts

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    Bioethanol

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    Biodiesel

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    Biostimulants

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    Natural cosmetics

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    Nutritional supplement

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    Aquaculture

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    Feed

    Byproducts

    Biomass is subjected to obtain different byproducts

    Benefits

    Democratize the carbon credit market

    In a context in which there are more and more restrictions on CO2 emissions and the CO2 markets are attractive at the investment level. Absorved proposes to democratize the carbon credit market by bringing its bioreactor closer to families, so that they can absorb their own emissions of this gas and, on the other hand, generate income.

    Fernando Cervigón

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