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energy raises from the sea

ObiTech is a Brazilian startup promoting a low-carbon future through algae-based solutions. The name “Obi,” from Tupi-Guarani, means "blue," symbolizing ocean sustainability. ObiTech grows native algae to produce biomass, bio-oil, and high-protein pulp, aiming to sequester 40,000 tons of carbon annually and create 500 jobs.

Business Concept

Vision

ObiTech envisions a world where algae-based solutions are at the forefront of combating climate change and driving sustainable economic growth.

 

We aim to become the Brazilian leader in large-scale algae cultivation, transforming carbon emissions into high-value bioproducts. By establishing pioneering algae farms in Bahia and expanding our reach throughout Brazil, we will create a sustainable future addressing both environmental and socioeconomic challenges.

Sectio_Vision-Firefly A wide, cinematic scene of a coastal algae farm in Bahia — vast ocea
Mission
Section_Misison-Firefly A hybrid visual- an algae cultivation facility showing bio oil pro

OBIT ech's mission is to mitigate climate change through the sequestration of greenhouse gasses to create highgrade bio oil and other high-value bioproducts while promoting social and economic development in local communities.

 

We are committed to creating a carbon-neutral future by integrating scientific research, technological innovation, and community engagement.

Unique Value Proposition

Our unique approach combines macroalgae and microalgae farming to create a carbon-neutral production model grounded in circular economy principles. By transforming carbon, waste, and pollution into valuable bioproducts, we generate carbon credits and provide a sustainable solution that benefits both local communities and the environment while offering a long term sustainable business model, high-quality products, and exceptional value for our customers.

Process.png
Blue Economy

What does ObiTech do?

Carbon capture through algal biomass production

Circular Industry

Why is it unique?

Large-scale, decarbonized, circular economy

Energy Transition

How will it be successful?

Production of excellent inputs for the third generation biofuel chain

The challenge

Reduce dependence on fossil fuels

Ton/CO2/ano

30 a 50B

Meeting demand for biofuels

Annual Production

167B

L/Ano

Optimize Biofuels Production

Production Area

44M Ha Soy

10M Ha Sugarcane

The Solution

Production of algae biomass

CO   Capture
2
50x

more than plants.
High quality and traceability.

Land occupation
Land Area needed (M ha)
a
CROP
1540
Corn
594
Soy
223
Rapeseed
140
Jatropha
99
Coconut
45
Palm
2
Microalgae (a)
4.5
Microalgae (b)
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