
About us
We are a 100% Brazilian company specializing in the development of greenfield projects for the production of nitrogen-based fertilizers and synthetic fuels, all synthesized from low-carbon hydrogen. Our mission is to drive the sustainable transformation of the energy and agricultural sectors through innovative, clean technologies.
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Proven expertise in developing energy projects, manufacturing industries, and port infrastructure.
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Specialized in energy and gas commercialization.
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Focused on implementing energy and infrastructure projects across the entire green hydrogen value chain.
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Vertical integration ensures high return rates.
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Experienced team with a proven track record in developing projects in unexplored areas of Brazil
We meet sustainability goals with the power of
Green Hydrogen
Our efforts toward food security
01
Ammonia
02
Ammonium nitrate
What projects we are developing with recycled CO
2
01
e-Diesel
02
e-Methanol
03
SAF
We are part of

42
Years of
operations
Energy sectors that we are present
Solar
Wind
Natural
Gas
Hydrogen
BESS
Hydro
Transmission

SÃO PAULO
EXECUTIVE OFFICE
FLORIANÓPOLIS
HEADQUARTER OFFICE
Projects under development
Installed power for electrolysis
1000
MW
Total projects in Brazil
00
Plants
States that we are working
00
States
Investment in CAPEX
00
bi USD
Green Fertilizer
e-Fuels
01
Green hydrogen production
The ultrapure water obtained after treatment will be split for hydrogen and oxygen production by electricity throught an AWE or PEM electrolyzer.
03
NH3 synthesis
Haber-Bosch reactor is used to produce NH3 (ammonia) through green hydrogen and nitrogen reaction using high pressures and moderate temperature.
02
N2 production
A PSA or cryogenic system is used to separate N2 from air.
04
Aqua ammonia
Ammonium nitrate
With anydhrous ammonia obtained from the aforementioned step, distilate water is mixtured with ammonia to produce aqua ammonia, or without it, ammonium nitrate.
01
CO2 Capture and treatment
Our projects incorporate both post-combustion and direct air capture systems. They are frequently associated with biogenic CO2 sources, such as those from sugarcane or the paper and mill industries.
03
Hydrocarbons production
The CO2 is reduced to CO and mixed with H2 to produce syngas, which is then used in Fischer-Tropsch or methanol synthesis to produce e-fuels.
02
Green hydrogen production
The ultrapure water obtained after treatment will be split for hydrogen and oxygen production by electricity throught an AWE or PEM electrolyzer.
04
e-Fuel synthesis
Our e-fuel plants produce diesel, sustainable aviation fuel (SAF), and methanol, which can be used as intermediate compounds or fuels for transport.