Scroll Top

Transforming CO2 into Clean Air: Sustainable Solutions for Maritime and Industrial Sectors

We tackle climate change by transforming CO2 emissions from maritime transport and industries into clean air. Our advanced technology captures CO2 and converts it into clean energy, providing sustainable solutions that not only reduce pollution but also help businesses comply with emission regulations and avoid additional costs.

Join us in our mission.

The Oceans, the Seas are gift

They absorb more CO2 than the atmosphere, they acidify, they get sick, but we can recover them, eliminating the CO2 that contaminates them, recovering balance with them, recovering their life, their beauty.

THE MARITIME TRANSPORTATION

 improves people’s lives by bringing goods closer to users, but it will generate 3% of global CO2 emissions. In Europe these emissions are curbed, shipping companies must find solutions or pay emission rights. We work to trap those emissions. 

WE IMPROVE THE PORTS,

 finding solutions to transportation, if we do not provide solutions, all transportation goods will become more expensive

THE INDUSTRIES MUST STOP THEIR CO2 EMISSIONS,

our technology will provide solutions so that they are captured and CO2 stops being a pollutant and becomes clean energy

OUR REACTOR

The technology is our own, it reduces the capture costs per ton m3 of CO2 to less than 60 dollars

We developed a reactor, with a gas catalysing system and filters that trap CO2. We purify, concentrate and compress CO2 at low cost, so that the option of using CO2 as energy and as materials becomes a reality.

Our system is being tested, do you want to join us?
Contact Us
For every kilo of fuel, 2.6 kilos of CO2 are generated, which are mixed in 15,000 liters of air. A ship consumes an average of 2,000 kilos of fuel per hour, generating 30,000,000 liters per hour of CO2, which will contaminate air and water.
We can trap it, prevent it from polluting and convert it into environmental solutions.

Write us, We will be delighted to tell you about our work

    en_GBEnglish
    en_GBEnglish
    Skip to content