Innovative Carbon Recycling Solutions

Transforming emissions into valuable chemical products sustainably.

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Gas Fermentation Technology

Enhancing carbon-chemical conversion efficiency for sustainability.

Biochemical Reactions Integration

Engineered Microorganisms for industrial applications.

Sustainable Solutions
Circular Economy Model

Innovating Carbon Recycling Technologies for Tomorrow

At Lanzatechea NZ, we research carbon recycling technologies that transform industrial emissions into valuable chemical products, aiming for efficient carbon-chemical conversion and a sustainable circular economy.

A typewriter with a piece of paper on which the words 'CIRCULAR ECONOMY' are typed. The typewriter has a classic design with a green body and visible metal components.
A typewriter with a piece of paper on which the words 'CIRCULAR ECONOMY' are typed. The typewriter has a classic design with a green body and visible metal components.
Our Mission
Our Vision

We integrate biochemical reactions, engineered microorganisms, and advanced reactor systems to operate under diverse industrial conditions, minimizing greenhouse gas emissions and enhancing sustainability in chemical production.

Carbon Recycling Solutions

Innovative technologies for converting emissions into valuable chemical products for a sustainable future.

Gas Fermentation Process

Transforming industrial emissions into high-value chemicals through advanced gas fermentation techniques and engineered microorganisms.

A vintage typewriter with a sheet of paper that has the words 'CIRCULAR ECONOMY' typed on it, set on a wooden surface.
A vintage typewriter with a sheet of paper that has the words 'CIRCULAR ECONOMY' typed on it, set on a wooden surface.
Sustainable Circular Economy

Enhancing efficiency in carbon-chemical conversion to support a scalable and sustainable circular economy model.

A black and white image depicting a recycling facility with separate sections labeled for different materials. A pile of garbage bags is situated in the foreground, while various graffiti is present on the container in the background.
A black and white image depicting a recycling facility with separate sections labeled for different materials. A pile of garbage bags is situated in the foreground, while various graffiti is present on the container in the background.

Carbon Recycling

Innovative technologies for converting emissions into valuable chemicals.

A series of large stainless steel fermentation tanks line the right side of a spacious, dimly lit industrial room. The floor has a polished, reddish-brown surface that reflects the light coming from above. The walls are curved and metallic, suggesting a tunnel-like environment.
A series of large stainless steel fermentation tanks line the right side of a spacious, dimly lit industrial room. The floor has a polished, reddish-brown surface that reflects the light coming from above. The walls are curved and metallic, suggesting a tunnel-like environment.
Gas Fermentation

Transforming emissions into high-value chemical products efficiently.

A large structure with illuminated lettering spelling 'RECYCLABLE' dominates the scene. The building's exterior is lit with warm yellow and orange lights contrasting against a dark evening sky. In the foreground, there are a few people walking and sitting near the structure, with trees silhouetted against the sky.
A large structure with illuminated lettering spelling 'RECYCLABLE' dominates the scene. The building's exterior is lit with warm yellow and orange lights contrasting against a dark evening sky. In the foreground, there are a few people walking and sitting near the structure, with trees silhouetted against the sky.
Biochemical Reactions

Integrating engineered microorganisms for sustainable chemical production.

A row of large stainless steel fermentation tanks is lined up in an industrial setting, possibly a brewery or a winery. The tanks have various pipes, valves, and gauges attached to them. The environment appears clean and organized, with industrial flooring and overhead lighting.
A row of large stainless steel fermentation tanks is lined up in an industrial setting, possibly a brewery or a winery. The tanks have various pipes, valves, and gauges attached to them. The environment appears clean and organized, with industrial flooring and overhead lighting.
A landscape featuring a large solar panel array in the foreground, with a modern wind turbine to the left. Behind the renewable energy installations, an industrial facility with multiple chimneys and storage tanks is visible under a clear blue sky.
A landscape featuring a large solar panel array in the foreground, with a modern wind turbine to the left. Behind the renewable energy installations, an industrial facility with multiple chimneys and storage tanks is visible under a clear blue sky.
Circular Economy

Contributing to scalable models for sustainable industrial practices.

Emission Reduction

Minimizing greenhouse gas emissions through innovative technologies.

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Contact Us

Reach out to discuss carbon recycling technologies and collaborations.

Innovation

Transforming emissions into valuable chemical products.

Research

emilywhite@lanzatecheanz.fun

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