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Scalable carbon capture technology.

The future of carbon capture is here. CyanoCapture's innovative technology brings the energy cost of capture to less than 400kWh/T CO2. 

OUR VISION

Bringing affordable carbon capture

to emitting industries worldwide.

Bringing affordable carbon capture

to emitting industries worldwide.

Bringing affordable carbon capture to emitting industries worldwide.

Photosynthetic microbes produce 30-50% of all the oxygen in the world. What if we could control, engineer and upgrade photosynthesis to solve climate change?

CyanoCapture leverages the power of synthetic biology to engineer unprecedented CO2 fixation rates in microscopic bacteria capable of consuming CO2, powered exclusively by light.

Our technology can decarbonise power stations, refineries, fermentation systems with dilute CO2 concentrations as low as 1% CO2 (v/v) with a breakthrough in energetic efficiency.

By generating useful compounds ranging from graphite to biostimulants, our system enables carbon capture to become a byproduct of an already profitable process.

OUR SOLUTIONS

Scalable Carbon Capture Technology

Bioenergy with Carbon Capture and Storage

Making carbon capture a profitable process with co-benefits.

Graphite

Sustainable carbonaceous compounds produced from biomass generated from sequestered CO2.

Carbon Negative

Biomanufacturing

What if all the foods, vaccines, clothes and drugs could come from photosynthesis?

Our Innovation

Our Innovation

1

Harnessing the most powerful photosynthetic machines in nature

CyanoCapture's proprietary strains boast up to 3.5-fold improvement in CO2 fixation rates compared to the most commonly used microalgal strains used for CO2 capture and biofuel production. 

Lab
Global Sustainability

Turning bacteria into microscopic solar-powered factories

2

Synthetic biology has brought unprecedented improvements to our lives in the last century and solved some of the biggest global challenges. At the core of our philosophy is that biology is the best machine we have at our disposal. 

Fast-growing cyanobacteria act as powerful biological factories, able to assemble complex recombinant proteins from inorganic compounds. Using genetic engineering tools developed in-house, CyanoCapture's strains can be harnessed as an alternative expression host to produce a suite of high value compounds from photosynthesis.

3

The future of sustainable materials

Biomass is converted into sustainable materials using a thermal carbonisation process. Biocrude oil, syngas and graphite are products from hydrothermal liquefaction (HTL) and graphitisation processes applied to algal biomass.

Our Partners, Our Investors
CyanoCapture

OUR PARTNERS

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