PhotoBiio is transforming CO₂, brine and nutrient-rich wastewater into feedstock for sustainable plastics and agriculture
Using microalgae technology, we’re paving the way for a greener future. Join us in making a difference!
CO2 emissions
We use CO2 emissions from industrial flue stacks as a feedstock, reducing greenhouse gases while promoting sustainable growth.
This process transforms waste emissions into valuable resources supporting eco-friendly practices in industry.
Brine water
Saltwater-tolerant microalgae play a crucial role in reducing the salinity of brine water, making it safe to return to oceans.
This process is essential in protecting marine ecology, as it helps prevents harm to delicate aquatic ecosystems.
By harnessing the natural abilities of these algae, we can promote a healthier sea environment and support biodiversity.
Embracing this innovative solution is vital for sustainable water management.
Nutrient waste
Vertical farming poses a significant threat to the environment from non-consumed fertilizer nutrients like nitrogen, potassium, and phosphorus.
When released, they can create severe ecological disasters.
We tackle this issue by redirecting these waste streams to microalgae.
These remarkable organisms consume the excess nutrients, effectively mitigating the hazard and supporting a healthier planet.
Bio Plastics
Bioplastics present numerous advantages compared to traditional petrochemical-derived plastics.
They help reduce carbon, utilise renewable resources, and are biodegradable, contributing to a healthier environment.
Additionally, their lower toxicity makes them a safer choice for consumers.
These benefits position bioplastics as a promising solution for addressing plastic pollution fostering a sustainable, circular economy.