Circular Microalgae Biorefinery
Circular Microalgae Biorefinery
High quality carbon removal credits
Our microalgae turns every 1.8 tons of CO2 into 1 ton of biomass. We turn this into stable carbon by converting the biomass into biochar and locking it away into the ground.
Additional
Environmental integrity removals
Permanent
Co-benefits
Measurable
Scalable
Using vast spans of desert land and waste resources
What we don’t do: We do not compete for arable land or use precious freshwater resources.
We turn unused desert land and wastewater into a climate solution.
Soil Regeneration
Our nutrient cycle is broken. We extract millions of tons of nonrenewable resources like phosphorus and potassium to grow food, yet we wash most of it away into the environment, atrophying our water systems.
Microalgae: A sustainable feedstock
A multitude of many sustainable solutions
Animal feed
algae is rich in amino acids, vitamins and minerals, and lowers the carbon footprint of animal farming
Aquafeed
nutrient rich aquafeed offering a sustainable alternative to traditional feds
Biofuels
Our Technology: Integrated biorefinery
Advanced Engineering Design
Working with nature, not against.
Our integrated model takes advantage of the unique characteristics and resources of desert regions
We work with locally adapted microalgae strains to ensure maximal productivity with minimal resource use.
Advanced Engineering Design
In the circular economy, there is no waste, only resources. Circularity is at the core of our model:
Increase CO2 fixation and biomass production
Thermal and water evaporation moderation.
Reduced risk of contamination.
Digital control and monitoring systemsCircularity by Design
In the circular economy, there is no waste, only resources. Circularity is at the core of our model:
Recovering nutrients from wastewater, which also avoids environmental pollution
Scaling up by leverage vast spans of unused desert land
Recovery of syngas, heat and other resources ensures net negative emissions and maximal efficiency