C3 has capabilities across algae production, screening and production for a range of commercial applications.
In order to bring mass-scale algal cultivation closer to reality, it is crucial to understand how abiotic environmental parameters influence algal physiology.
We use a matrix of environmental photo-bioreactors (ePBRs) to address key commercialisation roadblocks. The ePBRs are used to simulate environmental conditions, such as irradiance, temperature and carbon availability, at prospective large-scale algal facilities within a controlled laboratory setting. Algal physiological response is measured in terms of chlorophyll fluorescence, oxygen evolution and biomass productivity. Using this approach it is possible to:
- Assess algal biomass productivity with non-invasive optical technology,
- Investigate the synthesis of various bio-products,
- Optimise algal growth conditions,
- Select the appropriate algal species for a specific environment, and
- Anticipate and overcome obstacles to algal growth, such as photo-inhibitive irradiance levels or carbon limitation.
We are actively looking to explore opportunities for engagement with industrial and academic partners and welcome enquiries. Email: climatechangecluster@uts.edu.au