Research Deep‑Dive

Algal Biotechnology

Turning sunlight and CO₂ into green gold.

We develop photobioreactor systems and cultivation protocols for microalgae that simultaneously capture CO₂, produce high‑value lipids (biodiesel), and generate protein‑rich biomass for feed.

Our System ← Back to Research
🌊
2.5×
CO₂ fixation rate vs. terrestrial plants
40%
Lipid content (dry weight) in selected strains
1,000 L
Pilot‑scale photobioreactor capacity
Our Approach

From Photon to Fuel

We cultivate high‑lipid microalgae (e.g., Chlorella, Nannochloropsis) in closed photobioreactors with real‑time monitoring of light, temperature, pH, and nutrient feed.

🌿 1. Strain Selection

High‑throughput screening of local isolates for growth rate, lipid productivity, and CO₂ tolerance.

⚡ 2. Photobioreactor Operation

Flat‑panel and tubular PBRs with LED illumination, automated nutrient dosing, and continuous harvesting.

🧪 3. Lipid Extraction & Transesterification

Soxhlet extraction with green solvents, followed by acid‑catalysed transesterification to biodiesel.

Current Highlights

  • ✓ Isolated a thermotolerant Chlorella strain suitable for outdoor cultivation in tropical climates.
  • ✓ Integrated flue‑gas CO₂ sparging system achieving >90% CO₂ capture efficiency.
  • ✓ Optimised two‑stage cultivation (nutrient‑rich → nutrient‑starved) to boost lipid accumulation.
Associated Research Outputs
01
Pilot‑scale evaluation of CO₂‑driven Nannochloropsis cultivation — Data submitted to Bioresource Technology
02
Life‑cycle assessment of algal biodiesel vs. first‑generation feedstocks — Internal LCA report
03
Light regime optimisation for enhanced EPA production in Nannochloropsis — Manuscript in preparation