AlgaQ builds smart microalgae bioreactor systems that capture carbon emissions and convert them into biomass for use in education, agriculture, and research. Their technology enables businesses to lower their carbon footprint while supporting a circular economy, offering a scalable, algae‑based solution for sustainable growth and environmental impact.
Funding
Funding not disclosed
Founders
Product
Problem
Businesses and institutions often emit significant amounts of carbon dioxide without viable methods to capture and repurpose these emissions, leading to increased environmental footprints and missed opportunities for resource recovery.
Solution
AlgaQ offers smart microalgae bioreactor systems that capture CO₂ directly from emission sources and convert it into high‑value algal biomass. The reactors are designed for modular deployment across education, agriculture, and research settings, enabling users to integrate algae cultivation into existing workflows. Captured carbon is transformed into sustainable feedstock, bio‑fertilizers, or research material, supporting a circular‑economy model. Real‑time monitoring and automated control optimize growth conditions, ensuring consistent biomass yields and measurable carbon reduction. By providing a turnkey solution, AlgaQ helps clients lower emissions, generate useful by‑products, and demonstrate sustainability commitments.
Target Audience
Primary customers include educational institutions, agricultural enterprises, and research organizations seeking to reduce carbon emissions while generating sustainable algal products.
Features
- Modular smart bioreactor units with automated CO₂ capture and algae cultivation controls
- Real‑time sensor suite for monitoring temperature, pH, light, and gas exchange to maximize biomass productivity
- Scalable system architecture suitable for classrooms, farms, and research labs
- Conversion of captured carbon into versatile algal biomass for feed, fertilizer, or scientific use
- Integrated data platform for tracking carbon reduction metrics and resource outputs