Project Summary

The project’s aim is to decrease the concentration of harmful particles in transport systems air by harnessing microalgae’s natural filtration abilities, resulting in a healthier and more agreeable commuting environment. Although earlier research has centered on CO2 capture, this project will examine the potential of this technology in addressing harmful PM2.5 and PM10 particles.

Project Achievements

Centred on the innovative microalgae technology devised by our associate, Syklea, we’ve successfully engineered a functional air filtration prototype. This prototype seamlessly integrates their technology and boasts a real-time monitoring system for performance and operational tracking. Through collaborations with esteemed partners, including EMR, the University of Birmingham, and TfL, we’ve tested the system in genuine as well as simulated settings. Additionally, the laboratory-based and data analyses have facilitated the in-depth characterisation of our results.

Conclusions

The endeavour has commendably transformed a nascent technology into a fully functional prototype, rigorously tested across varied scenarios. Regrettably, the outcomes of our testing and analyses have deviated from our preliminary anticipations. However, these insights will serve as invaluable cornerstones, steering refinements in the technology for impending advancements.

Next Steps

In collaboration with us, our partner Syklea will persistently refine their technology, endeavouring to unlock the full potential of microalgae. AEGIS remains committed to devising solutions for air quality, an issue of paramount importance in numerous environments. Our experience with TRIG has not only afforded us the opportunity to experiment with groundbreaking technology but has also s et us on a trajectory dedicated to addressing this challenge.