Project Summary

Our project revolutionizes UK airport environmental monitoring by integrating PM2.5, PM5, and NOx sensors into the Halo 300 antenna. This initiative addresses a critical gap in air quality data, aligning with the Department for Transport’s priorities. The immediate impact includes comprehensive real-time monitoring for informed decision-making, fostering a sustainable, data-driven approach to aviation. Simultaneously, our research lays the groundwork for long-term electrification gains through machine learning and optimizing charging infrastructure. This dual-focus approach contributes to environmental resilience and economic growth, meeting the evolving needs of the transport sector.

Project Achievements

The project began with market research to assess current greenhouse gas emissions reporting in airports, identifying gaps in existing technologies. Prototypes were developed using advanced sensor integration techniques, followed by iterative design reviews and laboratory tests to ensure accuracy and reliability. A feasibility study using simulation tools evaluated the product’s effectiveness in measuring pollution at Heathrow Terminal 5. The project employed an iterative design methodology, allowing continuous refinement based on testing outcomes. The technical viability was confirmed through integration and laboratory testing phases, with field testing planned to validate the technology in real-world airport environments.

Conclusions

The Halo 300 project successfully demonstrated the potential of integrating environmental sensors into airport infrastructure, addressing air quality monitoring and connectivity challenges. The real-time data capabilities of the Halo 300 enhance operational efficiency and support the Department for Transport’s sustainability goals. Despite challenges such as resource constraints and sensor procurement issues, significant milestones were achieved, including the development and testing of a functional prototype. The project is well-positioned for further development, with plans for extensive field testing, market expansion, and commercialisation, contributing to the decarbonisation of the transport sector.

Next Steps

The next phase focuses on advancing the Halo 300 from TRL 4 to higher levels by refining sensor integration, optimising hardware and software components, and conducting extensive field testing in operational airport environments. Partnering with select airports, we will deploy the technology on a larger scale to gather real-time data and ensure it meets rigorous standards. Strengthening collaboration with airport operations and sustainability managers will help tailor the solution to specific needs. As the technology matures, we will shift towards commercialisation, expanding to other markets like ports and logistics hubs. Strategic partnerships with technology integrators and environmental monitoring firms will enhance market reach. Ensuring regulatory compliance for environmental monitoring and data security is crucial for large-scale adoption. Our long-term vision is to position the Halo 300 as a standard solution for real-time environmental monitoring across various transport hubs, contributing to global sustainability practices.