Imagine a silent, invisible gas leaking from the ground into your home that can cause lung cancer. This project created a tiny, high-tech detector that acts like a smoke alarm for this gas. It is much smaller and cheaper than older versions, making it easy to hide inside air purifiers or ventilation systems.
Current radon sensors are too large, expensive, or unreliable for mass-market adoption. This prevents widespread monitoring in the 34 million affected European buildings, contributing to high lung cancer rates.
A compact, low-cost radon sensor with optimized hardware and electronics, integrated connectivity, and a software platform for multi-property monitoring.
If you are a manufacturer dealing with strict EU radon protection laws — this project developed a sensor that is 70% smaller than other solutions. It integrates easily into ventilation systems to automate air exchange when gas levels rise. This allows you to enter a market growing at a CAGR of 11% to 19%.
If you are a brand dealing with the need for more health-focused features in home appliances — this project developed a sensor that is 60% cheaper than existing options. It can be embedded into air purifiers to provide real-time radon monitoring. This targets a potential market of 34 million affected buildings in Europe.
If you are a service provider dealing with the lack of affordable indoor air quality tools — this project developed a connected sensor with a software platform for managing multiple properties. It provides a reliable way to monitor Rn222 levels across distributed real estate portfolios. This helps prevent health risks that cause 290,000 deaths worldwide annually.
Based on available project data, the AlphaSensor is designed to be 60% cheaper than any other sensor currently available.
Yes, the device is specifically designed for mass production in large quantities at low costs to serve high-volume markets.
Based on available project data, the project focused on developing the unique sensor towards full market readiness, but specific patent or licensing terms are not detailed.
The sensor is robust and will not be affected by vibration, shock, humidity, or temperature.
The demand is driven by the EU radon protection law, as 34 million buildings in Europe are affected by increased radon levels.
The project is highly industry-focused, consisting of 3 partners, all of whom are SMEs based in Germany. With a 100% industry ratio and no university or research institute involvement, the consortium is structured for rapid commercialization and direct market entry rather than basic research.
Contact RADONTEC GMBH in Germany for integration partnerships.
Contact SciTransfer to find integration partners for radon monitoring in smart buildings.
