The primary aim of the whitepaper is to present eLichens' advancements in methane (ch4) leak detection and monitoring technology, focusing on outdoor testing of our sensor, designed to identify and monitor leaks in real-time in open-field conditions. It outlines the experimental approach for testing first a 10 ppm methane sensor prototype, highlighting its significance for industries looking to monitor and control methane emissions more effectively. This study takes place in the scope of the project fuitographie that eLichens conducts with its partners CEA-Leti and GRDF. Download below the study.
Whitepaper - Methane emission monitoring: Sensors location study
🇫🇷 Indice ICONE - Comment évaluer le confinement de l'air ?
En France, l’indice « ICONE » (Indice de CONfinement d’air dans les Ecoles) est un indice pour évaluer le confinement de l’air d’une pièce en lui attribuant un score de 0 à 5, en particulier pour les écoles. L’indice de confinement reflète la qualité du renouvellement de l’air durant l’occupation de la pièce et se calcule à l’aide des mesures de CO2 de capteurs NDIR comme le Aura-CO2 d’eLichens.
Whitepaper - Mulberry, a 4-series thermal shock resistant NDIR gas sensor
White paper - eLichens takes gas sensor technology to the next level with its NDIR CO2 sensor
While the fundamental role of building ventilation in the health and well-being of inhabitants is being increasingly recognized, many buildings are currently being poorly ventilated, which is a lack of fresh air renovation to dilute indoor pollutants. These contaminants include airborne viruses, such as SARS-CoV-2, flu, or polar pox, which are largely mitigated by adequate ventilation.
Whitepaper – Methane-selective sensor for Natural Gas leak detection
Gas leak detection in cities is one of today’s challenges gas utilities are facing for multiple reasons: environment, economic and safety. Thanks to the power of connected sensors and low-power wireless networks, several players are already installing connected gas leak detectors to significantly reduce potential gas leaks.