ELLONA
Since 2016, ELLONA has been offering comprehensive real-time environmental monitoring solutions (odors, gases, particles, noise…). Our advanced sensors monitor a range of parameters in various environments including port environments. By integrating a data analysis platform, our solutions detect and prevent risks, while providing actionable information, helping companies and local authorities to react quickly and accurately. With 25 employees and 2023 sales of €1.6m, ELLONA operates in several national and international markets, offering solutions to improve sustainability, health, energy efficiency, safety and productivity.
ELLONA offers innovative solutions for real-time environmental monitoring in ports, thanks to advanced sensors that precisely detect emissions of fine particles, odors, gases, noise and vibrations, whether from channeled or surface sources. Our proprietary technology ensures comprehensive identification and monitoring of pollution sources, while our analysis platform provides crucial information every 10 seconds for proactive risk management. For example, by developing unique ship signatures, we enhance environmental transparency in the maritime sector by facilitating the traceability of ship-specific emissions.
This system is a standardized solution for real-time monitoring of environmental missions at source and on site. It is a multi-purpose multisensory device specialized in comprehensive and continuous data collection, monitoring a variety of parameters such as gas levels, odors, VOCs, fine particles and noise. It offers an all-in-one solution for precise capture of physical, chemical and perceptual measurements, and is adaptable to different sectors such as construction, industry, airports and harbors.
It is a sophisticated indoor environment monitoring system designed to protect the health of individuals and improve the operational efficiency of companies and communities. It provides continuous, simultaneous monitoring of multiple sensory parameters, validating problems and risks in indoor environments.
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