Projects

The OQOMETHI project addresses critical environmental challenges, focusing on the monitoring and management of aquatic ecosystems such as lakes and rivers. These ecosystems play a vital role in preserving biodiversity, reducing pollution, and advancing sustainable economic practices under the European Green Deal and the Water Framework Directive.

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The primary goal of the project is to deliver high-frequency, continuous water quality data using innovative in-situ micro-observatories. These observatories integrate cutting-edge laser-induced fluorescence (LIF) sensors and miniaturized hyperspectral radiometers, enabling precise, multi-parameter measurements regardless of lighting conditions. The collected data will be combined with satellite remote sensing information, providing a comprehensive, multi-scale monitoring solution.

Developed by a consortium of experts, the project leverages advanced web and algorithmic technologies to process and distribute this data through user-friendly platforms. Key beneficiaries include environmental managers, government agencies, researchers, and industries dependent on aquatic resources, such as fishing, tourism, and hydropower.

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The OQOMETHI project is supported by ADEME and is aligned with the objectives of France 2030, a national program designed to foster innovation in environmental technologies. Through these collaborations, the project is positioned to contribute to France’s sustainable development goals, advancing the nation’s commitment to achieving carbon neutrality by 2050.

 

The expected outcomes include:

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• Innovation: Deployment of advanced hyperspectral measurement systems for unparalleled aquatic monitoring.

• Economic and Social Impact: Growth in water quality management activities and alignment with strategic goals of involved companies.

• Environmental Benefits: Enhanced ecosystem management and compliance with regulatory frameworks for sustainable water resource use.

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This scalable, cost-effective solution combines in-situ and satellite data to support biodiversity conservation, mitigate natural and health risks, and address climate change challenges. Complemented by robust digital marketing efforts, the project aims to maximize user engagement and facilitate access to this transformative water quality monitoring service.