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Water cycle
Monitoring of water in the natural environment
Events

"How does data make water management easier?"

water instrumentation in natural environments
Digitizing water monitoring to better preserve it or measure its flow or level and prevent risks.
In this article from Le Monde
Patrice Rilly, President of PARATRONIC, explains how BpiFrance is involved in this evolution of data-driven water management.

Le Progrès. Ain Economy News. PARATRONIC sensors at the heart of environmental issues
Water cycle
Monitoring of water in the natural environment
Fire monitoring
lightning protection / lightning risk
Landslide
Miscellaneous

Ain. PARATRONIC sensors at the heart of environmental issues

PARATRONIC, an SME based in the Ain region specializing in high-tech sensors, is establishing itself as a key player in the ecological transition, from Vigicrue river monitoring to forest fire detection. From lightning protection to artificial intelligence for fire prevention: focus on the Reyrieux-based company that monitors 3,500 rivers and 400,000 hectares of forest in France.

Paratronic will be present at the Rencontres Africa in Lyon. Country in the spotlight: Senegal.
Water cycle
Monitoring of water in the natural environment
International
Events

Paratronic at the AFRICA meeting

Meet the PARATRONIC team at the AFRICA meeting on June 22 and 23 at the Hôtel de Région Auvergne-Rhône-Alpes in Lyon. PARATRONIC will present its solutions for water cycle management and hydrology.

CGLE 26 in Rennes: PARATRONIC at the Local Water Management Forum
Water cycle
Monitoring of water in the natural environment
Events

PARATRONIC at the Carrefour de l’EAU in Rennes 2026

📍 Visit us at booth #8-64B, Hall 8
📅 January 21 and 22, 2026
PARATRONIC, the French expert in instrumentation for the water cycle and natural risk management, will be present at the 27th edition of the Carrefour des Gestions Locales de l’Eau (CGLE) in Rennes.

Visual PARATRONIC POLLUTEC 2025
Water cycle
Monitoring of water in the natural environment
Events

PARATRONIC looks forward to seeing you at POLLUTEC 2025

Meet PARATRONIC at POLLUTEC 2025, from October 7 to 10 at Lyon Eurexpo (Hall 5 - stand H5-D001). Our teams will be presenting our instrumentation solutions for water and hydrology, including the new AQUA-CJ data acquisition station.

Water cycle
Monitoring of water in the natural environment
Events

PARATRONIC at the Carrefour de l'EAU in Rennes

📍 See you on stand n°8-144, Hall 8
📅 January 22 and 23, 2025
Meet the PARATRONIC team and its water cycle and hydrology instrumentation products, including the AQUA-CJ data acquisition station, at the 26th Carrefour des Gestions Locales de l'EAU.

Water cycle
Monitoring of water in the natural environment
International
Events

PARATRONIC testifies at CYCL'EAU in VICHY September 28 - 29, 2022

Testimony of Patrice Rilly, President of PARATRONIC - Conference "A challenge to be met: guaranteeing access to water for all" at CYCL'EAU VICHY 29 Sept 22

Water cycle
Monitoring of water in the natural environment
Events

Paratronic exhibits at the Carrefour des Gestions Locales de l'Eau

Meet the PARATRONIC team at the Carrefour des Gestions Locales de l'Eau 2022 in Rennes, on June 29 and 30.

Water cycle
Monitoring of water in the natural environment
FAQ

FAQ: Everything You Need to Know About the IMRAuto Gauge

For PARATRONIC, efficiency in the field depends on the simplicity and reliability of the equipment. In your water and wastewater facilities, the IMRAuto allows you to instantly view data from your sensors without complicating their electrical installations and to control a local automation system without a dedicated power supply. It is manufactured in our workshop in Reyrieux (01). For more details on the IMRAuto display, please see our FAQ.

SNP level probe PARATRONIC
Water cycle
Monitoring of water in the natural environment
FAQ

FAQ: The SNP Level Sensor

The SNP level sensor is a submersible probe that is quick and easy to program, designed for measuring low levels and pressure (max. 1 bar, factory default setting).
It is ideally suited for measuring water levels in natural environments (rivers, canals, etc.) or in high-flow effluents (pumping stations, storm water overflows, etc.).