WATER pollution finally visible!

Let's act for a healthier water

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WATER pollution finally visible!

Let's act for a healthier water

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2 liters is the amount of water a person should drink on average per day. It is essential that the water meets all health and environmental quality criteria.

The water that flows from our taps is a highly refined product and undergoes multiple strict steps before being deemed “potable” or safe for consumption.

Drinking water in France comes from 62% groundwater and 38% surface water (river, stream, lake, etc.).

Purified water,
but why?

Water satisfies one of humanity’s essential needs and is an indispensable resource.

When it is potable, tap water is highly recommended. However, its quality is important, as it is one of the main causes of environmental pollution, along with air pollution. Monitoring the safety of water includes both surveillance conducted by water producers and distributors and health control.

The main risks associated with drinking water come from various chemical substances and emerging contaminants that raise public concern, as both can impact health and well-being. Microbiological and physical parameters can also have a significant impact.

Turn environmental data into action:

Understand the impact of water pollution to anticipate

and promote healthier decisions.

Coverage of France - US & UK coming soon

Complete coverage of France and upcoming data for other regions. Access nationwide geographical coverage to understand water pollution across the French territory and beyond. – Graphic resolution at the city / distribution network scale.

Time resolution

Accurate time-based monitoring of water pollution levels, allowing you to access the complete history of water quality for each family of parameters in a given city.

+50 water quality parameters

Analysis of over 50 water quality parameters, including biological, chemical, and physical contaminants, to provide you with a comprehensive view of water potability and safety.

Plug & Play

Quick and easy installation. Integrating environmental data is intuitive and requires no advanced technical skills. A ready-to-use solution for immediate results.

Customized to your needs

Customize the parameters and features according to your specific needs. Whether you are a business, a local authority, or a public health stakeholder, Meersens provides tailored solutions for optimal water quality management.

Water quality cannot be modeled as it heavily depends on the distribution networks through which water is supplied. As an essential resource for humanity, water quality is closely monitored in developed countries. Meersens centralizes these quality measurements into a database of enriched time series to provide a unified and actionable platform on water quality. The measurements are validated, enriched, and contextualized to add geographical information, identify pollutants, and provide means for action. Meersens’ water quality platform is thus able to provide clients with the complete history of water quality for each family of parameters in a given city, linked to concrete health impacts and recommendations.

50 parameters

The Meersens platform supports 50 water quality parameters and is capable of providing aggregated information on the physical, chemical, or microbiological aspects of water.

25.9M

For France alone, the Meersens platform contains over 25M measurements, covering a total of 33K cities across the country.

A question, a project?

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Customizable information for every business sector

Water quality monitoring for water treatment companies

💧 Water Treatment Companies

Perfecting the taste of water and putting the consumer back at the center of attention.

To ensure the safety and purity of drinking water, you want to collaborate with experts to ensure that you go beyond regulatory standards, thus providing your consumers with quality water while involving them in your continuous improvement journey through the integration and exchange of information.

Learn more about this use case
Water quality monitoring for water treatment companies

🧴 Cosmetics & Skin Care

Optimizing cosmetic formulations.

In the cosmetics and skin care industry, the quality of the water used in products can have a significant impact on the effectiveness and safety of formulations. Studies have shown that factors such as water hardness and pH can influence the health of skin and hair, making it essential to use water quality data to optimize products.

Learn more about this use case
Water quality monitoring for water treatment companies

🏙️ Smart Cities

Ensuring public health and well-being.

For municipal authorities, effective management of water quality is crucial to ensuring public health and the well-being of citizens. Cities can use water quality data to monitor water quality in real-time, quickly detect anomalies, and take preventive measures to ensure the safety of the drinking water supply.

Learn more about this use case

Explore our data catalog The Meersens API platform manages over 150 pollutants and parameters, giving you new ways to achieve your goals and improve your operations.

Qualité de l'air
L'API Meersens offre une agrégation géographique et temporelle permettant d'obtenir des données ciblées sur la qualité de l'air pour un emplacement spécifique. Accédez facilement aux niveaux de concentration de polluants, à des informations fiables, à des comparaisons rigoureuses avec les normes de l'OMS et obtenez des recommandations génériques pour la santé et le comportement.
Explorer les données sur la qualité de l'air >
Pollen
Les allergies au pollen sont l'une des principales causes de maladies chroniques. Avec notre API du pollen, vous pouvez accéder à des données spécifiques sur le pollen pour n'importe quelle localisation. Obtenez les niveaux de concentration de pollen, la fiabilité des données, des comparaisons aux normes de l'OMS, ainsi que des recommandations pertinentes pour la santé. Prenez le contrôle et protégez votre bien-être !
Explorer les données de pollen >
Pollution sonore
Le bruit est le deuxième facteur environnemental le plus nuisible en Europe, après la pollution de l'air. Notre API sur le bruit fournit les niveaux de bruit moyens pour une localisation spécifique, incluant les niveaux moyens, la fiabilité des données, la comparaison aux normes de l'OMS, et des recommandations pour la santé.
Explorer les données de pollution sonore >
Qualité de l'eau du robinet
L'eau est un élément essentiel à la survie sur Terre, mais malheureusement, elle figure également parmi les principales sources de pollution environnementale, aux côtés de la pollution de l'air. Grâce à notre API dédiée à la qualité de l'eau, vous avez la possibilité d'obtenir des informations précieuses concernant l'eau du robinet dans une localisation spécifique. Ces informations incluent les niveaux de concentration de polluants, la fiabilité des données, la conformité aux normes de l'OMS, ainsi que des recommandations générales pour préserver la santé.
Explorer les données sur la qualité de l'eau du robinet >
UV
Le spectre UV se compose de trois types de rayonnements : le rayonnement UVC, qui est entièrement absorbé par l'atmosphère, le rayonnement UVB, partiellement absorbé, et le rayonnement UVA, qui est faiblement absorbé. Grâce à notre API UV, vous pouvez facilement obtenir des informations sur l'indice UV pour une localisation spécifique. Ces informations comprennent l'indice UV lui-même, la fiabilité des données, la comparaison avec les normes de l'OMS, ainsi que des recommandations générales pour la santé.
Explorer les données d'UV >
Météo
La qualité de l'air est influencée par divers facteurs, notamment les émissions de polluants provenant de sources variées telles que l'industrie, les transports, les activités tertiaires et domestiques. Cependant, elle est également soumise à l'influence des conditions météorologiques, qui régissent la dispersion ou, au contraire, l'accumulation de ces polluants. Avec l'aide de l'API météo, vous avez la possibilité de demander des données météorologiques spécifiques pour un emplacement donné. Ces informations vous permettent de mieux comprendre les paramètres météorologiques en jeu, ce qui vous aide à mieux comprendre leur impact sur la qualité de l'air dans la région concernée.
Explorer les données de météo >
Temporal resolution Real-time, history & forecast
Pollutants • Nitrogen dioxide NO2
• Particulate matter PM2.5
• Particulate matter PM10
• Ozone O3
• Sulphur dioxide SO2
• Carbon monoxide CO
Geographical coverage World
Temporal resolution Real-time, history & forecast
Pollen types • Trees (18 taxa)
• Grasses
• Weeds
Geographical coverage North America, Europe & Japan
Temporal resolution Real-time, history & forecast
Pollen types • Trees (18 taxa)
• Grasses
• Weeds
Geographical coverage North America, Europe & Japan
Temporal resolution • Lday: average day noise between 6 AM and 6 PM
• Levening: average evening noise between 6 PM and 10 PM
• Lnight: average night noise between 10 PM and 6 AM
• LDEN: average daily noise
Parameters • Traffic noise
• Railway noise
• Aerial noise
Geographical coverage World
Temporal resolution Real-time & history
Parameters • Physical
• Chemical
• Microbiological
Geographical coverage France USA & UK coming soon
Temporal resolution Real-time, history & forecast
Parameters • UV index
• Global Horizontal Irradiance
Geographical coverage World
Temporal resolution Real-time, history & forecast
Parameters • Temperature (real & apparent)
• Relative humidity
• Atmospheric pressure
• Wind speed & direction
• Precipitation
• Cloud cover
Geographical coverage World

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