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Water pressure, why is it measured?

The pressure created by a liquid as a result of its density and the resulting weight force is called gravity pressure and is essentially dependent on the column of liquid above it.

This gravity pressure, can be an indicator for control and monitoring for various applications in different fields.

LoRaWAN™ - a wireless communication technology

The world of connected devices and IoT (Internet of Things) has revolutionised the way we collect and use data. Sensors with LoRaWAN technology play a crucial role in this development. In this article, we will take a closer look at the benefits and functions of these sensors.

 

 

Why measure the discharge of water?

Measuring the discharge of water is important in a number of areas, as it provides important information about water use, processes, environmental impacts, and more. Here are some reasons why flow in water is measured:

Increased flooding in recent years?

Floods are events in which water rises above normal river banks or riverbeds and floods areas. The frequency of flood events can vary from region to region and is influenced by several factors, including rainfall patterns, geographical conditions, human activities and climate change...

 

Groundwater Nitrate Monitoring

Drinking water supply in many countries around the world is largely covered by groundwater resources. But groundwater is increasingly polluted with nitrate. One reason is the extensive practice of nitrogen fertilization in agriculture. In addition to mineral fertilizers, substrates such as liquid manure from livestock farms or biogas plants are used for the crops. Left-over nitrogen components, which aren’t degraded by plants at the soil layer usually percolate into groundwater as nitrate. Accordingly, more and more often the maximum permissible threshold of 50 mg/L nitrate concentration for drinking water in the EU is being exceeded.

Automatic Weather Station: the perfect solution for remote monitoring

Monitoring weather and climate conditions is as important as the monitoring of water; it is all closely connected. In a perfect world it would be possible to predict any extreme weather conditions, risks of flooding, high wind conditions and storms. The more reliable historical data is available, the better the predictions will become.

Groundwater

Worldwide there are around 2,5 billion people who are completely depended on groundwater for their basic daily water needs. Taken into account that groundwater provides drinking water for 50 % of the global population and that it is being widely used for irrigation, it is clear that groundwater is of great importance. In industrialized parts of the world, groundwater is being used by industries as cooling water or as process water.

Precipitation measured the easy way

There are many rain-gauges on the market: all made to measure the precipitation in an accurate way. One of the world’s most used systems to measure the amount of rainfall is the rain-gauge that is based on the tipping bucket principle.

Relative Pressure and Absolute Pressure

What is it? And when to use a Relative Pressure level probe and when an Absolute Pressure probe to measure the water level?

How does EC relate to TDS and salinity?

EC stands for Electric Conductivity. A measurement that is very commonly used in groundwater measurements and in open water measurements.