Friday, April 21, 2023: We at Parjana Engineering are going to provide groundwater monitoring services so that you can harness the potential of groundwater and grow crops luxuriantly.

According to environmental impact assessment, groundwater contamination and low groundwater levels are serious issues. These problems can affect irrigation, drinking water, and municipal water supplies. Our groundwater monitoring systems offer an in-situ solution for both challenges, tracking groundwater quality and level in real-time.

Groundwater is the water originating beneath the Earth’s surface. An important part of the planetary water cycle, groundwater begins as precipitation. As rainwater and snowmelt percolate through the surface of the ground, whether by natural or artificial means, that moisture collects as groundwater. Precipitation that doesn’t become groundwater or gets used by animals and plants, such as stormwater runoff, might be wasted. It can even cause damage as it reenters the ecosystem, as when agricultural runoff that is too high in nutrients causes dead zones in waterways.

Our groundwater monitoring system is a strong platform where level and quality records that describe groundwater resources are generated, made available, and evaluated. These records are consistent, representative, and long-lasting. Managing the aquifer at the local or regional level is required in order to have environmental managers with easy access to comprehensive, representative, and reliable information. The main objectives of our groundwater monitoring system are the following:

1- Measure the quality and level of groundwater, including its annual and seasonal fluctuations.
2- Record the flow extraction of the groundwater system demanded by irrigation, industry, and population.
3- Evaluate weather conditions and water table recharge.
4- Record groundwater extreme event impacts like floods, drought, and accidental pollution.
5- Observe the point and nonpoint pollutant sources discharge.
6- Store the level and quality data in a safe, relational, and friendly way with the user.
7- Spread and effectively transfer the data to the organization components.
8- Provide groundwater management indicators.
9- Identify regional and point needs of information.
10- Provide support to the hydrogeological numerical modeling elaboration.