The study, solution, and adaptation of drainage problem areas to make them suitable for agriculture is facilitated by the SmartWaterLevel product, which detects the issue and then assists you in taking the necessary measures. SmartWaterLevel is a robotic system that manages the groundwater level in all irrigated areas.

With SmartWaterLevel technology, it is possible to conduct groundwater level studies in a basin/field/park or garden, and also detect in real-time the amount of water each plant uses from the groundwater. Using artificial intelligence technology, the irrigation system can be activated only to complete the remaining amount of water.

We are here to assist you with our Study-Monitoring and irrigation system management services to help you manage your project effectively according to your groundwater level. We establish the relationship between the irrigation water and the water from the groundwater to the root zone. Capillary rise can be monitored, and we decide together on the measures to be taken based on the study data. Knowing the groundwater level is essential to accurately define drainage issues and to perform irrigation and fertilization processes without causing pollution or waste. Based on the groundwater level, capillary movement from the groundwater to the soil profile increases moisture towards the surface.

Soil conditions in saturation that cause plants to become oxygen-deprived and dry require drainage. In traditional drainage understanding, excess water is attempted to be drained from deeper than the root zone, or at the effective root zone level if deeper drainage is not possible. After solving the drainage issue in parks, gardens, or fields/basins where agricultural production takes place, irrigation water is supplied to the plants as needed.

However, in most areas, plants meet their irrigation water needs from the drained or undrained groundwater. Since there is no technology that can detect how much of the plant’s water requirement is met from the groundwater, excessive irrigation is often applied. Along with irrigation, the groundwater becomes overly saturated and/or mixes with fertilizers and chemicals in the irrigation water. Nitrogen leaching occurs, leading to significant fertilizer waste and groundwater pollution.

With our SmartWaterLevel technology, this issue can be resolved through the necessary observations. It allows for the groundwater level study in a basin/field/park or garden, and also enables real-time detection of the amount of groundwater each plant uses. Using artificial intelligence technology, the irrigation system can then be activated to only complete the remaining amount of water. SmartWaterLevel is an intelligent robotic system that can monitor the groundwater level in real-time.