objective

Smart Fertilizers Project

Research and development of cost-effective, intelligent cisterns for increased efficiency of the fertilization operation in environmental, agronomic, and economic components, in line with the principles of agriculture 4.0.
To provide new tools to farmers around the world that allow slurry to be placed on soils in the specific quantities required, taking into account each type of crop and the characteristics of the land.



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NIR Sensor

The NIR (Near Infra Red) sensor allows you to collect precise information on the nutrients in the slurry.




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Conductivimeter

Conductivity and temperature sensor in parallel, which allows combining data for even more accurate scaling.




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Flow Meter

The flow meter informs the system, thus allowing adjustment to place the optimum amount of slurry on the site.




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Processor

Modern and robust processor that collects and interprets the data and communicates with the user.




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ISOBUS Connection

The system allows connection via ISOBUS through the tractor's existing display. If this is not possible, the console Herculano can be used to read all the data obtained from tractors that do not have ISOBUS technology.




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Parameters N P K

Measurement of the parameters N, P, and K, and the slurry can be placed, according to the needs of any of them.




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GSM connection

The trajectory of the tanker is controlled by GPS and with GSM connection. This makes it easier to locate the equipment and save locations for future use.




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Bluetooth

Possibility of connection via Bluetooth. And use of Android APP for connection and control.




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GPS

Possibility to connect to GPS and apply slurry according to prescription maps.




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Control

Precise control of the amount of slurry to be placed at each location.




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Future

Future possibility of using the NIR sensor in other equipment, or even in portable form, to measure nutrients in other media







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