Borehole pumping station. On the ground

Basic tasks from Customer:

1. Construction of a easily frame of land pavilion of the pumping station
2. Planting of the microclimate system, simplicity, reliability and durability of the structure.
3. Energy efficient and high -precision basic pumping station equipment, providing the required characteristics Q*h
4. High -tech system of control and collecting data of the pumping station with the transfer to the total SCADA system of the enterprise.
5. Security, CCTV and Signaling of Pumping Station building

The general implementation scheme includes several stages:

• Construction work to install the pavilion itself
• Engineering and technical work on selection and complete set of basic pumping equipment and KVPIA
• Development of a comprehensive pumping unit management system and dispatching of all the main parameters of the station work
• Development and implementation of pumping station parameterization into the total SCADA system

    Specific solutions include the full range of engineering equipment and leading building materials.

    The land pavilic is module type and is quickly built on the object. The building materials that are not corroded over time are easily mounted and are released by the durability of use, while maintaining their optimal appearance.

   During the construction of the pumping station itself, the main pumping equipment, the well pump Lowara, complete with the original power cable of the required length, the temperature sensor of the PT100 electric motor and the hydrostatic sensor of the Keller level in the well. If necessary, outdated water lifting pipes are replaced with new with fast installation technology. Also, at the stage of construction of the pavilion, designers are developing a pumping station management system for the necessary parameters and wishes for the modes of operation of the pumping station. Thus, by the time of the interior finishing work in the pumping station, the main pumping equipment and the control system are ready for installation and commissioning. Before completing the main work, the development of a remote control system and monitoring by the entire SCADA system is carried out. For this purpose, the modes of operation of the pumping unit, the system of protection of the pump and electric motor, the system of protection of the building, emergency alarm system, microclimate system and functioning of the sensors and analyzers used are developed.

    Finally, the customer commits a full pumping station with all the necessary power supply, management, dispatching and emergency systems of the pumping station. Stations that submit water in automatic mode with the control of all the indicators required by the customer.

Short description of basic elements and technological solutions:

1. The end switch opening the hatch
2. Room temperature sensor
3. Movement sensor
4. The flooding sensor
5. Room lighting
6. The external alert
7. Keller Leo 3 pressure sensor
8. MJK Magflux flowsensor
9. Hydrostatic water level sensor Keller 
10. Thermistor (PTC) or PT100 motor temperature sensor
11. Emergency Electrode (option)
12. Pump Stop Stopping Button

With such a comprehensive approach to the task, the customer receives the following advantages:

• Comprehensive solution including design, construction, pumping equipment and management system from one company
• Performing works in the shortest possible time by planning each stage of construction.
• Only European energy efficient equipment and high level of protection of both the pumping unit and the station itself as a whole
• Leveling the risks of protracted work using several different contracting organizations not interconnected by engineering work
• SCADA Management and dispatching system that makes it possible to adjust the pumping station remote
• The maximum degree of equipment automation and savings by energy efficient equipment
• Savings of resources by minimizing repair and service work
• Accurate measurement of each liter of water due to an electromagnetic flowmeter Magflux with an error of not more than 0.25%
• Groundwater state analytics due to a hydrostatic level sensor
• Guarantee service support of the whole object.