Automation is a lean tool, that is why AQUATORIA primarily performs the following tasks:

1. To reduce energy consumption maintaining high quality of water supply
   
   • Normalization of water supply modes: reduce pressure to meet values set up by local regulations.
   • Pump units efficiency control, exclusion of non-effective pumps and elimination of counter-pressure effect.
   • Selection of pumping equipment with as low as practicable energy consumption.
2. To reduce leakages
   
   • Excessive pressure detection and elimination enable to reduce leakages and pipe breaks
3. To reduce infrastructure maintenance costs
   
   • Automation solutions standardization and unification enable to lower suppliers dependence and reduce unskilled staff.

The above mentioned tasks can be performed by interacted control only.

The AQUATORIA concept goal is a cost-effective water supply to the consumer.

AQUATORIA succeeds owing to interacted control on each level from water drawing to wastewater treatment and disposal.

We have developed comprehensive solutions for each level of water supply: water intake, booster pumping station and sewage pumping station.

Task: To maintain the water level in the tank at minimum energy costs.

Solution: Evaluating the well pumps operation efficiency. Selecting an optimum set and operation mode of the wells consolidated by a general pipe allowing for their cross-impact. Suggesting pumps with as low as practicable energy consumption.

Hardware and software: Download pdf-catalogue of the equipment used

• AQUATORIA Control software
• Standardized submersible pumps control and protection station with PLC, frequency converter or soft starter (optional)
• Standardized control cabinet (if required to save the current power contour).

Contact us to launch AQUATORIA at your water intake or to get more information.

Task: To reduce energy consumption of the booster pumping station and optimize pumping equipment operation mode.

Solution:

1. For districts with steady-state modes of water consumption, creating the hydraulics network model based on the data from the check points. The station is run under the model.
2. In case of parallel operation for general pipe, constantly controlling efficiency of the pump driven by frequency converter. Excluding the low efficiency operation mode.
3. Selecting pumps with as low as practicable energy consumption.

Hardware and software: Download pdf-catalogue of the equipment used

• AQUATORIA Control software
• Standardized pump group control and protection station with PLC and frequency converter
• «Check points» modules for pressure control at the consumers

Contact us to launch AQUATORIA at your booster pumping station or to get more information.

Task: To maintain water level in the tank and certain pressure value in the pressure header and draft tubes at minimum energy costs. To provide uniform water transportation to water treatment plants.

Solution:

1. Controlling the sewage pumping station based on AQUATORIA Control software algorithms.
2. In case of parallel operation for general pipe, constantly controlling efficiency of the pump driven by frequency converter. Excluding the low efficiency operation mode.
3. Selecting sewage pumps with as low as practicable energy consumption.

Hardware and software: Download pdf-catalogue of the equipment used

• AQUATORIA Control software
• Standardized sewage pumps control and protection stations

Contact us to launch AQUATORIA at your sewage pumping station or to get more information.

• exclude water and energy losses and enhance reliability and efficiency of water supply
• reduce maintenance costs owing to providing optimum operation modes of the available equipment
• reduce on-site visits and increase the system flexibility owing to online monitoring via SCADA

Particular values of the efficiency reached depend on the available equipment and its operation modes, water supply modes and other factors, however, through our experience the following has been performed:

Contact us to launch AQUATORIA at your object.