Design flow rate
The required pump flow rate is determined by taking into account the usage profile, armature loads and simultaneity.
Mechanical Installation · Pump & Hydrophore · Çerkezköy and Çorlu
Booster Project, Pump Selection and Domestic Water Calculations
We design booster groups, pump duty point, pressure control and necessary valve-equipment layout for pressurization of domestic and process water. We calculate and control the provision of sufficient flow rate and pressure at remote consumption points.
Account and System Design
Technical approach for Hydrophore and Pump Systems
The basis of booster selection is the requested system flow rate and the pressure requirement at the critical consumption point. Building height or pump label pressure alone are not sufficient data.
Pressure calculation
Level difference, pipe friction, valve/armature losses and the required pressure at the end point are evaluated together.
pump and control
Single/multi-pump layout, frequency-controlled operation, pressure sensor and appropriate expansion tank are designed.
Suction and protection
Tank connection, cavitation risk, dry running protection, check valve and isolation valves are designed.
Engineering Process
Four stages from discovery to implementation project
After the project data and existing system conditions are determined, calculations, layout, equipment and field coordination are brought together in the same technical document.
01
Consumption scenario
Usage points, concurrency and warehouse/network conditions are determined.
02
Flow rate and pressure
System curve and booster duty range are calculated according to the critical point.
03
Pump configuration
Backup, automation, pressurization and connection equipment are selected.
04
Scheme and specification
Assembly diagram, instrumentation and equipment list are prepared.
Before Starting the Project
Information required for preliminary evaluation
Depending on the type of project, the following data may be shared:
- Consumption points and fixture list
- Farthest user elevation and pipe route
- Tank water level, suction line and pump location
- Target usage pressure and network data
- Current booster curves and control type
Field and Operation
Things to consider in design
The maximum closed valve pressure of the booster should be compared with the allowed working pressure of the installation. In case of excessive pressure on the floors, pressure zones or reducers are also evaluated.
The regulations to be applied to the project, relevant TS/TS EN standards, equipment manufacturer requirements and employer technical specifications are evaluated together. Design assumptions are verified against the actual conditions of the facility.
Submit Technical Request →Frequently Asked Technical Question
Is only 7 bar pump information sufficient for the hydrophore?
No. Flow-pressure duty point, pump curve, suction conditions and min/max pressures of the system should be determined together.