PULSAR Clamp-On Ultrasonic Flow Meters and Level Measurement Solutions in Saudi Arabia
Updated: Aug 21
Accurate flow and level measurement is essential for many industrial processes. From water and wastewater management to oil and gas, chemical processing, utilities and industrial automation, reliable measurement helps operators monitor processes, improve efficiency and make informed maintenance decisions.
PULSAR Measurement develops ultrasonic measurement solutions for flow, level and related industrial applications. Its technology includes clamp-on ultrasonic flow measurement, non-contact level measurement and instrumentation designed for integration with industrial control and monitoring systems.
Sahmas provides PULSAR measurement solutions for industrial customers across Saudi Arabia, including Riyadh, Dammam, Jubail and NEOM.
What Is a Clamp-On Ultrasonic Flow Meter?
A clamp-on ultrasonic flow meter measures liquid flow through the outside wall of a pipe.
Unlike conventional inline flow meters, clamp-on systems do not normally require the pipe to be cut or the process line to be opened for sensor installation. Ultrasonic transducers are mounted externally on the pipe, allowing the measurement system to determine flow based on ultrasonic signals transmitted through the pipe wall and fluid.
This approach can be particularly useful when:
The existing pipeline cannot easily be modified
Process shutdowns need to be minimized
Temporary flow measurement is required
Multiple pipes need to be surveyed
Existing flow meters need to be checked
Installation access is limited
PULSAR Ultrasonic Flow Measurement
PULSAR's ultrasonic flow measurement technology is designed for industrial applications where reliable flow information is required without necessarily installing an intrusive meter inside the pipeline.
Depending on the selected system, ultrasonic flow meters can be used for a wide range of liquid applications.
Typical applications include:
Water
Wastewater
Process liquids
Industrial utilities
Cooling-water systems
Chemical processes
Oil and gas applications
Energy and power facilities
The exact suitability depends on pipe material, pipe diameter, liquid characteristics, temperature, flow conditions and the selected transducer configuration.
How Ultrasonic Flow Measurement Works
Ultrasonic flow meters use sound waves to determine the movement of fluid through a pipe.
In a transit-time ultrasonic flow meter, ultrasonic signals are transmitted both upstream and downstream. The difference between the travel times of the signals is related to the velocity of the fluid.
The flow meter processes this information together with pipe and fluid parameters to calculate the flow rate.
Because the transducers can be mounted externally, the measurement system can provide flow information without placing mechanical components directly into the fluid.
Non-Intrusive Flow Measurement
One of the major advantages of clamp-on ultrasonic measurement is its non-intrusive installation.
The sensors are mounted on the exterior of the pipe rather than inserted into the process.
This can help reduce:
Installation work
Process interruption
Pipe modification
Potential pressure-loss concerns associated with intrusive components
It can also make clamp-on technology attractive for existing industrial facilities where installing a new inline meter would be complicated.
Portable Flow Measurement
Portable ultrasonic flow meters can be particularly useful for industrial surveys and temporary measurements.
Engineers and maintenance teams can use portable systems to investigate flow conditions at different points in a facility without permanently modifying every pipeline.
Potential applications include:
Flow surveys
Commissioning
Troubleshooting
Meter verification
Maintenance investigations
Temporary process monitoring
Energy-efficiency studies
Portable measurement can also help identify differences between expected and actual flow conditions.
Fixed Clamp-On Flow Measurement
For applications requiring continuous monitoring, fixed ultrasonic flow measurement systems can be installed permanently.
A fixed system can continuously provide flow information to operators or control systems, depending on the configuration.
This can be useful for:
Process monitoring
Water distribution
Industrial utilities
Cooling systems
Pump monitoring
Production processes
Flow balancing
SCADA systems
Flow Measurement and SCADA Integration
Industrial facilities increasingly require measurement instruments to communicate with centralized monitoring and control systems.
PULSAR measurement solutions can be selected for applications where flow and level information needs to be incorporated into industrial automation and monitoring architectures.
Integration with systems such as SCADA can allow operators to monitor process conditions from a centralized interface.
Depending on the instrument and configuration, available communication and output options should be confirmed against the specific PULSAR model and project requirements.
Ultrasonic Level Measurement
In addition to flow measurement, PULSAR develops ultrasonic level measurement technology.
Ultrasonic level instruments measure the distance between the sensor and the surface of a material by transmitting an ultrasonic signal and measuring the time required for the signal to return.
Because the measurement is non-contact, ultrasonic level measurement can be useful for applications where direct contact with the process material is undesirable.
Potential applications include:
Water tanks
Wastewater tanks
Storage vessels
Process tanks
Sumps
Open channels
Chemical storage
Industrial liquids
Advantages of Non-Contact Level Measurement
Non-contact ultrasonic level measurement can offer several practical advantages.
The sensor remains outside the material, reducing exposure to the process liquid.
This can be beneficial where the liquid is:
Corrosive
Dirty
Chemically aggressive
Difficult to access
Contaminated
Unsuitable for direct-contact instrumentation
The actual performance depends on the application, tank geometry, material characteristics, vapour conditions and installation environment.
Flow and Level Measurement for Water and Wastewater
Water and wastewater facilities require dependable measurement for process control and resource management.
Ultrasonic technology can be applied to:
Water treatment
Wastewater treatment
Pump stations
Storage tanks
Open channels
Distribution systems
Industrial water systems
Flow and level information can help operators monitor pumping performance, tank levels and overall system operation.
Industrial Applications in Saudi Arabia
Saudi Arabia has extensive industrial infrastructure covering water treatment, oil and gas, petrochemicals, power generation, manufacturing and large-scale infrastructure projects.
Reliable flow and level measurement is important across these industries.
PULSAR measurement solutions can be considered for applications in:
Oil & Gas
Flow measurement can support monitoring of water, process fluids and other suitable liquid applications.
Petrochemical Plants
Process measurement helps operators monitor fluid movement and tank levels throughout industrial processes.
Water Treatment
Flow and level instruments can support water-treatment processes, pumping systems and storage facilities.
Wastewater
Ultrasonic level and flow measurement can assist with monitoring wastewater treatment and collection systems.
Power & Utilities
Flow measurement can be used for cooling-water systems, utility networks and other suitable applications.
Industrial Manufacturing
Measurement instruments can help monitor process fluids and utility systems.
PULSAR Measurement in Riyadh, Dammam and Jubail
Saudi Arabia's major industrial centers require instrumentation capable of supporting modern process monitoring and automation.
PULSAR solutions can be considered for projects in:
Riyadh
Dammam
Jubail
NEOM
Other industrial locations across Saudi Arabia
The appropriate instrument should be selected according to the process conditions and the required measurement range.
Why Choose Ultrasonic Measurement?
Ultrasonic measurement technology can provide a combination of flexibility and non-intrusive installation.
For flow applications, clamp-on systems can be installed externally on existing pipelines.
For level applications, non-contact ultrasonic instruments can measure material levels without placing the sensor directly into the process.
These characteristics can make ultrasonic measurement particularly valuable for retrofit projects and facilities where process modification needs to be minimized.
Selecting the Right PULSAR Instrument
Choosing the correct measurement system requires an understanding of the application.
Important factors include:
Pipe diameter
Pipe material
Liquid type
Liquid temperature
Flow velocity
Pressure
Required accuracy
Measurement range
Tank geometry
Vapour conditions
Installation environment
Required communication protocols
SCADA or control-system requirements
A qualified instrumentation specialist should review these parameters before selecting the final instrument.
Conclusion
Reliable flow and level measurement plays an important role in modern industrial automation and process control.
PULSAR ultrasonic measurement technology provides solutions for applications requiring flow measurement, level monitoring and integration with industrial monitoring systems.
Clamp-on ultrasonic flow meters can provide a practical non-intrusive option for existing pipelines, while ultrasonic level instruments can provide non-contact measurement for tanks, vessels and other applications.
For industrial projects in Riyadh, Dammam, Jubail, NEOM and across Saudi Arabia, PULSAR measurement solutions can support applications in water and wastewater, oil and gas, petrochemical, utilities, manufacturing and industrial process monitoring.
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