HVFlo keeps track of water flow
Scientifics provides independent testing and consultancy to a variety of industries including construction, rail and pharmaceutical sectors. The group has been using Pulsonic equipment to monitor water flow at rail maintenance depots.Earlier this year, Pulsonic Technologies secured a contract with Scientifics, which has experienced Field Teams providing a tailor-made integrated package of tests to meet the special requirements the rail industry's Traction & Rolling Stock Maintenance depots.
When Scientifics was awarded the Network Rail contract to monitor the effluent discharge from all its depots, it turned to an industry specialist in monitoring and sampling.
The Field Teams provide a tailor-made integrated package of tests to meet the special requirements of Traction & Rolling Stock Maintenance depots comprising:
- Effluent discharge monitoring
- Engine coolant sampling and analysis
- Monitoring of drinking water supplied to rail vehicles
- Chemical and microbiological analysis of fuel or engine oil
- Sampling and bacteriological examination of drinking waters, washroom showers and tank-fed water supplies
- Vehicle water plant testing
- Reporting on the internet
HVFlo features Pulsonic's field-proven Doppler velocity and level measurement sensors. Advanced spectrum signal processing allows HVFlo to produce superior results under a wide range of hydraulic operating conditions - even under full pipe, surcharge or reverse-flow conditions.
According to Pulsonic, HVFlo produces accurate, repeatable results every time and offers optional telemetry interface for long-term monitoring applications.
With the successful partnership now finalised, Pulsonic is now taking on further hire contracts in various other fields.
Pulsonic is a specialist in flow monitoring, with various open and closed channel
The company says that HVFlo offers optional telemetry interface for long-term monitoring applications. Communication is made possible by using PSTN or GSM allowing remote diagnostics and data downloads.
- Inflow and Infiltration studies
- Combined sewer overflow studies
- Pump station monitoring
- Long- and short-term sewer flow monitoring
- Sewer system capacity analysis
- Stormwater monitoring
- Industrial monitoring
- Quantifying rehabilitation effectiveness
- Billing networks