Oxford Flow, the pressure control equipment specialist for the oil and gas, water and industrial process industries, today launches its revolutionary IM gas regulator valve to increase reliability and ...

Flow is controlled by either throttling or diverting it. Flow is controlled by either throttling or diverting it. Throttling involves reducing orifice size until all of the flow cannot pass through ...

Oxford Flow, a spin-out from Oxford University’s Department of Engineering Science has secured a £750k investment for its initial product, a valve that regulates the flow of gases and liquids in ...

Pressure-compensated flow control valves are useful in a variety of hydraulic applications. For example, they benefit situations where it is necessary to maintain a constant speed of operation of a ...

A flow curve illustrates the regulator's range of capabilities at a glance. Once you understand a flow curve -- and we'll explain how -- it is easy and quick to read. BILL MENZ, Field Engineering ...

As mentioned above, it is best to operate along the flattest – or most horizontal – part of a flow curve. Indeed, the ideal flow curve would be a flat line. However, no regulator can produce a ...

The best way to select a regulator for your application is to examine its flow curve, which is often provided by the manufacturer. “Flow curve” is a misleading name. You could easily call it a ...