Fluid flow is a key aspect of process engineering, as it affects the performance, efficiency, and safety of various chemical processes and systems. Optimizing fluid flow can help you achieve ...

The Oval Gear flow meters improve in measurement accuracy as liquid viscosity increases, from about 1% to around 0.1% of ...

Some products are used in heat transfer applications or fluid flow and heat transfer applications. Others are designed to transport a heat transfer fluid or coolant. Fluid transfer pump systems use ...

Underground Injection Control (UIC) wells — or injection wells — are structures built to allow fluids to flow into the ground (usually) under the force of gravity. The most common in Washington are ...

Varying the injection flow rate, we could control the wave packet ... They observed that localized wave packets emerged in the fluid, due to reaction, diffusion and flow-induced compression. These ...

Varying the injection flow rate, we could control the wave packet ... They observed that localized wave packets emerged in the fluid, due to reaction, diffusion and flow-induced compression.

This includes the effects of porous media structures on flow and transport in close ... we conduct experiments e.g. to optimise groundwater injection techniques and minimise the effects of mechanical ...

Bright Water™: Submicron, thermally activated particles that expand deep in the reservoir reducing the flow in thief zones and diverting injection water into poorly swept areas of the reservoir. Some ...

Metal injection molding (MIM) technology has become a very active research field in the last ten years. MIM combines the well-known polymer injection molding and powder metallurgy technology, enabling ...

We developed a 3-D fully coupled hydromechanical numerical model to analyse the displacement, fluid pressure and injection flow-rate data measured during an injection pressure-step-rate test conducted ...