Operating microfluidic testing at a commercial scale generates large volumes of data, primarily images, setting it apart from most lab tests. Some tests can generate thousands of .TIFF images and…
At Interface Fluidics, we view microfluidic fluid testing as a crucial component in managing operations. The workflow highlighted here underscores the importance of screening and monitoring fluid performance as a…
Why Gas Injection? With main reservoirs being depleted over several decades of primary and secondary production stages, tertiary recovery or enhanced oil recovery (EOR) methods seem to be the most…
Oil and gas companies understandably devote a lot of attention to optimizing workflows to maximize value in their operations. Robust and ongoing fluid testing should be a part of this…
Interface Fluidics offers fluid testing services for energy companies to gauge fluid compatibilities, boost reservoir yield, mitigate chemical damage, and cut down on risk and cost. What’s different about Interface…
Interface Fluidics provides testing services for energy operators that cover a slew of measurements. One of our valuable analyses involves the screening of chemical additives for enhanced oil recovery (EOR).…
Underground fluid interactions take place between miscible fluids (oil and miscible CO2) and immiscible fluids (water and oil). Many factors determine the transport of fluids, one of which is fluid…
Recently, Interface Fluidics announced the release of SapphireLab, a revolutionary product in its class. SapphireLab brings together the three core technologies that we have been developing over the past six…
Interface Fluidics is a leader in creating microfluidic reservoir-mimicking chips, which we use to conduct a variety of measurements. When designing microfluidic systems, many factors must be taken into account.…
From the beginning, the goal of Interface Fluidics has been to make high pressure, high temperature (HPHT) measurements accessible to the oil and gas industry using microfluidics. Applying this technology…
Use our SapphireLab system to answer fluid questions in the energy, carbon storage, and mineral industries. Our microfluidic system, capable of high pressure and temperature, helps explain fluid behavior and enables our clients to make critical business decisions.
