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…
With climate change dominating headlines, you’ve probably heard a thing or two about carbon capture and storage (CCS) – unless you’ve been living under a rock. If you haven’t, that’s…
Commercial microfluidic screening from Interface Fluidics is prime for use in the enhanced oil recovery (EOR) of unconventional reservoirs. Comprehensive case studies published in OnePetro detail the technology’s capabilities and…
Research by Interface Fluidics into enhanced oil recovery (EOR) provides a way to comprehensively analyze thief zones and now this work has been published in the journal ‘Fuel’. Interface’s microfluidic…
Part of our mission at Interface is to help make oil recovery more efficient – particularly through enhanced oil recovery. Using our own reservoir-mimicking analogues, polymers and other EOR fluids…
As much as we would like to believe science to be a definitive process, it is often riddled with ambiguity. This is specifically apparent when it comes to applications of enhanced…
What is polymer enhanced oil recovery? Enhanced oil recovery (EOR), also known as tertiary recovery, is used to further produce oil after the primary and secondary phases of reservoir production.…
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.
