Buried beneath the headlines of COVID-19 lies another global crisis. While tensions around restarting national economies increase, parallelly carbon emissions continue to predominate as an environmental stressor, accenting the need…
In the spring of 2020, a student team from the University of Toronto invited Interface Fluidics experts to work on their life-saving project: the development of a multi-patient ventilator to…
Interface’s measurements provide key information for advancing CCUS projects.Carbon Capture, Utilization and Storage (CCUS) is not a new idea in the oil and gas industry and has long been used to…
Interface’s Fracturing Flowback solution optimizes chemical usage. Over the past couple of years, the oil and gas industry has been focused on minimizing its carbon footprint — with many aiming to become…
Equinor and Interface partner to develop fastest and most accurate measurement for minimum miscibility pressure "Interface’s minimum miscibility pressure measurement is a disruptive technology that has changed how we work…
Abstract Primexx Energy Partners Ltd. (Primexx), a technology focused oil-and-gas exploration and production company operating in the Southern Delaware Basin of West Texas, approached Interface to ensure they were using…
How do you know that the oil doesn’t rise above the water in the channels, or pores, of your microfluidic chips as a result of the density difference between the…
When you think about a technology company that serves heavy industry, what kind of backgrounds do you think the employees have? Many people would assume that it’s a company full…
Interface was founded on the idea that laboratory technology needed to be adapted to help the oil and gas industry solve some of the key problems operators were facing. Specifically, the founders knew that microfluidics could unlock data that operators hadn’t seen before. This data would help them make better decisions faster, while being able to actually show them fluid interactions that wouldn’t have been previously possible.
Imagine a laboratory with liters of reagents and samples, where each operation takes place in individual vessels and instruments. What if all of the laboratory functions could be integrated in a single small portable circuit, or chip, with higher efficiencies, extremely low material consumption (down to nano/pico-liters in fluid volume), less waste production, much faster response time, and more control over the operating condition with real-time monitoring capabilities?
Stay up to date with all the news and innovation coming from Interface Fluidics.