PVT and Fluid Phase Behaviour
Access high-pressure, high-temperature analysis temperature analysis of oil and gas samples information faster and more cost effectively than traditional means.
Interface has a suite of standard and advanced PVT analysis solutions that requires less than 1 ml of fluid per evaluation and delivers results much faster than conventional PVT methodologies.
Minimum Miscibility Pressure and Composition
Rapid Measurements for Gas Flooding
Quickly determine miscibility conditions for your gas flooding operation with a variety of gas compositions. MMP measurements give you the pressure at which the gas you are injecting easily mixes with the oil in your reservoir. This measurement is critical for avoiding early gas breakthrough which reduces oil recovery.
Developed in partnership with Equinor, this test has been proven to deliver accurate results in as little as 30 min with as little as 0.1 ml of oil sample per data point.
Asphaltene Onset Pressure
Flow Assurance for Light to Medium Crudes
Prevent asphaltene damage in your reservoir by having more information on asphaltene dropout conditions. Using less than a millilitre oil sample along with our unique high-pressure high-temperature microfluidic technology platform, Interface is able to detect the onset condition of asphaltenes under varying reservoir conditions.
Bubble and Dew Point
Analysis for Reservoirs and Surface Facilities
Rapidly measure bubble point as part of a larger PVT study. Determine dew point for retrograde condensate reservoirs or for surface facilities such as CO2 pipelines.
The majority of hydrocarbon fluid properties abruptly change once the reservoir pressure reaches either bubble point or dew point. Interface is able to provide accurate measurement of bubble and dew points for your reservoir fluids.
Wax Appearance Temperature
Flow Assurance Study
Guarantee better fluid transport and flow assurance by understanding wax onset conditions. Our microfluidic wax appearance temperature (WAT) analysis combined with high-resolution cross-polar microscopy provides reliable and repeatable WAT data with an accuracy of ±0.5 °C under a wide range of pressure.