The CCE S100 Chip, coupled with our Constant Composition Expansion (CCE) test procedure, measures the bubble point of a live black oil at reservoir conditions or the dew point for retrograde condensate reservoirs. The test can easily be done at multiple temperatures and provides input for equation of state (EoS) models.
The EOR S100 Chip is a platform chip used to study a wide variety of fluid interactions in porous media, including polymer injection for Enhanced Oil Recovery, wax appearance temperature, wax/scale/asphaltene inhibition, and carbon dioxide and hydrogen storage. The chip is particularly effective as a screening tool, designed to identify the most effective polymer and polymer concentration for EOR operations. It enables visualization and quantification of oil displacement performance, while also revealing potential formation damage mechanisms caused by injected polymers.
The EOR S110 Chip is a platform chip used to study a wide variety of fluid interactions in porous media, including polymer injection for Enhanced Oil Recovery, wax appearance temperature, wax/scale/asphaltene inhibition, and carbon dioxide and hydrogen storage. The chip is particularly effective as a screening tool, designed to identify the most effective polymer and polymer concentration for EOR operations. It enables visualization and quantification of oil displacement performance, while also revealing potential formation damage mechanisms caused by injected polymers.
The EOR S120 Chip is a platform chip used to study a wide variety of fluid interactions in porous media, including polymer injection for Enhanced Oil Recovery, wax appearance temperature, wax/scale/asphaltene inhibition, and carbon dioxide and hydrogen storage. The chip is particularly effective as a screening tool, designed to identify the most effective polymer and polymer concentration for EOR operations. It enables visualization and quantification of oil displacement performance, while also revealing potential formation damage mechanisms caused by injected polymers.
The EOR S200 Chip is a screening tool designed to identify the most effective gas and its respective concentration for enhanced oil recovery in reservoirs. It enables visualization and quantification of oil displacement performance, while also revealing potential formation damage mechanisms caused by the injected gas. The chip is designed for fine-tuned gas flow control in porous media, enabling studies that can be conducted over long periods of time (from minutes to hours).
The patented Flowback S100 Chip powers our industry-leading Flowback test and is designed to represent the pore geometries of shale formations during hydraulic fracturing, and includes four inlets/outlets, a high permeability frac zone, a surrounding nano matrix (with oil pockets) and oil accumulation channels. The Flowback test enables visualization and measurement of how surfactants, friction reducers, and fluid packages interact within representative porous media during hydraulic fracturing. The test helps to identify top-performing fluid packages and visually reveal formation damage mechanisms.
The Mixing S100 Chip includes a hexagonal homogeneous porous media and mixing rings and enables co-injection of fluids for on-chip mixing, and visualization and measurement of fluid performance. The chip can be used to study foam stability (understanding of how salinity, temperature, pressure, gas, and flow rate all impact foam performance) and foam mobility reduction factor (how foam reduces the mobility of the injection gas and impacts oil production).
The MMP S100 Chip, coupled with our Minimum Miscibility Pressure test procedure, enables fast determination of the miscibility conditions for a gas flooding operation. MMP measurements provide the lowest pressure at which the reservoir fluid and an injected fluid reach the miscibility condition at reservoir temperature. This critical measurement helps avoid unwanted early gas breakthrough, which would reduce oil recovery. The chip and the test procedure can also be used to determine the Minimum Miscibility Enrichment (MME).
Porous media academic mystery box 5 Chips
The Regain S200 Chip, used with our Regain Conductivity test procedure, replicates the 40/70 mesh Proppant Pack test to help compare friction reducers and identify top performers. This chip includes a heterogeneous porous media with 36% porosity and 620 mD permeability (calculated), along with 2 inlet channels and 1 outlet channel.
The Regain S100 Chip, used with our Regain Conductivity test procedure, replicates the 20/40 mesh Proppant Pack test to help compare friction reducers and identify top performers. This chip includes a heterogeneous porous media with 36% porosity and 1.5 D permeability (calculated), along with 2 inlet channels and 1 outlet channel.
The Regain S300 Chip, used with our Regain Conductivity test procedure, replicates the 100 mesh Proppant Pack test to help compare friction reducers and identify top performers. This chip includes a heterogeneous porous media with 36% porosity and 100 mD permeability (calculated), along with 2 inlet channels and 1 outlet channel.
A compact system designed to be a modern replacement for the PVT cell, slim tube and rising bubble apparatus. Provides ultimate flexibility, full heat tracing of the fluid path, live sample handling, and optional sour service.
