High Pressure Adsorption Characterization in Research of Unconventional Oil & Gas Recovery Unconventional oil and gas recovery is the process of extracting oil and gas from reservoirs that are geologically complex and difficult to access using traditional methods.
High Pressure Physical adsorption (0-690bar)
To simulate the underground high pressure condition, BSD developed a series of high pressure adsorption analyzers, which covers high range of pressure upto 20Mpa/69Mpa, high temperature setting and various functions of high pressure isotherm, kinetic analysis, programmed temperature desorption.
Specific surface area, pore size distribution, pore volume
To learn the basic characterization information of material, BSD Instrument developed full automatic adsorption analyzer with high throughput of 12 analysis ports to increase the test efficiency. And the automation design not only save testers time and efforts, but also realize in situ degassing and adsorption test, which contribute to eliminate helium/air contamination.
Vapor adsorption and kinetics analysis
The BSD gravimetric vapor sorption analyzer is extensively used for vapor adsorption analysis. By measuring mass changes in real-time, it can accurately determine material adsorption kinetics and generate precise isotherms without compromising calculations. The BSD gravimetric method offers two primary advantages: high throughput 4/8 analysisi positions; and automatic cyclic test.
Multi components competitive adsorption
To evaluate the selective adsorption properties of materials used in separating different gases and liquids in oil and gas processing, lab level simulation process breakthrough analysis is adopted by MAB breakthrough analyzer. Considering material status, we offer various breakthrough columns of 1ml, 2ml, 10ml, 100ml, even kilo gram level columns. Along with it, the breakthrough analyzer is designed to work with mass spectrometer to learn real time concentrations of gas components.
True density/ skeletal density and helium porosity analysis
Skeletal density is the ratio of the mass of a solid material to the volume of the solid material and any closed pores within it. It's also known as true density or absolute density. Skeletal density is calculated by dividing the sample weight by the measured volume. BSD TD true density analyzer use one common method for measuring skeletal density: helium pycnometry, which uses an inert gas like helium to displace the volume of the sample.
