The RCHP-200 is an automatic and highly accurate system for determining rock properties such as pore volume, porosity and grain volume at overburden pressure. It can be used in conjunction with existing core holders to measure porosity under confining pressure.
The Liquid Permeability Measurement System is a complete, high-performance permeameter engineered for the precise determination of core sample permeability under pore and confining pressures of up to 10,000 PSI (70 MPa). Ideal for laboratory testing of reservoir rocks, the system delivers accurate, stable, and repeatable results.
The Mixing Accumulator can be used for a variety of purposes and applications. These vessels have been used for Petroleum Core Flooding experiments, Supercritical Carbon Dioxide, PVT experiments, Catalysis, Polymerization, Oxidation, Hydrogenations, and other Reactor studies.
The vessels can be used for a variety of purposes and applications. These vessels have been used for Petroleum Core Flooding experiments, Supercritical Carbon Dioxide, PVT experiments, Catalysis, Polymerization, Oxidation, Hydrogenations, and other Reactor studies.
NMR Core Holder The experiment will be imaged with powerful X-rays Wetted parts Material: PEEK and Titanium Working Pressure: Customer specified (Max. 5,000 psi) Working Temperature: Customer specified ( Ambient to 600 ℉) Core diameter: Customer specified (5)Core length: Customer specified
NMR Core Holder The experiment will be imaged with powerful X-rays Wetted parts:PEEK and Titanium Working Pressure: 5,000 psi Working Temperature: Ambient to up to 150°C Core diameter: Customer specified ,Core length: Customer specified
The core aging system consist in saturation at reservoir conditions with brine and then with crude oil so as to restore its reservoir wettability. Working Pressure up to 15000 PSI (100MPa) Working Temperature Ambient to 250°C (480℉)
The Rock Core DC Resistance Measurement Instrument is the first domestic device equipped with touch functionality and a color LCD display for DC resistance testing. Its maximum accuracy range is 0.01%, which can meet general resistance measurement requirements, especially for resistances that significantly vary with temperature, providing better testing results. It also features statistical analysis functions, allowing for statistical analysis of a large amount of measurement data.
The Core Digital Image Photography System Model RCDIP-1100 is an opto-mechanical-electrical integrated device specifically designed for the acquisition of core white light and fluorescence images.
