Core Flooding System

The CFS machine is useful for the oil and mining industry. Rock core samples are able to be placed under pressure and temperature conditions, akin to those found deep underground, during the mining process, and is suitable for testing USS water and gas floods.

Core Flooding System

Overview

The CFS machine is useful for the oil and mining industry. Rock core samples are able to be placed under pressure and temperature conditions, akin to those found deep underground, during the mining process, and is suitable for testing USS water and gas floods.

- Machine made out of corrosion resistant materials - Bypass valves for user protection - Automated temperature control - Automated pressure control - Automated humidity control for gases - Fully automated test and data acquisition - Simple sample setup - All parts for machine contained within single cabinet - Downstream wet gas meter for accuracy of gas flow - Fraction collector - Simple reporting software automatically performs calculations from data

Specifications

Back Pressure Regulator Rangemax 10000PSI
Core Holder OrientationDefault-Horizontal 90º rotation
Differential Pressure Gauge Range10, 100, 2000 PSI +/-0.5% of full range
Flow Rate for injection pumps0.001 to 100sccm +/-1% of full range
Humidityup to 90% +/-1% of full range
Machine Voltage220V
Machine communicationUSB
Mass Flow Controller Range1000sccm
Ports4 Inlet/Outlet 3 Differential Pressure
Pressure Transducer Range10000PSI +/-0.1% of full range (Inlet and Outlet) 5000PSI +/- 1% of full range (Upstream)
Reported ValuesPermeability, Differential pressure over time, Humidity over time, Inlet and Outlet pressure over time, Humidity over time, Temperature over time
Rock Core DimensionsRock Cores (1” to 1.5” diameter, 1″ to 6″ length)
Types of SamplesRock Cores (1inch to 1.5inch diameter, 1″ to 6″ length)
Types of TestsHigh Pressure Permeability (fluids), High Pressure Permeability (gases)
Volume Capacity100cc
Working Pressure Rangeup to 10,000PSI
Working Temperatureup to 150ºC +/-0.1ºC