Ultrasonic excitation media isothermal adsorption experimental device

NegotiableUpdate on 06/23

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Nature of the Manufacturer: Producers

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Overview

This device is a specialized experimental equipment developed for oil and gas reservoirs (coal, shale, tight sandstone, etc.). It combines ultrasonic excitation technology with high-pressure isothermal adsorption experiments to study the influence of ultrasonic fields on the gas adsorption/desorption behavior of reservoir media, providing experimental support for the study of shale gas and coal gas production mechanisms and engineering process optimization. 1、 Product Overview: This device is a specialized experimental equipment developed for oil and gas reservoirs (coal, shale, tight sandstone, etc.). It combines ultrasonic excitation technology with high-pressure isothermal adsorption experiments to study the influence of ultrasonic fields on the gas adsorption/desorption behavior of reservoir media. It is designed for shale

Product Details

1、 Product Overview

The device integrates four core modules: constant temperature control, high-pressure loading, ultrasonic excitation, and data acquisition. It can achieve coupled simulation of ultrasonic field and adsorption process under constant temperature and graded pressure conditions. It has the characteristics of high working condition reduction degree, wide adjustable parameter range, and controllable experimental process.

2、 Equipment composition and core functions

（1） System composition

Module Name	core component	Main functions
High pressure adsorption unit	High pressure reaction chamber, pressure sensor, stabilizing gas cylinder	Provide a high-pressure adsorption environment and load experimental gas pressure in stages
Ultrasonic excitation unit	Ultrasonic generator, transducer (oscillator), power controller	Output adjustable frequency /Ultrasonic field with power applied to the dielectric sample
Constant temperature control unit	Constant temperature bath /Heating furnace, PID temperature control module	Maintain a constant temperature in the experimental chamber and achieve isothermal experimental conditions
Vacuum pretreatment unit	Vacuum pump, vacuum pipeline, valve assembly	Sample degassing, pipeline impurity removal, and moisture elimination /The interference of impurities on experiments
Data collection unit	Multi channel digital display instrument, displacement /Pressure/temperature sensors, data terminals	Real time collection of experimental parameters and recording of adsorption process curves

（2） Core functions

1. Standard high-pressure isothermal adsorption experiment: It can independently carry out conventional high-pressure isothermal adsorption without ultrasonic excitation, and determine Langmuir adsorption constant and other fundamental parameters.

2. Ultrasonic excitation coupling adsorption experiment: Overlay ultrasonic field to study the influence of different ultrasonic parameters (frequency, power, action time) on the adsorption capacity and adsorption rate of the medium.

3. Adjustable multi condition parameters: supports temperature, pressure, and ultrasonic power /The independent adjustment of frequency can simulate the coupling process under different reservoir conditions.

4. Parallel comparative experiment: supports simultaneous testing of multiple samples, can be conducted Conduct a comparative experiment with and without ultrasound stimulation to clarify the impact of ultrasound on adsorption behavior.