The high-temperature foam scanning analyzer FoamScan HTMP is developed and manufactured by Teklis, France, and is used to characterize the characteristics of foam produced by injecting gas into liquid through porous media at high temperature and high pressure, such as foamability and stability, foam size and distribution, etc. The operating temperature is up to 120°C and the working pressure is up to 8 bar. is a powerful and versatile analytical tool that enables researchers to evaluate and optimize the performance of foams under simulated real-world process conditions. With this precise control and measurement, scientific research can be promoted, product quality can be improved, production costs can be reduced, and industrial processes can be enhanced at the same time as safety and efficiency.
First, the working principle.
The high-temperature foam scanning analyzer FoamScan HTMP uses the blast method to generate foam: the software controls the gas flow, injects the gas into the liquid, produces foam, and tracks and analyzes the foam image in real time through the CCD camera to obtain the real foam volume, liquid volume, etc., and the results can be saved as ** or video.
2. Features: 1. Optical foam detection system is adopted, and the results are accurate and reliable;
2. Temperature range: room temperature 120;
3. Fully automatic measurement, cleaning function (optional);
4. Provide three-layer jacketed foam sample tube to ensure the safety of the whole testing process;
3. Data obtained by direct measurement of FoamScan HTMP:
1. Foam volume.
2. Liquid volume.
3. Foam water content.
4. Gas flow.
5. Temperature. 6. Pressure.
7. Foam conductance.
4. Data obtained by Foamscan HTMP through data calculation:
1. Gas volume.
2. Blistering ability.
3. Foam stability.
4. Liquid stability in foam.
5. Foam density.
5. Operation process:
1. Users can set experimental parameters, such as temperature, pressure and time, through the touch screen or computer interface.
2. The automatic sampling system allows for quick and easy sample loading.
3. After the experiment begins, the equipment will automatically heat to the set temperature, and generate and analyze foam under constant temperature conditions.
4. After the test is completed, the equipment will automatically cool down and discharge the test samples to prepare for the next experiment.
6. Application fields:
1. FoamScan HTMP is suitable for industries that need to understand foam behavior at high temperatures, especially in the oil and gas industry.
2. It can help optimize the foam flooding technology used in the process of oil and gas exploitation and improve the oil recovery.
3. In the manufacturing industry, it can be used to develop and test new high-temperature surfactants and additives.