The FoamScan Multifunction Foam Analyzer is a high-precision instrument designed to detect and analyze foam properties. It is widely used in petrochemical, environmental monitoring, food and beverage, cosmetics, pharmaceutical and other industries, and accurately measures the stability, generation rate, dissipation speed and other parameters of foam, providing important data support for scientific research and production.
First, the working principle:
The foam is generated by the blast method, the software controls the gas flow, injects the gas into the liquid, produces foam, and obtains the real foam volume and liquid volume by tracking and analyzing the foam image in real time by the CCD camera, and the result can be saved as ** or video.
2. Features of FoamScan Foam Analyzer:
1. High degree of automation: advanced automation technology is used to realize the fully automatic control of foam generation, measurement and cleaning process, which greatly improves the testing efficiency and accuracy.
2. Accurate measurement: high-precision pressure sensors and optical sensors are used to monitor the height, pressure, temperature and other parameters of the foam in real time to ensure the accuracy and reliability of the measurement results.
3. Versatility: It can measure different types of foams, including foams produced by cationic, anionic, nonionic and other surfactants, to meet the testing needs of different industries.
4. Data analysis: Equipped with professional data analysis software, it can statistically analyze the test results and generate detailed reports, which is convenient for users to conduct research and analysis.
5. Easy operation: the touch screen operation interface is adopted, the operation is simple and intuitive, and the user can set different test parameters according to their needs, which is convenient and fast.
6. Safe and reliable: Strict safety design is adopted to ensure the stable operation of the equipment in harsh environments such as high temperature and high pressure to ensure the safety of users.
3. FoamScan Multifunctional Foam Analyzer Software:
FoamScan software controls the test protocol flow and experimental parameters: gas flow rate, stirring rate, temperature, pressure.
1. Real-time measurement and display of data:
1) Gas flow rate stirring speed (the foam collapse stage is cut off and stopped).
2) The volume of gas injected.
3) The remaining volume of the liquid sample.
4) Foam volume.
2. The data calculated by the software in real time:
The ability to foam liquids.
Stability of the foam (after the gas injection has been cut off or the agitation has stopped).
1) the volumetric stability of the foam, measured by the relative change in its volume, (2) the liquid stability of the foam, measured by the volume of the liquid sample (drainage), and (3) the foam density.
3. Calculate the characteristic quantity at a specific time:
The ability of the liquid to form a bubble (at the moment of stopping the puff quibble) :
1) The amount of gas injected.
2) The coefficient of expansion of the foam.
3) Foaming capacity.
4) The volume of the liquid sample.
5) Conductivity of foam.
Stability of the foam (at the end of the experiment).
1) Volume stability at 1 2 experimental times.
2) Liquid stability at 1 2 experimental times.
3) Stability index.
Fourth, the main application areas of FoamScan:
1. Petrochemical industry: analyze the foam generated in the process of oil exploitation and processing, optimize the production process, and improve product quality.
2. Environmental monitoring: analyze the foam generated in the wastewater treatment process, evaluate the sewage treatment effect, and protect the environment.
3. Food and beverage: analyze the foam generated in the food processing process, optimize the production process, and improve the taste of the product.
4. Cosmetics: Analyze the foam ingredients in cosmetics, evaluate product performance, and improve product quality.
5. Pharmaceutical: Analyze the foam generated in the drug production process, optimize the production process, and improve the quality of the drug.