FOAMSCAN - Foam stability analyzer

Precise Foam Analyzer: FOAMSCAN™

The FOAMSCAN™ is the most precise foam analyzer for laboratories that need to characterize and control liquid foams in various industrial processes. Foams can impact product and process efficiency, making it essential to reliably measure and understand foam formation, stability, and properties.

Foam Formation and Stability Properties

Foam formation and stability properties depend on several factors:

• Liquid fractions: amount of liquid compared to foam volume.
• Bubble size: varying from micrometers to centimeters.
• Polydispersity: distribution of bubble sizes.

Foam Generation Methods

FOAMSCAN™ supports multiple foam generation methods, such as:

• Gas injection into a liquid phase through a porous medium.
• Mechanical agitation, using mixers or shakers.
• Liquid jet recirculation, simulating industrial processes.
• Industrial devices such as sprays, effervescent tablets, or controlled chemical reactions.

Multi-Scale Image Analysis Software

FOAMSCAN™ includes advanced software that allows measurement of:

• Total foam volume and liquid fraction in real-time.
• Foam drainage, monitoring stability.
• Bubble size and distribution, with multi-scale image analysis.

Complete Range of Measurements

During experiments, FOAMSCAN™ measures:

• Foam/liquid volume
• Liquid fractions (drainage)
• Foam density and stability
• Bubble size and distribution

During foam formation, the equipment calculates:

• Foam capacity
• Bikerman index

After foam formation ends, it measures:

• Foam capacity
• Bikerman index
• Expansion coefficient
• Conductance
• Maximum foam density
• Foam stability index

FOAMSCAN™ Applications

• Crude oil: Foam formation during gas injection and depressurization; antifoam testing.
• Cosmetics: Evaluation of foam texture, liquid fraction, and stability for soaps, creams, and mousses.
• Beverages: Foam control in beer, champagne, and soft drinks, during bottling and serving.
• Environment: Study of foam for soil material extraction and decontamination.
• Chemistry: Analysis of antifoams, detergents, foaming product formulations, and properties of solid foam, such as cement.

Studies and Research with FOAMSCAN

FOAMSCAN, by TECLIS Scientific, is widely used in academic and industrial research for foam analysis, providing precise data on foam formation, stability, and characteristics. Various studies published in renowned scientific journals cite FOAMSCAN as an essential measurement tool:

• Influence of Hydrocarbon Chain Branching on Foam Formation - Journal of Surfactants and Detergents (2016) – The study analyzed how different surfactant structures affect foam formation and stability, using FOAMSCAN for precise measurements.
• Effect of Polymers on Sodium Dodecylbenzenesulfonate Foam Properties - Journal of Dispersion Science and Technology (2016) – The research investigated how polymers influence foam formation and stability, with FOAMSCAN being fundamental for monitoring system characteristics.
• Foam Formation Mechanisms in the Presence of Surfactants - Journal of Surfactants and Detergents (2017) – The experimental study explored foam formation and drainage processes, using FOAMSCAN to quantify foam evolution over time.
• Evaluation of Modified Defoamers for Oil-Water Separation - ACS Omega (2021) – This study evaluated modified defoamers for industrial processes, using FOAMSCAN to characterize foam properties under real operating conditions.

Advantages of FOAMSCAN™ as a Foam Analyzer

• High precision and repeatability in measuring foam volume, density, and stability.
• Automation and total control through integrated software.
• Versatility for multiple industries and foam generation methods.
• Optimization of formulations, reducing development time and costs.
• Reliable data supporting scientific publications and technical reports.

FAQ - FOAMSCAN™ Foam Analyzer

What is FOAMSCAN™?

FOAMSCAN™ is a high-precision foam analyzer developed for laboratories and industries. It measures volume, density, stability, and bubble size. The equipment ensures reliable data for R&D and quality control.

Which industries can benefit from FOAMSCAN™?

FOAMSCAN™ is used in petroleum, cosmetics, beverages, chemistry, and environment. It helps control foam formation and stability in different processes. The equipment optimizes formulations and reduces costs in laboratories and production.

How does FOAMSCAN™ generate foam?

FOAMSCAN™ offers methods such as gas injection, mechanical agitation, and liquid jet recirculation. It can also simulate industrial devices, such as sprays and chemical reactions. This versatility allows studying different types of foam in a controlled manner.

What parameters does FOAMSCAN™ measure?

The equipment measures foam volume, liquid fraction, density, stability, and bubble size. It calculates indices such as foam capacity and expansion coefficient. All data are obtained in real-time and with high precision.

Does FOAMSCAN™ have integrated software?

Yes, FOAMSCAN™ has advanced software that automates measurements and analyzes bubble size. It controls parameters such as gas flow rate and agitation. The software provides precise and reliable results in real-time.

Is FOAMSCAN™ validated by scientific studies?

Yes, FOAMSCAN™ has been used in various published studies, such as Journal of Surfactants and Detergents (2016, 2017) and ACS Omega (2021). These works demonstrate the equipment's effectiveness in measuring foam formation, stability, and characteristics in different applications.

What are the advantages of FOAMSCAN™?

FOAMSCAN™ offers high precision and repeatability in foam measurements. It allows complete process automation and parameter control. The equipment saves time and costs, optimizing formulations and results.

How does FOAMSCAN™ assist in product development?

FOAMSCAN™ helps researchers and engineers understand foam formation, stability, and collapse. It allows testing antifoams and adjusting formulations. The data obtained ensure safer and more efficient decisions in product development.

Conclusion

For industries in petroleum, cosmetics, food and beverages, chemistry, and environment, FOAMSCAN™ is the reference equipment for foam characterization.