Real time online particle size and shape analyzer

Measure and analyze droplets, bubbles, grains or any other particles.

The probe is a processing technology for real time measurement of particle size and particle size

distribution.

This technology is based on the combination of high-quality optical imaging and an innovative

image analysis software.

Particles such as water droplets, bubbles, particles and cells can be resolved quickly and reliably even at high concentrations.

The establishment of new standard particles by direct analysis method exists in various processes and products. It is necessary to describe and understand particles in both laboratories and production lines, but this is undoubtedly complex and challenging. Our technology measures particle size distribution in real time and in situ.

Our system can operate efficiently and accurately under high concentration conditions. The system accelerates the research work of the laboratory, ensures the repeatability of the results, and provides a new way for real-time monitoring. The comprehensive package runs on a high-performance

workstation, and users can easily manage and use it through the graphical user interface.

The analysis results including number density distribution, cumulative number distribution, volume distribution and different main diameters (D10, D32, D50, D90, etc.) can be displayed. The output of these parameters forms the basis of the real-time control program.

application

The design of gas-liquid multiphase reactors usually requires expensive experimental studies.

In order to accurately predict the heat and mass transfer and reaction or growth rate in the process of stirred vessel or bubble column fermentation, it is necessary to have an accurate understanding of the interface region,

Liquid-liquid homogeneous catalytic liquid-liquid reaction is the cornerstone of "green chemistry".

The use of surfactants complicates the description of droplet size distribution in these heterogeneous systems. Knowledge of the particle size of the dispersion system and information about the particle size distribution are necessary for program development

The real-time quantification of solid-liquid particle size distribution depends on time and position, and is essential for optimization program design. It is also an important part of fully automated production technology. According to the GMP regulations, the description documents and cognition of process parameters help to improve the transparency of procedures