Suspensions

Inline suspension analysis

See how the particle population changes in the actual medium.

Suspensions
The challenge

Sedimentation, agglomeration, breakage, and concentration shifts may occur between samples.

Sedimentation, agglomeration, breakage, and concentration shifts may occur between samples. Inline measurement provides a continuous trend.

01

Size and distribution

02

Count and relative concentration

03

Agglomeration and breakage

04

Sedimentation and stability

Visual results

Particles observed without withdrawing a sample.

Particles observed without withdrawing a sample. 1
Size and distribution
Particles observed without withdrawing a sample. 2
Count and relative concentration
From objects to data

Continuous information that reveals change.

01

Size and distribution

02

Count and population

03

Shape and morphology

04

Real-time trends

Technology and application

SOPAT: inline imaging in suspensions.

Optics are selected for matrix, concentration, opacity, and expected range, with algorithms validated for product morphology.

Technical note: Quantitative results depend on contrast, optical path, concentration, and installation representativeness.

Technical questions

Frequently asked questions about this application.

Must the suspension be diluted?

Not for inline measurement; the configuration is selected for the actual medium.

Can it track agglomeration?

Size, shape, and population can reveal aggregate formation or breakage.

Does it work in opaque media?

It may with a suitable optical path and illumination; the application must be assessed.

Technology and application

Let’s assess your process conditions.

Tell us the product, expected range, concentration, available point, and measurement objective.

Request a technical assessment