Direct information on when and how to measure particles, droplets, bubbles, cells and aggregates in the process.
Niveus Tech provides technical and commercial representation for SOPAT solutions in Brazil, including photo-optical inline probes for particles, droplets, bubbles, cells, and aggregates, application assessment, and technical support.
Niveus Tech provides technical and commercial representation for Parsum solutions in Brazil, including IPP 70-S, IPP 70-Se, IPP 75-S, and IPP 80-P probes for inline measurement of powders, granules, pellets, and dry particle streams.
A photo-optical inline probe installed in a reactor, pipeline, or other process equipment captures images directly in the process medium. The software calculates size, shape, number-based, and concentration distributions over time without withdrawing or diluting samples.
Yes. An inline probe follows the droplet-size distribution directly in the emulsion, revealing breakage, coalescence and stability in real time.
A photo-optical probe installed in the vessel records bubbles in the culture medium and tracks their size, shape, population, and interfacial area. Probe selection considers gas holdup, agitation, vessel access, and sterilization requirements.
Yes. Depending on the organism, concentration and optics, in situ microscopy can follow cell size, concentration, agglomerates and morphological changes without sampling.
It can, provided the optical path, illumination, probe and installation point suit the concentration and matrix. Feasibility should be assessed from application data or a sample test.
In delignification and bleaching stages involving a dispersed gas phase, inline imaging can monitor bubble size and distribution to assess gas-liquid contact. In pulp stock, image analysis can detect, quantify, and classify visible impurities such as shives, bark, plastics, and fiber bundles, allowing process deviations to be identified in real time.
Selection combines dispersion type, expected size, concentration, shape, viscosity, pressure, temperature, fouling risk, process connection and measurement objective.
Parsum probes use laser spatial filtering to measure particle size, velocity, and distribution in dry material streams. Applications include milling, granulation, fluidized beds, pellet coating, animal feed, and pneumatic conveying.
SOPAT uses photo-optical image analysis for droplets, bubbles, cells, crystals, and particles in process media. Parsum uses laser spatial filtering, making it especially suitable for powders, granules, pellets, and particles in dry streams.
The system can provide size, shape, number and volume distributions, plus Feret diameters, circularity, length, area, concentration and classification.
Yes. Trends can indicate nucleation, growth, breakage, agglomeration, flocculation, coalescence, or process endpoint. Integration into a control strategy depends on method validation and the plant automation architecture.