Optimize Particle and Droplet Processes Inline
ParticleTrack G600B with FBRM technology is a versatile probe-based instrument that is inserted directly into laboratory reactors and certain production processes to track changing particle and droplet size and count in real time at full process concentrations. Particles, particle structures and droplets are monitored continuously, as experimental conditions vary, providing scientists with the evidence required to deliver consistent particles with the required attributes.
Particle size and count directly impact performance in multiphase processes including crystallization, emulsification and flocculation. By monitoring particle size and count in real time, scientists can understand, optimize and scale-up processes confidently using evidence-based methods.
Particles can change when sampled and prepared for offline analysis. By tracking changes to size and count, as particles naturally exist in process, scientists obtain process understanding safely and with no time delay – even at extremes of temperature and pressure.
By monitoring particles continuously, as experimental parameters vary, it is possible to conclusively determine optimized operating conditions. Evidence obtained in the laboratory and the plant can be used to ensure fit-for-purpose particles are delivered through high-quality processes.
| Measurement Range||0.5 – 2000μm|
| Temperature Range (Base/Field Unit)||0 to 45°C|
| Base Unit Description||Stainless 316, 4X, IP66|
| Base Unit Dimension (HxWxL)||500 mm x 419 mm x 206 mm|
| Certifications||CE Approved, Class 1 Laser, NRTL Certified, CB Scheme Certified|
| Power Requirements||100-240VAC, 50/60Hz, 0.5A|
| For Use In||Laboratory or Production|
| Software||iC FBRM (Standard); iC Process for FBRM (Optional)|
| Scanning System||Pneumatic|
| Scan Speeds||2m/s|
| Chord Selection Method (CSM)||Primary (fines) AND Macro (coarse)|
| Probe Diameter||19mm|
| Probe Wetted Length||400mm|
| Probe Wetted Alloy||C22|
| Standard Window Seals||Kalrez®|
| Probe/Window Options||N/A|
| Pressure Rating (Probe)||10 barg|
| Temperature Rating (Probe)||-10 to 120 °C|
| Conduit Length||15m [49.2ft]|
| Air Requirements||Scanner Requirements: Min. pressure: 4barg [60psig]; Flow: 28.3 NL/min [1.0SCFM]|
| ParticleTrack Model||ParticleTrack G600B|
| Material Number(s)||14000036|
- Study Particle Size and Count Over Time
Scientists insert ParticleTrack probes directly into process streams to monitor particle size and count continuously over time without having to take a sample. This unique information becomes the basis for effective understanding of every process that involves crystals, particles and droplets.
- Link the Process to the Particle System
With ParticleTrack, scientists routinely determine how process parameters influence particle systems. The impact of process parameters on mechanisms such as growth, agglomeration, breakage and shape change can be identified, allowing processes to be optimized and improved using evidence-based methods.
- Create Fit-for-Purpose Particle Systems
Scientists use ParticleTrack to determine how particles with the desired size and count can be delivered consistently. By choosing optimized process parameters during development through scale-up and into production, scientists deliver high quality particle products to the market faster at a lower total cost.
- Monitor and Correct Process Deviations
ParticleTrack is used to monitor, troubleshoot and improve established processes in production. Difficult processes, where sampling is a challenge, can be monitored safely, ensuring particles with the highest possible quality are produced consistently.