FBRM® D600R Technology - Prodotto fuori produzione

Non più disponibile da: Mar, 2012

Measurements for Controlling Quality and Performance

The FBRM® D600R design enables the probe to be easily installed with a dip pipe or extension tube, providing maximum flexibility in a wide range of large reactors (5-10,000+L).  FBRM® [Focused Beam Reflectance Measurement] is a real-time quantitative measurement tracking the rate and degree of change to particles, particle structures, and droplets as they actually exist in process.  The inline FBRM measurement enables engineers to quickly link particle system dynamics to processing conditions.

FBRM® D600R Technology
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Sostituito con: ParticleTrack G600/G600 Ex

Monitor Particle Size and Count in Piloting and Production

ParticleTrack G600 with FBRM technology is a rugged probe-based instrument that is inserted directly into large-scale vessels or pipelines to track changing particle size and count in real time at full process concentrations. Particles, particle structures and droplets are monitored continuously, as process parameters vary, allowing engineers to monitor, troubleshoot and improve processes effectively.

Particle size and count directly impact performance in multiphase processes including:

 

By monitoring particle size and count in real time, at full production scales, engineers can monitor process consistency and identify strategies to make significant process improvements.

Particles can change when sampled and prepared for offline analysis. By tracking changes to size and count, as particles naturally exist in process, engineers obtain process understanding at full production scales, safely and with no time delay – even at extremes of temperature and pressure.

By monitoring particles continuously, as operating conditions vary, it is possible to determine the root cause of poorly performing processes. Operators can identify process upsets quickly and engineers can utilize evidence obtained at full production scale to redesign challenging processes and make improvements.

A flexible mounting system allows probes to be installed in reactors or pipelines using standard flanges, dip pipes and ball valves across a wide range of temperatures and pressures. Optional purged enclosures rated to ATEX and Class I, Div 1 standards ensure instruments can be installed safely in hazardous locations.

Specifiche

Description
Probe OD: 25mm
Probe length: 400mm
Drive: Air
Bearing: Air
Lab/Plant: Plant
Field unit: D600
Temperature range: -10 to 150°C (standard); -90 to 300°C (optional)
Pressure: 10 bar (standard); customizable (optional)
Material: Stainless-steel 316 or alloy C-22
Other options: Sanitary seal probe
Notes: Dip-tube mountable

* Both ATEX and non-ATEX models are available
Track Particle and Droplet Distributions in Real Time
1. Optimize Your Particle System – FBRM® tracks the rate and degree of change to particles, particle structures and droplets as they actually exist in process.
2. Fingerprint Your Particle System – The precise and sensitive FBRM® distributions enables users to fingerprint particle systems based on particle dimension, shape, count.
3. Control Process Repeatability – FBRM® trends enable users to identify and troubleshoot unexpected process changes.  Therefore, FBRM® can be used to minimize batch failures, improve yield, and troubleshoot scale-up or technology transfer.
4. Correlate Particle Measurement to Quality and Performance – By understanding the particle performance, chemists and engineers can link upstream process control parameters (addition rate, mixing, or temperature) to downstream process efficiency (filtration/separations efficiency, dissolution rate, etc.) and optimize product quality (yield, bulk density).

After purchasing Lasentec® in 2001, METTLER TOLEDO has become the world leader for inline particle/droplet size, shape, and count characterization.
   

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