Oscillatory Baffled Reactors/Crystallisers

PLUG FLOW UNDER LAMINAR FLOW CONDITIONS

Our oscillatory baffled vessels are effective for reactions, work-ups and crystallisations. They provide high intensity, low shear mixing with great temperature control due to the high jacket area to process volume ratio.

Available in sizes to suit your requirements from Laboratory to production scales.

Can be provided with temperature controlled transfer lines to avoid unwanted crystallisations or side reactions. Probe adapters available to suit most PAT

Reactors

We provide a range of fully automated reactors:

Single vessel batch or continuous stirred tank reactors and multi-vessel continuous or semi-continuous chained stirred tank reactors in various sizes.

Liquid/Liquid, Solid/Liquid and Gas/Liquid capabilities at pressures up to 25 bar and temperatures up to 200 °C

Improved residence time distribution compared to traditional stirred tanks

Crystallisers

Ideal for cooling, evaporative and antisolvent crystallisations

Low shear mixing produces little particle attrition with good control over particle size distribution and morphology

Flexible modes of operation – batch, semi- or fully continuous

LAB SCALE

Batch, semi- or fully continuous systems
Excellent heat transfer characteristics
High intensity, low shear mixing
Fully jacketed
Wide variety of PAT adapters
Single vessel or multiple vessel options.
Chain STR options can be supplied with automated, temperature controlled batch transfer system
Reduced time to steady state and better residence time control than traditional stirred tank reactors

LAB SCALE LITE

Lite version of the Lab-scale CCF20 Evaluator
20mm / 5 ports
1.5 to 3.0 L/hr Slurry
0.3 to 0. kg/hr Solids

PILOT & PRODUCTION SCALE

Choice of materials of construction: Glass, Stainless Steel, C22 Alloy
Metal versions operate at pressures up to 25 bar making them excellent for gas/liquid reactions
Magnetically driven baffles mean no moving seals – reduced leaks
Fully jacketed reaction vessel
Kinetics are scaleable from the laboratory range
Various probe connectors to suit any PAT

TWIN OR QUAD STAGE

Operates as a chain of MSMPR or STR’s or as a semi-continuous crystalliser
All the advantages of the smaller ranges but with energy recovery to further reduce operating costs

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