Our DOMINO consortium has a brand new website 

The Dispersion of Nanoparticles in Liquids Consortium (DOMINO) is one of the three industrially steered research consortia that we are run at BHR Group. Its purpose is the development of industrially relevant research, and best guideline practises, for the dispersion of nanoparticles and the delamination of nanoclays in liquids.

Please visit the
new website of the DOMINO Consortium where you can find out more about the research, the current members and how you could benefit from membership.
 

Kind regards,

The DOMINO Management
www.domino.bhrgroup.com  














www.bhrgroup.com

Mixing PharmaceuticalsMIXING AND SCALE-UP

“Over 50% of all mixing processes involving solids failed to start up 'right first time', leading to an average of 4 months additional development and engineering” AIChE.

Underpinned by FMP - BHR Group’s world-leading industrial consortium on mixing, BHR Group can help you optimise your processes, minimising costs, improving throughput, and delivering tangible benefits on time and on budget.

1-8m Mixing vesselKey Areas of Expertise

Scale-up & scale-down (optimise lab/pilot testing)
Heat and Mass Transfer
Blending & Formulation
Multi-phase mixing (liquid-liquid, solid-liquid, gas-liquid)
Newtonian and non-Newtonian rheologies
Process optimisation and reactor design
Mechanical design of equipment

LDA on flow in a pipeEquipment and Facilities

Batch and continuous stirred tank reactors
In-line static mixers and eductors
Jet mixers
Rotor-stator and ultrasonic mixers
Custom reactor models at a wide range of scales
Huge range of measurement techniques

CFD model of a 3-impeller arrangementMore Information

Experimental Facilities
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Industrial R & D including our world-leading Fluid Mixing Processes consortium (FMP)

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Process Enquiries

enqprocess@bhrgroup.co.uk

 

Commercial Manager

+44 (0)7768 594 383

 

Example Processes

  • In-line blending of materials with different viscosities
  • Scale-up of immiscible liquid droplet dispersion processes
  • Maintaining uniformity of solids concentration during tank draining
  • STR active volume with complex rheological fluids
  • Gas dispersion in homogeneous and heterogeneous regime
  • Jet blending and solids suspension
  • Nanoparticle dispersion

Elsewhere on our Site

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