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

Flexible intensified reactorPROCESS INTENSIFICATION

BHR Group pioneered intensified process design and now offers independent consultancy and support for the selection and development of intensified processes and equipment

Flexible intensified production plantWhat is PI?

Process Intensification (PI) is a proven approach to process and plant design which concentrates the reaction in a chemical process in a small space with the precise environment it needs to flourish.
This results in better product quality, and processes which are safer, cleaner, smaller - and cheaper!

The Benefits

  • Lower project costs - reduced civil engineering and equipment costs and shorter time to implement
  • Improved economics – reduced CAPEX and OPEX, especially energy costs
  • Increased flexibility due to modular design
  • Improved safety with lower inventories in a contained, controlled environment with lower solvent use
  • Improved environmental compliance by minimal use of solvents and reduction in purification stages
  • Improved product – increased purity, consistent quality

Stages in a PI assessmentServices Offered

Process audit and feasibility assessment
Independent selection of equipment and process design
Supply of lab protocol vessels
Support for implementation

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Process Enquiries 

enqprocess@bhrgroup.co.uk

 

Commercial Manager

+44 (0)7768 594 383

 

Applications

Nitration
Oxidation
Sulphonation
Halogenation
Amination
Hydrogenation
Phosgenation
Polymerization
Condensation
Alkylation
Acylation
Azo coupling
Neutralization
Hydrolysis

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Conferences

What Next?

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