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

FMP Members meet to steer the project

FMP - Fluid Mixing Processes Consortium

FMP is an industrially driven mixing research and design project, run continuously since 1983:

                • Owned and Managed by BHR Group Limited
                • £0.5m ($1m) annual budget
                • Funded and steered by industrial Members
                • Independent, Confidential, Objective
                • Industrially relevant work, exploitable deliverables

Visit our new FMP project website for more information

FMP members relax after a courseHow FMP Works


                •  Identify and discuss problems
                • Members vote on work programme
                • FMP Carry out physical and CFD experiments
                • Disseminate as reports and design guides

FMP Mixing Design Guide in ExcelWhat FMP Delivers


                • Relevant data, correlations and scaling rules
                • Critical reviews of public information
                • Design Guides and Best Practice Documents, including the Excel Design Guide calculation tool
                                       All deliverables are provided in electronic form.                       

What FMP Covers

FMP investigates mixing in stirred tank, in-line and jet mixed systems using industrially relevant geometries, scales and rheologies - not always optimal or “standard”, eg:

  • Poorly and un-baffled vessels with variable fill levels
  • Single and Multiphase Mixing
  • Mixing and chemical reaction incl. scale-up of micro and meso mixing limited reactions
  • Laminar, transitional and turbulent regimes
  • Effects of physical property differences on mixing processes

SEARCH OUR SITE


Process Enquiries

enqprocess@bhrgroup.co.uk

 

Commercial Manager

44 (0)1234 756 569

 

FMP Members

Akzo Nobel
ANSYS
BP
Chemineer
Dow Chemical
DSM Research
DuPont
Eastman Chemicals
Eli Lilly
ExxonMobil
GSK
Huntsman
Infineum
LyondellBasell
PepsiCo
P&G
Rathi Vessels and Systems
Rohm and Haas
Shell Global Solutions
SPX Process Equipment
Sulzer Chemtech

What Next?

view Case Studies

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