Home   About Us  Email Us

 

Water & Wastewater Treatment and Hydraulic Modelling

Hydraulic Design

Process Optimisation

Lab & Site Testing

Sludge Rheology

Asset Management

Design & BP Guides

Research

Enquiries

Case Studies

Also see:

Equipment Design

Pipeline Transport

Sealing, Containment and Emissions

Information

Conferences

Water and Wastewater Treatment: Process Optimisation
 

BHRSolutions reduces the risk associated with the design and development of new processes, and prolongs the life of existing processes with retrofit design advice. Our know-how, software tools and test facilities help customers to develop the best design in the shortest time.

Our design and development services are based on core expertise in hydraulics, mixing and multi-phase flow built-up over many years of research and development in conjunction with leading practitioners in the industry

We improve equipment and plant design through:

  • Feasibility studies
  • Patent and market searches
  • Physical and computational modelling.
  • Laboratory and on-site testing
  • Design know-how arising from our research
  • Design development and proving
  • Design validation and confirmation
  • Performance validation
  • Rheological studies

Process Optimisation
We improve process design using our expertise in hydraulics, mixing and separation processes, with particular application to:

  • Dosing and blending in pipes, channels and tanks
  • Flow distribution
  • Anaerobic digestion
  • Coagulation and flocculation
  • Clarification and sedimentation
  • Disinfection processes
  • Sludge mixing, conditioning and transport

Equipment and systems covered include:

  • Mixing systems of all types
  • Pumps and pumping stations
  • Heat exchangers
  • Pipelines and networks
  • Flow control structures
  • Intakes and outfalls
  • Tanks and reservoirs

Please contact us for more information or to discuss your requirements.

   
© Copyright BHR Group Limited 2003. All rights reserved. Comments on our website? Contact our Webmaster.