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The core of
BHRSolutions' expertise is over 1,000,000 multi-disciplinary
staff hours of research work into many different areas of fluid
flow and fluid engineering performance.
We offer independent,
confidential research services on a single-client basis or as part
of large collaborative research programmes, delivering a variety
of benefits to meet your varying needs.
Research contracts
can be offered in any of the areas of our technical expertise, and
using any of the test facilities and equipment, software and information
resources we have available.
The Benefits
Our collaborative research projects aim to address industry-wide
problems, and offer a number of benefits:
- Targeted
research, managed by the members and addressing the problems that
members face
- Standardised
test procedures and test results
- Advice on
scale-up from the laboratory to the real equipment
- A unique
range of test facilities and staff trained in advanced measuring
and analysis techniques
- Client-specific
implementation applying the results to your company
- Design guides
in paper or software form, to help your staff apply the results
to their work
- Training
courses and on-site advice for your staff
- A forum for
the discussion of the latest advances in technology with other
members of industry
Please contact
us if you have a problem you wish to discuss.
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Collaborative
Research projects - Examples
- NEW
A Pipe Dream? While concern grows about securing the water
we need for the future, our pipeline and sewer infrastructure
is decaying at an alarming rate. SurgeNet has published a paper
on the problem, and BHR Group is looking for companies interested
in joining collaborative projects. Contact
us if you would like to work with us.
 WWM
-a collaborative project in Water and Wastewater Mixing specialising
in dosing arrangements for water and sludge- SludgeData
- a NEW collaborative project
to establish a database of sludge characteristics to improve sludge
treatment and transport
- design guidelines
for mixing equipment for anaerobic digestion
- modelling
of slurry transport pipelines
- designs for
sludge pumping equipment
- sludge conditioning
and dewatering processes
- modelling
of disinfectant equipment to predict performance
- development
of design guidelines for sedimentation processes
- comparison
of the effectiveness of different types of digester mixing systems
 Different
dosing arrangements can radically affect the mixing of additives
in pipes.
Sludge
outfall
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