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Investigate
performance thoroughly under controlled conditions, and ensure "works
first time" operation of new processes using our physical modelling
and testing facilities backed up by in-depth instrumentation, analysis
and software modelling facilities. BHRSolutions
helps improve the plant, system and product design process with
a wide range of specialist test facilities and software.
Whether you need to bring a new or modified product design to market
quickly, to predict a major change in your process or equipment,
or to model a failure incident, our facilities can help you.
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The
technical benefits of modelling include:
- Improved
assessment of equipment where access or measurement is
difficult
- Assessment
of "what-if" options
- Assessment
of inherently dangerous equipment or processes, or of
potential failure cases, without risk to real facilities
or staff
- Start
up right first time
- Rapid
and reliable scale up
- Assess
performance under unusual or extreme operating conditions
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Resulting
in:
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Our multi-disciplinary
expertise in fluid dynamics, process engineering, chemistry, mechanical
engineering, materials science, scale-up and mathematical modelling
provides tools, technologies and knowhow to improve the effectiveness
and profitability of your processes, systems, plant and equipment.
 Physical
Modelling and Simulation
Physical testing and modelling is a key aspect of much of our work,
and we have an impressive list of permanent equipment test
facilities available. But in addition to those, we can create
customised rigs
for your work, or provide rigs for you to use on your premises.
We also offer a physical
modelling service for hydraulic structures and whole systems,
creating carefully scaled models using appropriate fluids to simulate
the large-scale reality.
 Computational
Analysis and Simulation
Our computational
analysis, modelling and simulation techniques range from simple
spreadsheets to the use of complex industry-standard packages such
as Flowmaster™ or ABAQUS, and the development of complex CFD
and FEA codes and MathCAD models, or knowledge-based or data analysis
techniques such as neural networks, image analysis and wavelet analysis.
For more information,
please see the capabilities listed in each
area, or contact us or review case
studies of our work.
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