We carry out consultancy projects and provide training courses based on MATLAB, Simulink, and related MathWorks tools.
We can use MATLAB and Simulink to build properly validated dynamic models and simulation to meet your company-specific objectives.
Models can be derived from first principles or plant data. Additionally, we help clients understand the developed model to the depth they require and provide training if appropriate.
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Our services are available to a range of industries:
We provides an in-depth understanding of control technologies as well as experience in diverse industrial applications:
ISC developed a first principles model of this novel process for use on an offshore oil platform. This was to de-risk and refine the process design as it went through the design and factory testing phases to give our client much greater confidence of the system working properly as it moved to final commissioning and use. The model was able to replicate system operation in all expected produced water flow rates and quality, and we were able to refine recommended operational procedures, control strategy and loop tuning.
A chemical company wanted to greatly reduce the size of a mixing vessel to minimise waste when changing recipes. A dynamic model was built to assess the viability of level control and the impact on composition and wider process operations.
A detailed dynamic model of a CHP plant was used to investigate how steam pressure could be improved though modified control strategies. The study showed improved stability and a potential increase in steam turbine power output.
To investigate the possibility of trips in the steam condensate plant a high fidelity dynamic model was developed and used to identify where additional sensing would be beneficial.