The field of chemical engineering is reliant on a number of processes which must be optimised to work efficiently on their own, and as a whole. This is achieved through having a thorough understanding of the interactions between equipment and unit processes. 

Areas of expertise include:

  • Process Design – using simulation tools to predict plant performance and design. 

  • Process Integration – for example the integration of carbon capture plants within traditional power generation facilities and heat integration to minimise the degeneration of chemicals.

  • Process Control – how to ensure plants continue to operate at optimum efficiency when subject to disturbances and operational changes.

  • Process Instrumentation – development of technology such as multiphase metering to measure flow and density without separation of liquid and gas.

  • Process Intensification – reduction of conventional plant size for cost and efficiency benefits whilst improving responsiveness and minimising hazards.

Our client list includes businesses from the power generation, chemical, and water treatment industries to engine manufacturers. For example, BP, Chevron, Shell, Petrofac and Total.

Research has been sponsored by organisations such as the Engineering and Physical Sciences Research Council (EPSRC), Innovate UK and Natural Environment Research Council (NERC) as well as the European Union.

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