We have unparalleled expertise in the field of computer-based process modelling.

Using laboratory data obtained from a variety of sources, we can construct chemical models - mathematical representations of the process chemistry and associated kinetic / thermodynamic parameters. These can be combined with a detailed reactor model to predict how a process will behave on large-scale in real manufacturing assets.

Our modelling strengths include:

• Fast model development

• Determining suitability for batch to continuous change

• Modelling of complex systems (including simultaneous reactions, catalytic processes, highly exothermic processes)

• Modelling batch, semi-batch and reactive distillation

• Rapid optimisation of new / existing processes with minimal experimentation

We have successfully applied our expertise to a wide range of problems for clients.

We have considerable experience at modelling difficult problems of scale up and control, for example, complex catalytic systems, systems involving simultaneous reactions, phases separations, and highly exothermic processes (including processes with secondary decomposition),

Process modelling offers numerous benefits:

• It develops a better understanding of the process because it requires quantitative appreciation of the process design and operating parameters

• It can make interactions between lab and plant clearer

• It allows design space to be explored very quickly because modelling reduces the number of experiments

• It can highlight potential safety problems (such as exotherm regulation) and other unwelcome surprises (such as emission and waste problems)

• It generates valuable information needed for pilot-plant design

For background information on process modelling and its advantages, click [here]

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