Services
Technoeconomic Analysis
We help clients evaluate whether a manufacturing process is commercially viable, productuive, and scaleable. By identifying the key CapEx and OpEx drivers, we enable informed decisions about process routes and development priorities, replacing intuition with structured, quantitative comparisons. We build models that integrate process flows, equipment sizing, operating assumptions, and cost structure to connect process design to commercial reality. Past work includes techno-economic analysis for RNA and biologics manufacturing with clients including WHO, Sensible Biotechnologies, and Kernal Biologics.
Multiphysics Simulation
We help clients design, optimise, and scale complex bioprocesses with confidence. By resolving how fluid dynamics, reaction kinetics, and mass transfer interact within an equipment or process, we identify what is limiting performance and quantify the impact of design changes before any experimental or capital commitment is made. We simulate processes as whole systems by coupling the relevant physical mechanisms into a single coherent model. This allows us to pinpoint issues such as poor mixing, dead zones, and uneven residence times, and test solutions in silico so that decisions are grounded in physics, derisking technology develoment.
Kinetic Modelling
We help clients understand how operating conditions affect process performance and product quality, enabling faster design space definition, optimisation, robustness and scale-up without the need for extensive experimentation. This reduces development time and cost, particularly in the early stages where experimental data is scarce. We build mechanistic models grounded in the underlying science of your system ( material balances, reaction behaviour, and transport phenomena) that simulate how a process responds to changing conditions and can be refined incrementally as new data becomes available.
