Engineering biology has become one of the UK’s strategic technologies, recognised by the UK Government, in the UK’s Modern Industrial Strategy 2025, as essential for economic growth, national resilience and sustainable manufacturing. As investment accelerates and new funding programmes emerge, businesses need trusted partners that can help translate breakthrough science into commercially viable products.
CPI provides the expertise, facilities and industrial scale-up capability to help businesses de-risk innovation, attract investment and bring new products to market faster.
Supporting the UK’s Industrial Strategy
Engineering biology is recognised as one of the UK’s critical technologies within the Industrial Strategy, with the potential to drive economic growth, strengthen supply chain resilience and create high-value jobs across the country.
CPI is helping to turn this ambition into reality by working with businesses of all sizes to accelerate the development, scale-up and commercialisation of engineering biology innovations. Through our specialist expertise, pilot-scale facilities and collaborative programmes, we help organisations reduce technical risk, attract investment and bring new products and processes to market faster.
Our capabilities span the full innovation journey, from strain engineering and bioprocess development through to downstream processing, engineering design, modelling and industrial scale-up. This enables companies to translate cutting-edge research into commercially viable manufacturing across sectors including healthcare, food, chemicals, advanced materials and sustainable manufacturing.
By supporting businesses to adopt engineering biology at scale, CPI is helping to strengthen UK manufacturing capability, attract inward investment and build the industries that will deliver long-term economic growth, improved productivity and a more sustainable future.
Our engineering biology capabilities
To ensure the best outcome for new engineering biology products, we follow the design-build-test-learn (DBTL) principles of interactive and iterative improvement. We optimise these processes by applying digital systems and technologies that inform the next cycle and cut the costs of wet lab experimentation.
The expertise and specialist equipment we can provide for engineering biology projects include
Strain and bioprocess development and optimisation.
Modelling and simulation.
Process engineering design.
Bioreactor design.
Downstream processing.
Formulation.
Product validation.
Pilot and demonstration scale production facilities.
Commercial application testing and verification.
Our pilot and demonstration-scale facilities range from 1 millilitre to 10,000 litres and include state-of-the-art gas fermentation capabilities that can work with hydrogen and C1 gases, such as carbon monoxide, carbon dioxide, and methane. Gas fermentation provides routes to sustainable production of proteins, as well as sustainable key intermediates for the plastic and petrochemical industries.
Design, build and test your engineering biology solutions at CPI so you can optimise, scale up and de-risk your projects ready for manufacturing.
Our track record of innovation
Our deep expertise in engineering biology includes design and process optimisation and validation for scale-up and providing key downstream steps and product formulation for multiple project partners, ranging from start-ups and SMEs to larger corporates and academic institutions.
Engineering biology funding opportunities
With significant UKRI investment driving the next wave of engineering biology innovation, now is the time to turn ambitious ideas into funded, commercially viable projects. You can explore UKRI funding opportunities here.
Whether you’re responding to the latest funding opportunities or developing future collaborative programmes, CPI can help you shape competitive proposals, build the right partnerships and strengthen your application. From project development and bid support through to technical delivery, scale-up and commercialisation, we work alongside businesses and researchers to maximise the impact of every opportunity.


