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Throughout SCHEMA, the Digital & Information Technologies work package will deliver efficient manufacturing through an open-access digital production and product property data platforms, integrating sustainability life-cycle data with structure-property insight to underpin theoretical and predicative models.

The Hub aims to develop:

  • Automated chemical syntheses
  • Operando process monitoring
  • Computational modelling (e.g. QM/MM techniques)
  • Machine learning and networked product thermomechanical characterization

 

Modular automation platforms will digitalise reagent delivery, manufacturing, reactor selection, data monitoring, product isolation, and characterization.

Work Package Lead & Research Team

Profile picture of Professor Antoine Buchard

Prof Antoine Buchard

Digital & Information Technologies Lead
Profile photograph of Dr Sourav Chatterjee

Dr Sourav Chatterjee

Co-Investigator
Profile picture of Dr Alexander O'Malley

Dr Alexander O'Malley

Co-Investigator
Profile picture of Professor Davide Mattia

Prof Davide Mattia

Co-Investigator
Profile picture of Dr Ulrich Hintermair

Dr Ulrich Hintermair

Co-Investigator
Prof Matthew Davidson

Prof Matthew Davidson

SCHEMA Co-Director & Sustainability Assessments Lead
Profile picture of Professor Sir Richard Catlow

Prof Sir Richard Catlow FRS

Co-Investigator
Profile picture of Dr Georgina Gregory

Dr Georgina Gregory

Co-Investigator
Profile picture of Professor Clive Siviour

Prof Clive Siviour

Polymers, Materials & Application Development Lead
Profile photograph of Professor David Clifton

Prof David Clifton

Co-Investigator
Prof Charlotte Williams

Prof Charlotte Williams OBE FRS

SCHEMA Director
Profile picture of Professor Laurence Brassart

Prof Laurence Brassart

Co-Investigator
Profile photograph of Professor Laura Torrente-Murciano

Prof Laura Torrente-Murciano

Process Chemistry & Engineering Lead

Explore other work packages...

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Renewable Chemicals and Power

Selective, scalable, and efficient methods to transform small molecules and wastes into chemicals and intermediates.
A series of oil baths and hotplate stirrers, a reaction flask is seated in the closest one

Polymers, Materials, and Application Development

Transforming 'green' chemicals into sustainable polymers, resins, elastomers, and adhesives, embedding circularity in the polymer design and application research.
Industrial plant

Process Chemistry and Engineering

Robust, scalable, and re-configurable future manufacturing systems for multi-phase manufacturing process chemistry and engineering.
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Sustainability Assessments

Assessments integrated with technical and theoretical results from across work packages.