A new report shares Britest's experience of the challenges presented by COVID-19 lockdown restrictions along with an analysis of significant benefits quantified in terms of time, money, and emissions saved, and new possibilities created by successfully harnessing remote working and service delivery.
COVID-19 lockdown has turned out to be a catalyst for insightful reflection upon the subject of pharmaceutical plant cleaning operations on the part of Britest's Rob Peeling. His detailed analysis of relevant driving forces and conclusions which challenge received industrial wisdom and typical practice can be read in full in this freely available Britest white paper.
Article on digital information flows goes open access A new publication describing how new digital models and approaches have been mapped onto the information workflow involved in pharmaceutical product and process design and development via a Britest-developed dedicated technical
A new publication arising from the ADDoPT project collaboration describes how a combination of existing and novel approaches has been applied to the assessment and prediction of particle properties intrinsic to the formulation and manufacture of pharmaceuticals via a new, robust workflow applying predictive digital design tools built around the CSD-System software suite.
Focus article on digital design for pharmaceutical product and process development An "in-depth focus" article in the June 2019 issue of European Pharmaceutical Review looks at how Britest has been working along with others in the ADDoPT collaborative consortium to explore how emerging process
Britest's highly practical best practice guide to multi-site facilitation has just been updated and is available now as a free download for registered Britest users.
Research arising from the EU's 7th Framework Programme’s SYNFLOW project on which Britest collaborated has resulted in a new, peer-reviewed publication describing a conceptual design study for a butadiene telomerization process.
Continuous Flow Chiral Hydrogenation Scales Up Successfully A new, high-profile scientific paper arising from one of Britest's international collaborative projects , which reports the first development of a continuous flow process for asymmetric hydrogenation with a heterogenized molecular