This is online short course will look at biocatalysed/biotransformation reactions to make pharma/agrochem chem intermediates, API鈥檚 and fine chemicals. the focus is on scale-up issues and getting productive process established.
June 17th, 1.30 鈥� 4.30 pm (UK) | Session 1
June 18th, 1.30 鈥� 4.30 pm (UK) | Session 2
Many forays by organic chemists into using biocatalysis in chemical synthesis stall at the initial scale-up stage. Screening and small scale (gram) reactions progress as planned, but when scaled -up, reactions stall, take more enzyme than expected, work-ups end up with emulsion issues etc. This course will look at some of the techniques and technologies ( tricks of the trade) that can help derisk scaling up biocatalysed reactions .A further barrier to the adoption of more biocatalytic reactions are production / EHS scientists who are unsure how to handle enzymes in the plant/pilot plant. the course will also look at good sources of information/data to facilitate the use of enzymes at scale.
Enzyme supply chain: Storage, stability etc
Techno-economic analysis 鈥� will the transformation ever hit the required targets?
Different types of strains used and its safety impactions.
Using GMO鈥檚 and GMO derived materials
Handling concerns related to enzyme -SHE/EHS issues., Safety issues in scaling up biocatalytic reactions
Pros and cons of different enzyme formulations
Enzyme stability: General to pH, co-solvent, temperature as linked to process design and development
Enzyme analysis / characterisation 鈥� needed to assess purity in order to calculate activity and so expected long term cost, spec setting / quality control (ensure plant samples match lab samples and measure variation over time).
Scale-up 鈥� reactor options 鈥� various reactor types, std batch, continuous, membrane separated, continuous liquid extraction, etc
Product isolation from complex mix . Enzyme removal/ downstream processing鈥� to be intelligent in terms of what can and can鈥檛 be removed vs effects on process including downstream chemistry.
Use of immobilised enzymes/ Recycling of immobilised enzymes
Some IP considerations
June 17th, 1.30 鈥� 4.30 pm (UK) | Session 1
June 18th, 1.30 鈥� 4.30 pm (UK) | Session 2
Many forays by organic chemists into using biocatalysis in chemical synthesis stall at the initial scale-up stage. Screening and small scale (gram) reactions progress as planned, but when scaled -up, reactions stall, take more enzyme than expected, work-ups end up with emulsion issues etc. This course will look at some of the techniques and technologies ( tricks of the trade) that can help derisk scaling up biocatalysed reactions .A further barrier to the adoption of more biocatalytic reactions are production / EHS scientists who are unsure how to handle enzymes in the plant/pilot plant. the course will also look at good sources of information/data to facilitate the use of enzymes at scale.
Enzyme supply chain: Storage, stability etc
Techno-economic analysis 鈥� will the transformation ever hit the required targets?
Different types of strains used and its safety impactions.
Using GMO鈥檚 and GMO derived materials
Handling concerns related to enzyme -SHE/EHS issues., Safety issues in scaling up biocatalytic reactions
Pros and cons of different enzyme formulations
Enzyme stability: General to pH, co-solvent, temperature as linked to process design and development
Enzyme analysis / characterisation 鈥� needed to assess purity in order to calculate activity and so expected long term cost, spec setting / quality control (ensure plant samples match lab samples and measure variation over time).
Scale-up 鈥� reactor options 鈥� various reactor types, std batch, continuous, membrane separated, continuous liquid extraction, etc
Product isolation from complex mix . Enzyme removal/ downstream processing鈥� to be intelligent in terms of what can and can鈥檛 be removed vs effects on process including downstream chemistry.
Use of immobilised enzymes/ Recycling of immobilised enzymes
Some IP considerations
