Oxidation cannot be reduced, it can only be prevented. This lecture explains the important quality aspects that can impact your beer production and stability over its shelf life.
Yeast Best Practices. Establishing solid SOP guidelines around yeast selection, propagation, pitching, cropping and storage are essential to the success of any brewery.
Contamination from bacteria and/or wild yeast is a harsh reality of brewing. It's essential to be able to identify your enemies lurking in the brewery and be ready to combat them.
This lecture covers important safety considerations, basic analytical methods essential to any good QA/QC program and explains why those parameters are crucial to measure.
Understand fundamental principles regarding beer analysis. The valid/approved methods, how variables must be recognised and handled and critical parameters that must be monitored.
An overview of how yeast metabolism is influenced and an insight to the biochemical carbohydrate pathways developed during fermentation (incl. energy coupling & REDOX reactions).
This lecture looks at how yeast’s physical behaviour, specifically its life cycle and flocculation ability, affects the brewing process and the beer’s overall characteristics.
It is important to be able to take care of your yeast strains to ensure repeatable and reliable fermentation profiles. Covering monitoring parameters as well as genetic drift.
Fermenting Operations are some of the most crucial for the brewery and will have some of the largest impacts on beers’ flavour profiles, stability and overall product quality.
This lecture presents the priorities and principles behind the lautering cycle and mash clarification, includes troubleshooting common problems and new lauter tun technology.