4.00 credits
30.0 h + 15.0 h
Q1
Teacher(s)
Alvarez Costales Pablo; Collin Sonia (coordinator); Nouwen Charles;
Language
French
Content
Theoretical notions:
- Anatomy and chemical composition of barley (structure of starch, beta-glucans, arabinoxylans, ...)
- Enzymology during the malting step: cell wall degradation, starch degradation, protein hydrolysis, lipid hydrolysis, ...
- Description of the technologies associated with malting process: distinction of the steps of steeping, germination, kilning, the production of special malts
- Enzymology during the mashing step: starch degradation, alpha,beta-amylases paradox, , notion of liquefaction and saccharification
- Description of the technologies associated with the mashing process: infusion or decoction mashing, mash tun, raw grain tun, type of heating, agitation, modern tanks
- Theory of cake filtration: influence of cake thickness, beta-glucans, ...
- Technologies associated with mash filtration: filter tank, filter press, 2001 filter
- Use of raw grains: type of grains, uses, implication on the brewing process
Practical work:
- Malt moisture content
- Conventional mash: liquefaction test, mash color, total and soluble nitrogen, free amino acids, extract, modification, pH
- Diastatic power
- Anatomy and chemical composition of barley (structure of starch, beta-glucans, arabinoxylans, ...)
- Enzymology during the malting step: cell wall degradation, starch degradation, protein hydrolysis, lipid hydrolysis, ...
- Description of the technologies associated with malting process: distinction of the steps of steeping, germination, kilning, the production of special malts
- Enzymology during the mashing step: starch degradation, alpha,beta-amylases paradox, , notion of liquefaction and saccharification
- Description of the technologies associated with the mashing process: infusion or decoction mashing, mash tun, raw grain tun, type of heating, agitation, modern tanks
- Theory of cake filtration: influence of cake thickness, beta-glucans, ...
- Technologies associated with mash filtration: filter tank, filter press, 2001 filter
- Use of raw grains: type of grains, uses, implication on the brewing process
Practical work:
- Malt moisture content
- Conventional mash: liquefaction test, mash color, total and soluble nitrogen, free amino acids, extract, modification, pH
- Diastatic power
Teaching methods
The teaching is divided into four phases:
- Theoretical courses (lectures) during which the main concepts related to barley and raw grains (anatomy and chemical composition), malting, mashing and filtration steps (biochemistry and technology) are taught.
- Practical courses through which the student will be familiarized with the main manipulations related to the characterization of a malt.
- A teaching based on the writing of reports in relation with the practical part of the course allowing the student to report analytical results and to comment them in a brewing process context.
- A teaching based on the realization of a practical work at home (malting of barley) and on the oral communication of the result of this work.
Evaluation methods
The evaluation methods are based on :
- A written examination containing the main theoretical notions taught
- An evaluation of the practical work reports (structuring of the report, clarity and rigor of the reported and commented results, critical analysis of the results, conclusions)
Online resources
Moodle
Teaching materials
- Les supports de cours sont largement inspirés des Tomes 1 et 2 du traité de Brasserie, DUNOD
Faculty or entity
AGRO
Programmes / formations proposant cette unité d'enseignement (UE)
Title of the programme
Sigle
Credits
Prerequisites
Learning outcomes
Advanced Master in Brewing Engineering