Figures & data
Figure 2 Effect of temperature on beer primary fermentation rate using yeast cells immobilized by adsorption onto ceramic support (beer wort linear flow rate of 0.77 cm/min).
![Figure 2 Effect of temperature on beer primary fermentation rate using yeast cells immobilized by adsorption onto ceramic support (beer wort linear flow rate of 0.77 cm/min).](/cms/asset/f7322aab-48b0-4b09-904f-94208e6ff21a/ianb19_a_176921_f0002_b.gif)
Figure 3 Determination of beer primary fermentation first-order rate constants (using a plot of ln (Ct/C0) versus t) at different temperatures (10.6 and 12.0°C) using yeast cells immobilized by adsorption onto ceramic support (beer wort linear flow rate of 0.77 cm/min).
![Figure 3 Determination of beer primary fermentation first-order rate constants (using a plot of ln (Ct/C0) versus t) at different temperatures (10.6 and 12.0°C) using yeast cells immobilized by adsorption onto ceramic support (beer wort linear flow rate of 0.77 cm/min).](/cms/asset/a14dca30-a211-4747-b3a2-c50de12c88f6/ianb19_a_176921_f0003_b.gif)
Figure 4 Effect of beer wort linear flow rate on initial rate of fermentation using yeast cells immobilized by adsorption onto ceramic support (at 10.6°C).
![Figure 4 Effect of beer wort linear flow rate on initial rate of fermentation using yeast cells immobilized by adsorption onto ceramic support (at 10.6°C).](/cms/asset/818e94a5-f09f-4a77-8e64-d9bab9141aee/ianb19_a_176921_f0004_b.gif)