HOW TO ENHANCE THE BOUQUET OF WINES WITH AEB VARIETAL NUTRIENTS
In order to enhance the aromatic profiles of wines, our research on varietal nutrients started from the identification of specific amino acids: these amino acids allow the yeasts to conduct a regular fermentation, and especially to enhance the varietal characteristics typical of the grape variety. Thanks to in-depth studies we have been able to identify the parameters to best enhance the bouquet of the wines.
HOW DOES A WINE EXPRESS ITS AROMATIC PROFILE?
Thanks to our knowledge of the oenological world, we have identified the geographical areas where some aromatic grape varieties best express their sensory characteristics. The grape varieties analyzed are: the Portuguese Antão Vaz; Glera, the variety from which Prosecco is made; the Austrian Grüner Veltliner; and the best known Syrah, Chardonnay and Sauvignon.
THE SELECTION OF SPECIFIC AMINO ACIDS TO ENHANCE THE CHARACTERISTICS OF THE GRAPE VARIETY
THE RANGE OF AEB VARIETAL FERMOPLUS
AEB varietal nutrients are the result of the study of some aromatic vines with a very marked profile, some of which are typical of particular territories where they express their aroma. Let's discover them together:
- Fermoplus Tropical enhances the typically tropical aromatic profile borrowed from the Portuguese variety Antão Vaz.
- Fermoplus Prosecco is ideal for the fermentation of sparkling base wines and the secondary fermentation; it guarantees the production of floral and fruity aromas typical of Glera vine.
- Fermoplus Floral, specific for white berried grapes, amplifies floral notes, slightly fruity and of aromatic herbs, referable to Grüner Veltliner.
- Fermoplus Spicy Fruit, enhances the fruity and spicy characteristics of red grape varieties.
- Fermoplus CH Fruit is perfect for white grapes and accentuates the fruity sensations typical of Chardonnay.
- Fermoplus Sauvignon produces and emphasizes thiolic notes, which are therefore well perceivable in treated wines, such as in the bouquet of Sauvignon. In this case, the study deepened some metabolic-fermentative pathways linked to polyphenols.
 
             
             Argentina
                                    Argentina
                                 Australia
                                    Australia
                                 Brazil
                                    Brazil
                                 Chile
                                    Chile
                                 China
                                    China
                                 Europe
                                    Europe
                                 France
                                    France
                                 Germany
                                    Germany
                                 Hungary
                                    Hungary
                                 Italy
                                    Italy
                                 Portugal
                                    Portugal
                                 South Africa
                                    South Africa
                                 Spain
                                    Spain
                                 United Kingdom
                                    United Kingdom
                                 USA
                                    USA
                                 Other countries
                                    Other countries
                                

