Sparkling Wine Flashcards
Champagne Method
- Making still wine
- Assemblage of Cuvée
- Creating bubbles using Liqueur de Tirage
- Sur Lie Aging
- Riddling (Rémuage) using pupitre or gyropalette
- Disgorging (Dégorgement)
- Dosage using Liqueur d’Expédition
- Autolysis - when yeast cells break down and release their contents into wine during aging
- Aging in lees
5 Examples of Classic Method
(-) Champagne
(-) Crémant
(-) Cava
(-) Franciacorta
(-) Cap Classique
Where is Cap Classique from
South Africa
Winemaking Transfer Method
Identical to the classic method up to completion of second fermentation.
Secondary fermentation occurs in bottle
The bottles are disgorged under pressure into large tanks
The wine is then filtered and then
rebottled
Why is the transfer method used
(-) Lees contact for flavor is obtained and riddling is eliminated.
(-) Process is used for extra large and extra small format bottles
Charmat Method - Cuve Close
Secondary fermentation occurs in pressurized tanks.
Fermentation is complete in 4-5 days.
The wine is filtered and then bottled.
Advantages of the Charmat Method
(-) Saves an immense amount of time and cost with no riddling or disgorging
(-) Can be as little as 90 days from harvest to final bottling
(-) Best process for making sparkling wine from aromatic grape varieties
Examples of wines with the Charmat Method
Prosecco
Moscato d’Asti
Lambrusco
Méthod Ancestrale
Primary fermentation is paused mid-way
The wines are bottled and the fermentation finishes inside
the bottle
The CO2 produced is trapped in the bottle.
There is no requirement to remove the sediment by disgorging
Bottled at much lower pressure.
Other names for Method Ancestrale
Ancestral Method
Méthode Rurale
Pétillant Naturel (a.k.a. “Pet-nat”)
Crémant
French sparkling wine produced by méthode traditionnelle made outside the Champagne Region
Examples of Cremant
(-) Crémant de Bourgogne
(-) Crémant d’Alsace
(-) Crémant de Loire
Gyropallette
Time Efficiency: The Gyropalette significantly reduces the riddling process in sparkling wine production from weeks to just days, speeding up the time-to-market.
Cost-Effectiveness: By automating riddling, it lowers labor costs and minimizes the need for skilled manual workers, leading to overall production savings.
Operational Efficacy: Ensures consistent and precise sediment removal across large batches, improving the quality and uniformity of sparkling wines.
Scalability: Allows producers to handle high volumes efficiently, making it indispensable for large-scale sparkling wine production.