Benanti Etna Rosato 2022

Compare prices & find Benanti Etna Rosato 2022 on Wine-Searcher

Benanti Etna Rosato 2022

Benanti · Etna, Sicily, Italy

At a glance

Producer
Benanti
Region
Etna, Sicily, Italy
Grape variety
Nerello Mascalese, Nerello Cappuccio
Wine type
Rosé
Body
Light-bodied and Crisp
Sweetness
Dry
Typical price
$25-$35

Tasting profile

Bright red berry fruit (strawberry, raspberry), floral notes, mineral edge from volcanic soils

Evolution: Fruit evolves to more subtle earthy and cranberry notes with age

At peak: Crisp, balanced, refreshing with interplay of fruit and minerality

Structure

Acidity
High, crisp Etna acidity
Tannins
Low to medium (typical of rosato style from Nerello)
Alcohol
12.5-13%
Aging potential
Moderate (4-5 years), best consumed young to preserve floral and fruit vibrancy

Drinking window

Peak drinking
2024 to 2026
Optimal window
2023 to 2027
Current status
Drinking well now, youthful freshness with some complexity developing
Current condition
Fresh with vibrant acidity and bright red fruit aromas

The wine's bright acidity and moderate structure support a drinking window that preserves freshness while allowing some complexity. Rosato from Etna is prized for its minerality and freshness which diminish after about 5 years.

Food pairing

Light seafood dishes, grilled vegetables, salads, charcuterie, Mediterranean appetizers

Serving

Serving temperature
10-12°C / 50-54°F
Decant
Not required

Sustainability

Sustainability score: 8/10

Benanti emphasizes environmentally friendly viticulture, including minimizing chemical use, water conservation, and respecting native flora on Etna's volcanic slopes

Benanti is recognized for integrating sustainable viticulture on Etna’s fragile volcanic environment. Practices focus on soil health, minimizing pesticides, and water efficiency. While not fully organic or biodynamic certified, their measures reduce environmental impact. The local terroir and careful vineyard management contribute to a relatively low carbon footprint compared to wines from distant regions.