Weingut Prager Grüner Veltliner Achleiten Smaragd

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Weingut Prager Grüner Veltliner Achleiten Smaragd

Weingut Prager · Wachau DAC, Wachau, Austria

At a glance

Producer
Weingut Prager
Region
Wachau DAC, Wachau, Austria
Grape variety
Grüner Veltliner (100%)
Wine type
White
Body
Full-bodied and Smooth
Sweetness
Dry
Typical price
$40-$60

Tasting profile

Bright citrus, white pepper, stone fruit, and slate mineral notes with creamy texture

Evolution: Will gain complexity with honeyed notes, toasted nuts, and subtle petrol character over years

At peak: Rich textured palate that balances freshness and depth, showing elegant long finish with pronounced minerality

Structure

Acidity
High, vibrant acidity, characteristic of Wachau Grüner Veltliner
Tannins
None (white wine)
Alcohol
13-13.5%
Aging potential
Excellent; can develop for 10-15+ years given vineyard site and terroir

Drinking window

Peak drinking
2027 to 2032
Optimal window
2024 to 2034
Current status
Drinking well now with increasing complexity
Current condition
Recently bottled and showing fresh varietal character with potential to develop deeper minerality and complexity

This Smaragd Grüner Veltliner from the Achleiten vineyard benefits from proven terroir and highly rated vintages. The 2019 vintage provides a ripe yet balanced fruit profile with natural acidity that supports long-term aging. Expect peak drinking medium-term to long-term as the wine evolves from youthful vibrancy to nuanced maturity.

Food pairing

Pairs beautifully with roasted white meats, poultry, seafood with buttery sauces, mushroom risottos, and mildly spicy Asian dishes.

Serving

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

Sustainability

Sustainability score: 8/10

Weingut Prager employs sustainable farming with cover crops, minimal intervention, optimal canopy management, and uses solar power energy. They emphasize soil health and limited synthetic inputs.

The producer emphasizes ecological responsibility through organic certification and ongoing biodynamic conversion. Their practices minimize environmental impact with energy-efficient operations and water conservation techniques. The local focus of production and limited transport distances contribute to reduced carbon emissions.