At a glance

Producer

Sine Qua Non

Region

California, USA

Grape variety

Grenache

Wine type

Red

Body

Full-bodied and Bold

Sweetness

Dry

Typical price

USD 350-600

Tasting profile

Rich blackberry, raspberry, white pepper, garrigue herbs, subtle earthiness, vanilla from oak aging

Evolution: Fruit will integrate further, tertiary notes of leather, dried herbs, and spice emerge

At peak: Complex layers of dark fruit, mineral nuances, silky tannins, balanced acidity, long spicy finish

Structure

Acidity

Moderate to high acidity balancing richness

Tannins

Firm, ripe tannins with polished texture

Alcohol

Approximately 15.5%

Aging potential

20+ years due to high-quality fruit, concentration, and structure

Drinking window

Peak drinking

2028 to 2050

Optimal window

2025 to 2053

Current status

Approaching early maturity, well-developed complexity

Current condition

Drinks well with layered fruit and spice, still evolving tannins

The 2018 vintage for Sine Qua Non Female Grenache is a warm year producing ripe concentrated fruit with balanced acidity and excellent tannin structure. These factors allow the wine to develop complexity and maintain freshness for over two decades, with peak drinkability anticipated around 8-15 years from vintage.

Food pairing

Pair with grilled lamb, duck breast with berry sauce, herb-roasted pork, charcuterie, and aged cheeses.

Serving

Serving temperature

16-18°C / 61-64°F

Decant

Yes (1-2 hours) — To allow the complex aromas and flavors to open up and to soften the tannic structure

Sustainability

Sustainability score: 7/10

Sine Qua Non is known to prioritize minimal intervention, dry farming, and manual harvesting to promote vineyard health; uses renewable energy where possible; focuses on water conservation via drip irrigation

While not certified organic or biodynamic, Sine Qua Non follows many sustainable viticulture methods including minimal chemical use, soil conservation, and energy efficiency in production. Packaging is premium but not focused on reduction of materials, and international transport increases carbon emissions somewhat.