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Williams Selyem Winery
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Show Details

Williams Selyem Winery

Facility: New winery headquarters and production building

Size: 30,000 sf

Design Architects: Raymond Beeler and Alex Ceppi; principals of D.arc Group / RBA LLC

Architect of Record: Patrick Mervin and Associates Architects

Interior Design: Lauren Brandwein Design and Studio 516

Lighting Design: Studio 16

Landscape Design: Welborn Associates

Structural & Electrical Engineering: Summit Engineering

M&P Engineers: Guttman & Blaevoet Engineers

Civil Engineering: Atterbury & Associates

General Contractor: Jim Murphy & Associates

Photography: Bruce Damonte

 

This project involved the design of a new 30,000-square-foot winery headquarters on a hilltop site overlooking California’s Russian River Valley. Designed for a renowned Sonoma winery, the facility accommodates the growing demands of wine production while reflecting the owner’s natural and minimalist approach to winemaking. The site plan preserves significant natural features, including 200-year-old oak trees and massive rock outcroppings, integrating the architecture into the surrounding landscape while maximizing the property’s vineyard areas.

The complex is organized into three distinct but interconnected structures, reducing the visual impact of a single large building and allowing each element to respond to the site’s natural topography. The 15,000-square-foot production facility includes wine production areas, barrel storage, a laboratory, loading dock, and support spaces. The adjoining 15,000-square-foot administrative and hospitality areas include offices, a wine library, and a barrel tasting room. A separate wine tasting pavilion is planned for a future phase.

Sustainability is central to the design, with features including reclaimed oak from century-old fermentation tanks, salvaged stone from the site, locally sourced materials, a green roof, and two photovoltaic arrays. The production building is partially embedded into the hillside, while super-insulated tilt-up concrete panels further enhance the facility’s energy performance.