Develop an integrated sustainability and decarbonization roadmap for a new-build artisanal winery, transitioning from “green intent” to a defensible, site-specific operational strategy.
Wineries are energy-intensive environments where refrigeration, pumping, and waste management are tightly linked to margins. The client required a strategy that reduced long-term grid reliance and resource risk without adding unnecessary operational complexity or “performative” technology.
The engagement resulted in a four-pillar roadmap grounded in the site’s specific climate ($1,300$–$1,400\text{ mm}$ annual rainfall) and the subsoil’s thermal stability ($10$–$16\text{°C}$).
Rather than relying on energy-intensive chillers to fight external temperature swings, we utilized the site’s natural subsoil stability.
Energy was identified as the largest emissions lever under direct control. We moved beyond simple “renewables” to a demand-first hierarchy
Leveraging regional rainfall to close the loop on freshwater abstraction.
Treating organic by-products as an energy and soil-health asset rather than a disposal cost.
The final roadmap moved the project from a standard facility design to a low-risk, resource-efficient asset. By treating sustainability as an operational discipline, the winery is projected to operate with $75\%$ less grid-reliance and a closed-loop water system, significantly lowering its long-term OPEX and environmental exposure.
