Distilleries

The distillery sector holds unique potential for combining heritage-rich practices with cutting-edge sustainability. As resource-intensive operations under increasing scrutiny, distilleries must rethink water, energy, and waste practices across their entire process chain—from grain to glass.
Overview

Crafting spirits with responsibility and resilience.

Our services include:

  • Sustainability Goals, targets and roadmap
  • Water footprinting and circular water strategies
  • GHG emissions accounting (Scope 1, 2, and 3)
  • Waste valorisation and bioenergy solutions
  • Compliance support for pollution control and sustainability standards
  • Stakeholder communication and ESG storytelling

Let’s work together to raise a glass to clean water, clean air, and a sustainable legacy. Distilleries can be both spirited and sustainable—and we’re here to show how.

At SAGE Sustainability, we support distillery operations in reducing water usage, valorising by-products, and developing zero-waste and zero emissions models. Our approach is collaborative and practical, working with both legacy and new-age distilleries to build credible sustainability strategies that balance performance with preservation.

Client spotlight: Ginglani Distilleries We worked with Ginglani Distilleries to create a comprehensive sustainability roadmap tailored to the unique operational context of the Indian distilling sector. Our engagement included:

  • GHG emissions accounting across Scope 1, 2, and 3
  • ESG strategy aligned with business growth and stakeholder expectations
  • Identification of key hotspots in water and waste management
  • Development of a circularity roadmap for by-product utilisation
  • Assistance in setting up internal reporting processes for ESG disclosures

Through this collaboration, we helped position Ginglani Distilleries as a forward-looking player in the industry—ready to meet both regulatory and reputational demands for sustainable operations.

Who we serve

What are the challenges distilleries need to address?

  • High water consumption, especially during fermentation, cleaning, and cooling
  • Waste generation from spent grains, sludge, and effluent
  • Energy use from heat and steam-intensive processes
  • Compliance with ETP norms and pollution control
  • Packaging waste and rising expectations for circularity
  • Rising consumer and buyer expectations on sustainable sourcing and disclosures